Our Hebelift ZH is a floor-mobile device from the field of handling technology that is used in various industries, sectors and logistics areas to lift, move and position heavy loads of up to 100 kg. It supports employees in a variety of manual lifting tasks. 📢 The Hebelift ZH is used, for example, for #transporting materials in #production, handling boxes and for #shipping in #logistics. By using #lifts, these tasks can be significantly simplified and optimized, which has the following advantages: 👉 Relief for employees Heavy loads can be lifted more effortlessly using the Hebelift ZH, which is often not possible using purely human muscle strength. However, the function is not limited to mere lifting, but especially in industrial or logistical environments, the lift with the appropriate device enables #rotating, #tilting and #transport over longer distances. It protects employees from harmful rotational movements of the spine, injuries, accidents and overloading of the musculoskeletal system. 😁 👉 Efficient The mobile Hebelift ZH accompanies employees without much effort, for example on the way from goods receipt to the shelf or from the warehouse to production. This significantly reduces the time spent on internal transport routes, as larger loads can be moved at once. 🚀 👉 Control & battery technology Our specially developed compact control meets all requirements for movement, display, query and safety. As standard, it includes a stepless stroke control, which is controlled via a #joystick. It is also possible to save different positions/heights and move to them automatically later. The integrated #overload protection including shutdown ensures that the various components are picked up and moved safely. With the help of the lockable 48-volt lithium-ion battery with 21Ah capacity and quick-change function, continuous operation for over 8 hours is easily possible. 🕹️ 👉 Protection of material & components The careful treatment of materials and components is crucial, especially when it comes to unwieldy or very heavy objects (car tires, barrels, boxes, rolls, etc.), not only the employee often suffers, but also the material itself. With the help of the Hebelift ZH, materials and components can be moved gently at any time, allowing employees to concentrate on their actual work. ⛑️ 👉 Easy assembly & handling The Hebelift ZH can be individually #configured and adjusted. The electric control enables faster, easier and more precise handling compared to the manual alternative, for example when tipping out barrels and storing boxes. 🪄 👉 Flexible The Hebelift ZH is extremely versatile and can be stored to save space. It offers a flexible and cost-effective alternative to complex crane systems and lifting equipment by providing support where and when it is needed. 🤸‍♀️ #zhht #intralogistics #healthybacks #transport #logistics #liftingequipment #pharmaceuticalmanufacturing #pharmaceuticalindustry #lifter #Innovation #occupationalsafety #logisticsmanagement #pharma #production #tyreindustry #tire #safety #ergonomy #lifting #move #liftingdevices

The foundry industry is the process of pouring metals into molds to produce a variety of products, from small components to large castings for machinery and vehicles. ⚙️ Due to their characteristics, our manipulators are extremely useful in the #foundry industry for handling #molds & #castings, #material feeding, post-processing, #tool changing and #automation. They also offer various advantages compared to cranes and chain hoists🏗️✅: #Safety: Manipulators reduce the risk of injury because they can lift and move heavy loads that would be too heavy or dangerous for human workers. 🦺 #Increase in efficiency: By using manipulators, foundries can optimize their production processes and speed up workflows, leading to increased productivity. 📈 #Precise handling: Manipulators enable precise positioning of molds, tools and raw materials through rigid load guidance, which improves product quality and reduces waste. 🔍 #Flexibility: Modern manipulators can often be used in a variety of ways to perform different tasks in the foundry, increasing their profitability and adaptability. #Ergonomic Benefits: Our manipulators can be ergonomically designed to reduce operator stress and improve overall working conditions, which can lead to higher employee satisfaction. 🏋️ #Automation: When used in conjunction with other automated systems, manipulators can help automate foundry operations, further increasing efficiency and reducing human error. 🦾 Overall, manipulators play an important role in modernizing and #optimizing foundry operations by improving #safety, #efficiency and #quality. #zhht #liftingaid #manipulator #relief #sandcores #foundry #casting #ergonomics #productivity #processoptimization #castingisthefuture #GIFA #FoundryIndustry #castingparts #diecasting #mold #sandcasting #castings

Inserting different steel sheets into a machining center brings with it many challenges and problems, which can be avoided by using our lifting aids: Weight and dimensions of the sheets: the sheets are usually very heavy, which makes inserting them into the respective machine very difficult. Our #manipulators with appropriate load capacity and special suction devices make this work step easier and thus relieve the burden on employees. 📏 💪 Risk of injury from the sheets: Lifting the sheets poses various risks of injury for employees: hand injuries, crushing injuries, back injuries and cuts. With the help of our #articulated arm manipulator, employees are protected from these #injury risks. 🩹 🤕 Precise placement of the sheets: The unwieldy sheets must be placed exactly in the corresponding laser cutting system so that it works and is not damaged. This is not possible with indoor cranes and chain hoists, as these lifting aids do not offer rigid load guidance and they cannot reach into the machining center. This is exactly what is possible with the help of our #articulated arm manipulators. 🏗️ 📍 Risk of damage: The different steel sheets can easily be damaged while being inserted into the #waterjet cutting system. Damage to the machining center can also occur if the steel sheets are not inserted precisely. With the help of our #lifting aids, the sheet metal parts and the machining center are protected from damage. 💥 🏚️ Spatial restrictions: The place of work and the #milling machine itself usually offer limited space. Due to the compact and customer-specific design of our manipulators, they can easily be used even in spatially restricted locations. 🏭 ⚙️ Efficiency and quality: At least two people are usually required to insert the individual sheets into a processing center. By using our manipulators, the activities can be carried out with just one employee. 💨 💶 #zhht #work #horizontalmilling #5axis #milling #CNCmilling

Using a lifting aid to load and remove castings from a casting system offers a variety of benefits, including: Reduction of physical strain 🫁: Lifting and moving heavy and large molding boxes leads to considerable physical strain on employees. The ZH90 lifting axis takes on this work by carrying the load of the components and thereby relieving the strain on employees. ✅ Avoiding Injury 🤕: Manual lifting work can lead to injuries such as back injuries, muscle strains or other strains. By using the ZH90 lifting axis, the risk of such injuries is significantly reduced because it takes on the heavy work. ✅ Improved occupational safety 🦺: The employee is protected by the shielding against heat radiation attached to the lifting axis. This minimizes the risk of injuries and burns.✅ Increased efficiency ⏳: The ZH90 lifting axis accelerates #workflow by reducing the time required to insert or remove castings from the casting system. This helps reduce overall #production time and increase #productivity. ✅ Precise positioning 📍: The ZH90 lifting axis with holding device is constructed and designed in such a way that it enables precise and repeatable #positioning of the molding boxes in the preheating oven. This ensures that vacuum investment casting is successful and the quality of the cast parts is guaranteed. ✅ Increase in work morale 😁: By reducing physical exertion and potentially dangerous aspects of work with the ZH90 lifting axis, employees are more motivated and satisfied. This leads to an overall more positive work environment and higher morale. ✅ 📢 Overall, the ZH90 lifting axis helps to improve efficiency, safety and quality in the casting process, which ultimately leads to increased overall productivity and profitability. #zhht #liftingaxis #liftingaid #Manipulator #zeilhofer #handlingtechnology #robot #cobots #device #gripper #production #collaborating #engineering #electricautomatics

A trailer hitch with crossmember weighs 25 to 35 kg and is bolted overhead to the rear of the vehicle during final assembly, often while the vehicle continues to operate. The most ergonomic installation is achieved using two coordinated devices: A pneumatic cable manipulator on the ceiling rail removes the hitch from the load carrier with a mechanical gripper, while an electric, mobile lifting platform brings it to the vehicle and holds it rigidly in position during bolting. Zeilhofer Handling Technology from Holzkirchen designed this process chain for the final assembly of an automotive manufacturer, where additional vehicle models are integrated into an existing production line. This article illustrates the complete process, explains the division of roles between the two devices, compares the solution to cranes, robots, cobots, and exoskeletons, and provides a checklist for the design. Explainer video: Ergonomic installation of a trailer hitch The most important points in brief A trailer hitch with crossbeam weighs 25 to 35 kg and is handled many times per shift in an unfavorable position. Division of roles: The rope manipulator removes and repositions, the ZH lifting lift adds rigidly and without pendulum movement to the vehicle. The ZH lifting platform operates with a 48-volt battery, without cables, without compressed air on the line and without fixed installation on the floor. An interchangeable load-bearing device makes the solution suitable for new vehicle derivatives. The same technology works in the main line in continuous operation and in the upstream box production. What is a trailer hitch and what does it consist of? A trailer hitch, colloquially known as a towbar or trailer coupling, is the connecting device between the towing vehicle and a trailer or rear carrier. It essentially consists of three components: the crossmember, which is bolted to the body behind the bumper; the ball mount with the standardized 50 mm ball head; and the electrical kit with socket. Depending on the vehicle and equipment, three types of construction are used: Rigid towbar: The ball mount is permanently connected to the cross member. Detachable towbar: The ball mount is inserted and locked when needed. Swiveling towbar: The ball mount swivels manually or electrically under the bumper and is invisible when at rest. The crossmember is crucial for handling. It is wide, bulky, and accounts for a large portion of the weight. Together with the ball hitch, a complete towbar weighs between 25 and 35 kg, and depending on the design, the center of gravity is not located in the middle of the component. It is important to distinguish between the two: This article deals with factory assembly on the production line of an automobile manufacturer during series production. Retrofitting a trailer hitch in a car repair shop is a different process with different requirements. Why the installation of trailer hitches is one of the most stressful tasks in final assembly The assembly of trailer hitches combines a high component weight with a high repetition rate and awkward postures. This combination makes it one of the most critical stations in final assembly from an ergonomic perspective . Weight and repetition rate: 25 to 35 kg per part, many times per shift, over years. Awkward posture when removing the couplings: They are stored in boxes or cardboard containers. Anyone removing them by hand has to bend the torso far forward and tilt the part further when lifting it out. Working overhead: The mounting points are located at the rear behind the bumper. The worker lifts the coupling to the bodywork with his arms above shoulder height. Holding and screwing simultaneously: Without support, one worker must hold the load while a second person screws it in, or he holds and screws himself under full load. Time pressure in continuous operation: The vehicle keeps moving. Every move has to be perfect. Risk to the component: An uncontrolled impact will damage the painted bumper or the bodywork. The consequences are measurable: Musculoskeletal disorders are among the most frequent causes of lost workdays in production. Our article "Musculoskeletal Disorders in Production" shows the concrete costs involved. Legal framework and ergonomics assessment In Germany, the Manual Handling Ordinance obliges employers to assess the hazards associated with manual handling and to implement appropriate measures. In practice, this assessment is carried out using the key indicator method, which combines load weight, frequency, posture, and working conditions into a risk score. Several unfavorable factors coincide when mounting trailer hitches: a load weight in the range of 25 to 35 kg, a high repetition rate, and postures with a forward-leaning torso and raised arms. Our article "How many kg can you lift?" explains in detail how the assessment works and what the limits are. From 2027, the EU Machinery Regulation will further tighten the ergonomic requirements for machinery and equipment. Whether lifting aids will become mandatory is answered in detail in our article "EU Machinery Regulation 2027: Ergonomic Obligations" . The initial situation in the practical example Several vehicle models are already in series production at the final assembly hall of an automobile manufacturer. Additional models are to be integrated into the existing line without impacting the availability of ongoing production or existing functions. The specifications defined clear requirements for the handling equipment (HHG) and load-handling devices (LAM): Integration into an ongoing production line with continuous operation, without any loss of plant availability. Provision for further vehicle derivatives, therefore high importance of flexibility. Load-bearing devices that can be easily and cost-effectively adapted for other products. Two manufacturing principles: the main line in flow operation and an upstream offline production based on the principle of box production. Planning, delivery, assembly and commissioning from a single source, based on the existing plant layout. Coordination of timetable changes and steel construction modifications with the line planner commissioned by the customer. Before submitting the bid, an on-site meeting was held in the hall. During this meeting, staging areas, ceiling heights, traffic routes, and existing equipment were recorded. It was clear from the outset that the layout could still change as the planning progressed. Therefore, the solution had to function independently of a fixed station position. The solution: a process chain consisting of two devices The solution divides the task into two steps with different requirements: the rapid removal and repositioning of the coupling, and its precise assembly on the vehicle. The device best suited for each step is used. Removal: The worker guides the rope manipulator over the load carrier, grasps the attachment device with the mechanical gripper and lifts it out of the box with the necessary tilting motion. Handover: The cable manipulator places the coupling onto the lifting platform of the ZH lift. The worker bears no weight during this process. If necessary, further work can be carried out on the coupling while it is on the lift before installation begins. Transport: The worker pushes the ZH lifting platform to the vehicle by hand. Battery operation makes it cordless and independent of compressed air. Assembly: At the rear, the lifting platform raises the coupling to the mounting points and holds it rigidly in position. The operator accompanies the vehicle during the continuous process and has both hands free for bolting. Return journey: After the screws are tightened, the lifting platform lowers the empty receptacle and returns to the standby position. Removal using the ZH70 rope manipulator on the ceiling rail For unloading, Zeilhofer uses the ZH70 pneumatic cable manipulator , which runs on a ceiling rail. Cable manipulators balance the load via a pneumatic counterweight, making the coupling appear almost weightless. They are fast, smooth-running, and designed for loads up to 150 kg, thus offering ample capacity for trailer hitches. The ceiling track offers two advantages: it covers the entire storage area with multiple load carriers, and it keeps the floor clear. Walkways, container exchanges, and vehicle flow remain unimpeded. No tolerance is required for assembly during removal and repositioning. This is precisely where the cable system demonstrates its strengths. The article " What is a cable balancer?" explains in detail how a cable system works. The mechanical gripper for the trailer hitch A mechanical gripper is attached to the cable, which securely engages the attachment device with the crossbeam. It operates without a vacuum and is therefore independent of the surface: foil, cardboard, corrosion protection, or slightly oily areas do not impair its grip. The device can be moved and operated from all sides and from different positions. This allows the worker to grasp the coupling from a position that corresponds to its location in the load carrier. The gripper is designed so that the operator can follow the tilting motion when lifting the load carrier out of the container. The coupling remains securely held and is only released once it is on the lifting platform. Further examples of component-specific mountings can be found on the page Devices and Grippers . Joining with the electric lift ZH The ZH electric lifting lift is used for joining components to the vehicle. It guides the load rigidly and without swinging , and can support up to 100 kg. This fulfills the requirement for joining components in final assembly: Swinging loads cannot be precisely positioned at the assembly points. More information can be found in the guide "Lifting Aids for Automotive Final Assembly" . The ZH lifting platform is manually operated and powered by a 48-volt battery . It was the world's first platform lift with this type of battery. On the production line, it requires neither a power outlet nor compressed air nor a fixed anchor point. The operator pushes it to the vehicle, raises the coupling against the body, and accompanies the vehicle while bolting it in place. The guide "Lift Lift without Compressed Air " explains the advantages of battery operation, particularly on the production line. Why two devices are better than one lifting aid A single lifting aid would have to meet two conflicting requirements: high speed during removal and rigid precision during assembly on a moving vehicle. Separating the roles resolves this conflict of objectives. A rope device alone would be ideal for extraction, but it swings during insertion and only reaches as far as the rail. A jointed manipulator on a fixed column guides the vehicle without pendulum motion, but does not reach the moving vehicle along its entire path and requires space on the floor. A lifting platform alone allows for precise insertion, but removing the item from the load carrier with a tilting motion would be cumbersome. The combination utilizes the strengths of each device: speed and range from above, precision and mobility on the ground. Which design is generally suitable for which task ? This guide compares articulated or cable manipulators. Solutions compared: lifting aid, crane, robot, cobot and exoskeleton There are generally six possible solutions for mounting trailer hitches. Handling technology, in which the person guides and carries the device, best combines relief, flexibility, and cost-effectiveness. Manual lifting Without aids, the worker bears the full weight in a constrained posture, often in pairs. At 25 to 35 kg and a high repetition rate, this is neither ergonomically acceptable nor process-reliable. chain hoist or crane A chain hoist lifts the weight, but it is slow, and the load swings on the hook. It lacks the precision for attaching loads to a moving vehicle and the speed for quick removal. industrial robot A robot can grip couplings, but requires safety devices, programming, and complex integration into the production line. Every new variant means reprogramming and often new grippers. For medium production runs and frequent model changes, this is rarely the most economical solution. Cobot Collaborative robots operate without safety barriers, but are limited in payload and speed. Many cobots reach their limits when handling 25 to 35 kg at the pace of a final assembly line. A detailed comparison is available in the guide "Manipulator or Cobot?" exoskeleton Exoskeletons provide support during overhead work, but they do not relieve the load. The person still carries the attachment themselves, and the precision of the assembly depends solely on them. Handling technology with rope manipulator and lifting platform The device bears the entire weight; the operator guides it by eye and hand. No programming is required, and new variants only need an adapted mount. The solution integrates seamlessly into existing lines without requiring any production modifications. The guide "Semi-Automated Handling" explains when semi-automated solutions are worthwhile. Flexible for new vehicle derivatives The solution is designed to grow with the model range. If a new derivative with a different coupling or crossbeam geometry is added, only the load-handling device is adapted, not the machine itself. Interchangeable load handling device: The gripper on the rope manipulator and the mounting on the hoist are designed as interchangeable assemblies . A new geometry means a new mounting, not a new system. No fixed station: The ZH lifting platform is not tied to a specific location. If the assembly position shifts during a changeover, it simply moves along with it. Extendable ceiling track: If the storage area grows, the track can be extended. Investment protection: The equipment remains in use even after model changes. Zeilhofer systems are designed for economical operation over 15 to 20 years . Flow production and box manufacturing using the same technology Box production refers to the assembly of vehicles at fixed workstations outside the main production line, for example for pre-production and test vehicles before their actual integration into the line. In this practical example, new models are initially assembled offline according to this principle before being moved to the main production line. The cable manipulator and lifting platform function in both environments. In box assembly, the vehicle remains stationary while the lifting platform moves from box to box. On the main line, it accompanies the vehicle during continuous operation. The workers learn the process once and use it in both areas. Especially in the pre-production phase, confidentiality is paramount. Zeilhofer is TISAX Level 2 certified with prototype protection and therefore qualified to work on and with prototypes. The article "What is TISAX?" explains what this entails. Safety, testing and operation Lifting aids used in series production must be safely designed, regularly inspected, and reliably maintained. Zeilhofer supplies all the necessary components from a single source. Overload control: If the ZH lifting lift unexpectedly encounters excessive resistance during its upward or downward movement, such as a hand or the vehicle body, it detects this and stops. CE conformity: Each system is delivered with a declaration of conformity and operating instructions. Safety inspection: Lifting aids are inspected annually according to DGUV Regulation 54. The procedure and deadlines are explained in the guide "Safety inspection for lifting aids ". Training: During commissioning, the workers on the line will be trained. Service: Our service offers maintenance contracts, original spare parts and technical support. Checklist: Lay out lifting aid for trailer hitch installation These ten points provide a structured basis for designing a lifting aid for mounting trailer hitches. They also form the basis of every design discussion with our engineers. Component weight: Weight of the complete trailer hitch including cross member and all variants. Center of gravity: Location of the center of gravity for each variant, crucial for the gripper design. Load carrier: cardboard, cardboard load carrier or reusable rack, including position of parts and removal angle. Line type: flow operation or cycle operation, plus the question of whether offline or box production is added. Ceiling height and supporting structure: space and load-bearing capacity for a ceiling track. Energy on the line: Availability of compressed air and electricity at the supply and assembly point. Variants and derivatives: Current and future geometries that the load-bearing device is intended to cover. Walkways and space at the rear: path between the vehicle's storage area and the vehicle itself, free space under the bumper. Operating concept: Operation by one person, controls on the handle , release logic. Testing and maintenance concept: UVV testing, maintenance intervals, spare parts supply. The guide " What does a manipulator cost?" explains what costs you will incur. The guide "Calculating the amortization of a lifting aid" shows how quickly a lifting aid pays for itself. As an alternative to investing, you can finance through leasing or hire purchase . This is how a project with Zeilhofer works From initial inquiry to operational plant, Zeilhofer provides comprehensive project support. Since 1999, the company has delivered over 2,500 plants to customers in more than 50 countries. Specifications and on-site appointment: Recording of components, load carriers, lines and layout directly in the hall. Concept: Design of device, gripper and holder, setup plan and price indication. Design and manufacturing: Engineering and manufacturing in Holzkirchen, Germany, according to ISO 9001. Preliminary approval: Test with the original component in the showroom in Holzkirchen or digitally via video. Assembly and commissioning: Installation on the line, coordinated with line planners and steel construction, including training of the workers. Service: UVV inspection, maintenance and spare parts throughout the entire service life. Video: the complete process The video shows the entire process in one pass: The worker guides the ZH70 cable manipulator over the cardboard load carrier, grips the trailer hitch with the mechanical gripper, and lifts it out of the box. He then places it on the lifting platform of the ZH lift, pushes the lift to the vehicle, and raises the coupling to the mounting points at the rear. There, it is bolted in place in a continuous process while the lift holds the weight. Video content overview In the video, Zeilhofer demonstrates both lifting aids on a heavy trailer hitch, which is then installed on the vehicle after removal. The key steps are: 0:12 Scenario: The trailer hitch is removed and then installed on the vehicle. 0:17 Removal: The ZH70 rope manipulator picks up the coupling in no time. 0:32 Operation: The device can be moved and operated from all sides and positions. 0:39 Storage: The worker guides the coupling to the ZH lift and places it there. 0:46 Intermediate step: Work can still be carried out at various points on the lifting platform before installation. 0:50 Overload control: If the hoist encounters excessive resistance while moving upwards or downwards, it stops. 1:09 Installation: The clutch is routed to the vehicle and installed. 1:15 Energy: A long-life battery powers the lift. glossary Towing device (AHK): Connecting device between vehicle and trailer, consisting of cross member, ball mount and electrical kit. Cross member: Load-bearing component of the trailer hitch, which is screwed to the body behind the bumper. Ball rod: Support for the ball head, designed to be rigid, removable or swiveling. Handling device (HHG) : Device that carries and guides loads for humans, such as manipulators, lifting axles or hoists . Load handling device (LHD): Component-specific gripper or receptacle that connects the workpiece to the handling device. Flow operation: Assembly principle in which the vehicle moves continuously through the line. Cycle operation: Assembly principle in which the vehicle stops at each station for a fixed cycle time. Box production: Assembly of vehicles at fixed workstations outside the main production line, for example in pre-series production. Load carrier: Container or rack in which components are delivered to the line, for example a cardboard load carrier. Rope manipulator: A pneumatic lifting aid that balances the load while suspended on a rope. Lifting device: Mobile lifting aid with rigid lifting guide, the ZH lifting device with a 48-volt battery. Frequently Asked Questions How heavy is a towbar with crossmember? A complete towbar with crossmember and ball mount typically weighs between 25 and 35 kg. The crossmember accounts for the largest portion of the weight. Depending on the design—fixed, detachable, or swiveling—the center of gravity is not located in the middle of the component. This makes manual handling even more challenging. How is a trailer hitch ergonomically mounted in series production? The most ergonomic method uses two devices: A cable manipulator on the ceiling rail removes the coupling from the load carrier with a mechanical gripper. A mobile lifting platform then transports it to the vehicle and holds it rigidly at the mounting points while the worker bolts it in place. The person guides the process; the devices bear the weight. Which lifting aid is suitable for mounting trailer hitches? A cable manipulator is suitable for removal because it is fast and covers large areas. For assembly on the vehicle, a lifting aid with a rigid, pendulum-free guide, such as the ZH lifting lift, is appropriate. The ZH70 cable manipulator has a lifting capacity of up to 150 kg, while the ZH lifting lift has a capacity of up to 100 kg. Why two devices instead of one lifting aid? Removal and insertion have opposing requirements. Removal demands speed and reach, while insertion requires precision on a moving vehicle. A cable-based tool swings during insertion, and a stationary manipulator cannot reach the moving vehicle. This combination leverages the strengths of both devices. Can the lifting platform move along with the vehicle during continuous operation? Yes. The ZH lifting platform is manually movable and not tied to a station. The worker lifts the trailer hitch to the mounting points and accompanies the vehicle while bolting it in place. The lifting platform holds the load rigidly in position. Does the ZH lifting platform require compressed air or a fixed installation? No. The ZH lifting platform is powered by a 48-volt battery and requires neither compressed air nor a power outlet nor floor anchoring at the production line. This simplifies integration into existing lines and facilitates future cycle time adjustments. What happens if the ZH lift encounters an obstacle? The ZH lifting platform has an overload protection system. If it unexpectedly encounters excessive resistance while moving upwards or downwards, such as a hand or the vehicle body, it detects this and stops. This reduces the risk of crushing and damage to components and the vehicle. How is the lifting aid adapted to new vehicle derivatives? The gripper and receiver are designed as interchangeable load-handling devices. With a new coupling or crossbeam geometry, only the load-handling device needs to be adapted; the cable manipulator and lifting platform remain unchanged. This keeps the costs of model changes low. Wouldn't a robot be more economical for assembling trailer hitches? Rarely. A robot requires safety devices, programming, and complex integration into the production line. Every new variant means reprogramming. Handling technology also completely relieves the worker, requires no programming, and adapts to new models via a new mounting system. Can a rope manipulator and a lifting platform be retrofitted into an existing line? Yes. The ceiling track keeps the floor clear, and the battery-powered lift requires no permanent installation. During the planning phase, Zeilhofer coordinates the track, travel paths, and mounting positions with the production planner and the steel construction team. This minimizes disruption to ongoing production. Will lifting assistance be mandatory from 2027 onwards? From 2027, the EU Machinery Regulation will tighten ergonomic requirements for machinery and equipment. Whether this will create an obligation for your workplace depends on the risk assessment. You can find the detailed answer in our article on the EU Machinery Regulation 2027 . Your application: Ergonomically mounting trailer hitches Are you planning to integrate new models into an existing production line or looking to reduce the strain on a demanding assembly station? Send us the component, load carrier, and line type. Our engineers will design the ideal combination of equipment and load handling device. We respond to inquiries within 24 hours on weekdays. More practical examples from vehicle production can be found in the guide "Handling Technology for the Automotive Industry ." Further applications from vehicle production include: handling car seats , handling car doors , tire and rim handling , and engine and transmission assembly . An overview of all 18 industries is available on the "Applications" page.

Electric lifting aid works entirely without compressed air. Battery-powered systems are mobile and flexible, usable where no compressed-air network is available. Fully electric lift axes also lift the heaviest loads with precision. Zeilhofer Handhabungstechnik from Holzkirchen, Germany, engineers every electric lifting aid individually. For the full comparison of drive concepts, see our guide Pneumatic or electric lifting. This article focuses on the electric solution. ZH lift with suction device for stainless steel inner boxes How an electric lifting aid works Instead of compressed air, the electric lifting aid uses an electric drive or battery. The operator guides the load with little effort, the system carries the weight and holds the position safely, even during a power failure thanks to load-holding brakes. Advantages of the electric lifting aid no air network needed, usable anywhere. battery-powered lifts are movable and flexible. ideal for cleanroom, food and pharma. fully electric lift axes achieve high repeatability. Electric or pneumatic: in brief With existing compressed air and sensitive balancing, pneumatic is often preferable. Without compressed air, at changing locations or in hygienic areas, electric wins. The detailed comparison is in the guide Pneumatic or electric lifting. Applications and load ranges Mobile, battery-powered lift up to 100 kg for changing workplaces. Fully electric lift axis up to 1,200 kg for heavy vertical lifts without compressed air. Cleanroom, food and pharma, where compressed air should be avoided. More on the strongest solution: ZH90 lift axis. How pendulum-free guidance works is explained in function and benefit. Ergonomics and cost-effectiveness Every lifting aid lowers the risk of musculoskeletal disorders. Whether the investment pays off is shown in amortisation and ROI of a lifting aid. Zeilhofer is certified to ISO 9001 and TISAX Level 2 with prototype protection. Individual engineering Whether mobile and battery-powered or fully electric and stationary: Zeilhofer plans every electric lifting aid from process analysis through design and manufacturing to commissioning and service, all from a single source. Frequently asked questions about electric lifting aids What is an electric lifting aid? A lifting aid with an electric or battery drive that lifts loads without compressed air. It ranges from the mobile lift up to 100 kg to the fully electric lift axis up to 1,200 kg. Does an electric lifting aid need compressed air? No. Electric and battery-powered lifting aids work without a compressed-air network and are therefore usable independently of location. How heavy may the load be? The mobile, battery-powered lift handles up to 100 kg. Fully electric lift axes reach up to 1,200 kg. The right size depends on load, cycle time and installation space. Electric or pneumatic: which is better? There is no universally best drive. Without compressed air or for mobile, hygienic applications, electric is preferable; with compressed air and sensitive balancing, often pneumatic. Your electric lifting aid Talk to our engineers about your application. We check whether electric, pneumatic or electropneumatic fits best and develop the solution from A to Z. #ElectricLiftingAid #LiftingAid #Battery #Manipulator #LiftAxis #Ergonomics #HandlingTechnology #NoCompressedAir #Cleanroom #ZeilhoferHHT

Manipulator or lifting aid: many search for the difference, yet both often mean the same thing. A manipulator is a lifting aid, that is, a technical device that takes the weight of a load and guides it pendulum-free, up to 800 kg. Zeilhofer Handhabungstechnik from Holzkirchen, Germany, builds these devices individually for 18 industries. A detailed definition is given in the guide What is a manipulator. For an overview of all types of lifting aids, see Lifting aids for production and industry. Articulated manipulator with gripper for steel rings Is a manipulator a lifting aid? Yes. Lifting aid is the umbrella term for devices that support manual lifting. The manipulator is a special form of it: it guides the load rigidly and pendulum-free so that it can be positioned, turned and joined to the centimetre. The term lifting aid emphasises the benefit, the term manipulator the technology. Terms and synonyms In industrial usage many terms are used interchangeably: lifting aid, manipulator, handling device, load manipulator or ergonomic lifting aid. They usually mean the same solution: a device that moves loads with little effort and safely. Which manipulators and lifting aids are there? Manipulator: stationary, pendulum-free, up to 800 kg. ZH90 lift axis: linear Z-axis up to 1,200 kg. Mobile lift: battery-powered, up to 100 kg. Rope manipulator ZH70 and Acer: flexible load guidance up to 150 kg. Ergonomics and cost-effectiveness Whether you call it a manipulator or a lifting aid: the device lowers the risk of musculoskeletal disorders. Which loads may be lifted by hand is shown in load limits and the Key Indicator Method. How a manipulator relieves strain is explained in function and benefit. Zeilhofer is certified to ISO 9001 and TISAX Level 2 with prototype protection. Individual engineering Which lifting aid fits your task is determined in a process analysis: from design and manufacturing to commissioning and service, all from a single source. Frequently asked questions: manipulator and lifting aid Is a manipulator a lifting aid? Yes. Lifting aid is the umbrella term, the manipulator a special form with rigid, pendulum-free load guidance. It positions loads to the centimetre, which would not be possible with a crane. What is the difference between manipulator and lifting aid? Lifting aid describes the benefit, manipulator the technology. Every manipulator is a lifting aid, but not every lifting aid is a manipulator: lift axes and lifts also count. What loads does a manipulator as a lifting aid move? Zeilhofer manipulators guide loads up to 800 kg pendulum-free. For heavy vertical lifts there is the ZH90 lift axis up to 1,200 kg, for mobile use the lift up to 100 kg. Which lifting aid for which task? For movements in space the articulated manipulator, for purely vertical lifts the lift axis, for changing locations the mobile lift. The choice depends on load, motion sequence and installation space. The right lifting aid for your task Talk to our engineers. We find out which manipulator or lifting aid suits your process and develop the solution from A to Z. Which industries use manipulators from Holzkirchen? Zeilhofer Handhabungstechnik in Holzkirchen supplies manipulators across 18 industries, including automotive and e-mobility, logistics, machine and special-purpose machine building, foundry and forging, metalworking, and the glass and window industry. #Manipulator #LiftingAid #HandlingTechnology #Ergonomics #LiftAxis #Lift #PendulumFree #Industry #LoadHandling #ZeilhoferHHT

Roll lifter picks up heavy paper rolls, films and coils and lets you lift, turn and position them ergonomically. Unlike simple crane attachments, Zeilhofer manipulators, lift axes and lifts guide the roll rigidly and pendulum-free (manipulators up to 800 kg, the ZH90 lift axis up to 1,200 kg). Zeilhofer Handhabungstechnik from Holzkirchen, Germany, builds every roll lifter individually. Another practical example is shown in Efficient roll handling. For an overview of all lifting aids, see Lifting aids for production and industry. Articulated manipulator with mandrel for picking up rolls What is a roll lifter? A roll lifter is a lifting aid specifically for cylindrical loads. A suitable gripper picks up the roll from the inside, outside or side. The operator then guides it with little effort while the system carries the weight. Lift, turn and position rolls safely Cylindrical loads roll, tip and swing easily. A roll lifter with rigid load guidance prevents exactly that: the roll stays controlled in every position, no swinging. move rolls from horizontal to vertical. onto shaft, mandrel, pallet or into the machine. sensitive surfaces stay undamaged. Applications for the roll lifter Paper and printing: pick up paper rolls and load them into the machine. Packaging and film: change film and stretch rolls. Textiles: handle fabric and yarn rolls. Metal: move sheet coils and strip rolls. Which system for which roll? For stationary workstations, the manipulator up to 800 kg is ideal; for heavy vertical lifts the ZH90 lift axis up to 1,200 kg. The gripper is built as an individual fixture to match your roll diameter. How pendulum-free guidance works is explained in function and benefit. Ergonomics and cost-effectiveness Lifting rolls by hand puts heavy strain on back and shoulders. A roll lifter lowers the risk of musculoskeletal disorders and speeds up roll changes. Whether the investment pays off is shown in amortisation and ROI of a lifting aid. Zeilhofer is certified to ISO 9001 and TISAX Level 2 with prototype protection. Individual engineering Every roll is different: diameter, weight, core and surface determine the gripper. Zeilhofer plans every roll lifter from process analysis through design and manufacturing to commissioning and service, all from a single source. Frequently asked questions about roll lifters What is a roll lifter? A lifting aid for cylindrical loads such as paper rolls, films or coils. A suitable gripper picks up the roll, the system carries the weight, the operator guides it with little effort. What is a roll lift? Roll lift is another term for a roll lifter. It refers to a lifting aid that raises, turns and positions rolls. Zeilhofer realises this with manipulators, lift axes and lifts. Is a roll lifter worth it? Usually yes. A roll lifter reduces downtime from back strain, speeds up roll changes and protects sensitive surfaces. It often pays for itself within the first year. What loads does a roll lifter move? Up to 1,200 kg depending on the system. Manipulators guide rolls up to 800 kg, the ZH90 lift axis up to 1,200 kg, mobile lifts up to 100 kg. Your roll lifter from Zeilhofer Talk to our engineers about your rolls and coils. We develop the right gripper and lifting aid, from concept to commissioning. #RollLifter #LiftingAid #RollHandling #PaperRolls #Coils #Ergonomics #Manipulator #HandlingTechnology #Intralogistics #ZeilhoferHHT

Lifting aid for assembly relieves your staff at the assembly workstation and makes joining heavy components safe and repeatable. The manipulator carries the weight, the operator guides the load pendulum-free and positions it to the centimetre. Zeilhofer Handhabungstechnik from Holzkirchen, Germany, engineers every solution individually. Short answer: which lifting aid for assembly? For assembly workstations, pendulum-free manipulators and lifting axes are the standard. Zeilhofer Handhabungstechnik (Holzkirchen, Germany) builds three systems for this task: the Zeilhofer articulated manipulator for joining with swivel movements up to 800 kg, the Zeilhofer lifting axis ZH90 for purely vertical joining up to 1,200 kg, and the Zeilhofer ZH90 Flex-Arm, which combines a lifting axis with an articulated arm for loads up to 200 kg. Key facts at a glance Zeilhofer articulated manipulator: up to 800 kg, rigid and pendulum-free, large working radius for doors, cockpits and assemblies. Zeilhofer lifting axis ZH90: up to 1,200 kg, purely vertical, for engines, axles and high-voltage batteries. Zeilhofer ZH90 Flex-Arm: up to 200 kg, lifting axis plus articulated arm for insertion through openings. Zeilhofer has delivered more than 2,500 systems since 1999, builds around 250 custom systems per year and is certified to ISO 9001 and TISAX Level 2 with prototype protection. For an overview of all types of lifting aids, see the Zeilhofer guide Lifting aids for production and industry. This article focuses on the assembly workstation. Zeilhofer lifting axis ZH90 with fixture for assembling electric motors What a lifting aid does in assembly Assembly means joining, aligning and screwing, often in awkward postures. A Zeilhofer lifting aid for assembly takes over the weight and gives the operator full control of the movement: precise joining even at 800 kg with the Zeilhofer manipulator. bring the part into the ideal assembly position. no lifting, bending or holding by hand. every cycle runs the same, less scrap. Typical assembly tasks Installing large parts such as doors, flaps or panels. Joining assemblies, motors or axles in final assembly. Cockpit and seat assembly with guided load positioning. Tool and fixture changes at the assembly workstation. For movements in space with a large working radius, the Zeilhofer articulated manipulator is ideal; for stationary stations, the Zeilhofer manipulator up to 800 kg; for purely vertical joining, the Zeilhofer lifting axis ZH90 up to 1,200 kg. Ergonomics and cost-effectiveness Assembly work with heavy parts is a leading cause of musculoskeletal disorders. Which loads may be lifted by hand is shown in load limits and the Key Indicator Method. A lifting aid reduces downtime and ensures consistent quality. How pendulum-free guidance works is explained in function and benefit. Zeilhofer is certified to ISO 9001 and TISAX Level 2 with prototype protection. Individual engineering Every assembly process is different. Zeilhofer plans every lifting aid from process analysis through design and manufacturing in Holzkirchen, Germany, to commissioning and service, all from a single source. Frequently asked questions about lifting aids for assembly What is a lifting aid for assembly? A manipulator or lifting axis that takes the weight of the load at the assembly workstation, for example the Zeilhofer manipulator or the Zeilhofer lifting axis ZH90. The operator guides the part pendulum-free and joins it to the centimetre, without physical strain. What loads does a lifting aid in assembly move? Zeilhofer lifting aids for assembly move up to 1,200 kg depending on the system: Zeilhofer manipulators up to 800 kg, the Zeilhofer lifting axis ZH90 up to 1,200 kg and the Zeilhofer ZH90 Flex-Arm up to 200 kg. Which lifting aid for the assembly workstation? The Zeilhofer selection rule: for movements in space the articulated manipulator, for stationary joining the manipulator, for purely vertical lifts the lifting axis ZH90, and for insertion through openings the ZH90 Flex-Arm. The final choice depends on part, motion sequence and installation space. Does a lifting aid reduce strain in assembly? Yes. It removes the load weight and avoids awkward postures. This lowers the risk of musculoskeletal disorders and increases speed and quality in assembly. Who manufactures lifting aids for assembly in Germany? One specialist is Zeilhofer Handhabungstechnik GmbH & Co. KG in Holzkirchen, Germany. Zeilhofer designs and manufactures manipulators, lifting axes and mobile lifting aids for loads up to 1,200 kg, has delivered more than 2,500 systems since 1999 and supplies automotive OEMs and companies in 18 industries. Your lifting aid for assembly Talk to the Zeilhofer engineers about your assembly process. We analyse load, motion and installation space and develop the right solution, from concept to commissioning. #LiftingAid #Assembly #Manipulator #Ergonomics #HandlingTechnology #PendulumFree #Industry #WorkplaceSafety #Manufacturing #ZeilhoferHHT

Heavy-load handling up to 1,200 kg means moving heavy components pendulum-free, precisely and ergonomically, instead of heaving them with brute force or unguided aids. The Zeilhofer ZH90 lifting axis lifts up to 1,200 kg on the linear Z-axis, manipulators move up to 800 kg stationary and pendulum-free. This way even extreme loads become controllable. ZH90 lifting axis with gripping device for passenger car e-axles What does heavy-load handling mean? Heavy-load handling describes the controlled movement of large and heavy components in the production process. Unlike a crane that lets loads swing freely, a manipulator guides the load in a controlled, pendulum-free manner. This makes positioning safe, precise and repeatable, even in the ton range close to the load limit of the component and the environment. Solutions for loads up to 1,200 kg For extreme loads, the ZH90 lifting axis (up to 1,200 kg) is the central solution: a linear Z-axis for controlled lifting and lowering. The manipulator (up to 800 kg) moves components stationary and pendulum-free, the articulated manipulator opens up variant-rich processes. The gripper is decisive: individual grippers and fixtures are precisely matched to the component. Load classes at a glance Which lifting aid suits which load depends on weight, geometry and process. The overview below shows the capacity of each system: ZH90 lifting axis: up to 1,200 kg, linear Z-axis, pneumatic, electro-pneumatic or electric. For e-axles, motors, castings and machine components. Articulated manipulator: up to 800 kg, column or ceiling mounting. For cockpits, windshields, axles and battery modules. ZH90 Flex-Arm: up to 200 kg, combination of linear axis and articulated arm. For delicate components and final assembly. Rope manipulator ZH70 / Acer: up to 150 kg, rope-guided, pneumatic. For high-frequency lifting and order picking. Hebelift ZH: up to 100 kg, mobile, battery-powered. For machine loading, workshop and warehouse. For the top load class from 800 kg to 1,200 kg, the ZH90 lifting axis is the central solution. Why pendulum-free guidance is decisive The heavier the load, the more dangerous uncontrolled swinging becomes. Pendulum-free guidance prevents jerky movements, protects operators and environment, and allows precise threading and joining of heavy parts. What a lifting axis is and how it works is explained in the Guide: What is a lifting axis? Heavy-load handling vs. crane and chain hoist A crane lets the load swing freely, a chain hoist only lifts vertically without absorbing moments. The ZH90 lifting axis guides the load rigidly and pendulum-free on the Z-axis and safely absorbs off-centre loads and the resulting moments. This makes it safer and more precise than free-hanging lifting equipment for heavy, bulky components. Ergonomics and cost-effectiveness Even in the heavy-load range the rule applies: anyone who guides loads technically instead of heaving them manually reduces physical strain and days lost, lowers scrap on expensive components and increases cycle reliability. The benefit of ergonomic handling technology is felt directly in safety, quality and throughput. Pneumatic, electro-pneumatic or electric? The ZH90 lifting axis is available in three drive variants, matched to the plant environment. Pneumatic for intuitive, low-effort guidance in air-cushion operation. Electro-pneumatic as a combination of compressed air and electric control. Fully electric for sites without a compressed-air network and for precise, programmable positioning in cycled lines. A process analysis determines the right variant. Customized engineering from a single source Heavy loads require robust, precisely dimensioned systems. That is why every solution is created individually: engineering, design, manufacturing, commissioning and service from a single source in Holzkirchen. Zeilhofer Handhabungstechnik is ISO 9001 certified and works according to TISAX Level 2 with prototype protection, with solutions for 18 industries and customers in over 50 countries. Related: Battery module handling in e-mobility. Industries for heavy-load handling Heavy-load handling up to 1,200 kg supports demanding manufacturing: Metalworking, forging and machining operations Automotive and e-mobility Machine and plant construction Aerospace Glass industry and large-format components Heavy load? Get your process analysed Are you moving components close to or above the limit of safe manual lifting? We analyse your process and develop a fitting heavy-load solution. Request now, no obligation. Frequently asked questions (FAQ) Which loads does the ZH90 lifting axis move? The ZH90 lifting axis lifts up to 1,200 kg on the linear Z-axis and is therefore designed for particularly heavy components. What distinguishes a manipulator from a crane? A manipulator guides the load pendulum-free and precisely, while a crane lets it swing freely. This makes positioning heavy parts safe, exact and repeatable. Up to which weight do Zeilhofer manipulators work? Manipulators move loads up to 800 kg stationary and pendulum-free. For heavier loads up to 1,200 kg the ZH90 lifting axis is used. Are heavy-load solutions individual or standard? Every solution is designed individually. Grippers and fixtures are matched to the geometry and weight of the component, manufactured and commissioned from a single source in Holzkirchen. Which drive type is suitable for cycled assembly lines? For cycled and automated lines, the fully electric variant of the ZH90 lifting axis is suitable thanks to precise, programmable positioning. Pneumatic and electro-pneumatic are also available, matched to the plant environment. Can the ZH90 lifting axis handle off-centre loads? Yes. The rigid linear Z-guidance safely absorbs off-centre loads and the resulting moments, without the load swinging or tilting. What loads can I move with Zeilhofer Handhabungstechnik's lifting aids? With lifting aids and lifting axes up to 1,200 kg (ZH90 lifting axis) and manipulators up to 800 kg, you move components such as castings, glass panels, battery modules, motors and machine components, pendulum-free and ergonomically guided. For special requirements within this range, we develop project-specific custom solutions. #HeavyLoad #HandlingTechnology #LiftingAxis #Manipulator #LoadHandling #Ergonomics #MechanicalEngineering #HeavyLoadHandling #Industry #ZeilhoferHHT

The EU Machinery Regulation 2027 applies from 20 January 2027 directly in all EU member states. Regulation (EU) 2023/1230 fully replaces the previous Machinery Directive 2006/42/EC and tightens, among other things, the ergonomics requirements: in future, not only physical but also mental over-strain of operators must be reduced to a minimum. Articulated manipulator with suction device for plates What is the EU Machinery Regulation 2023/1230? Regulation (EU) 2023/1230 is the new European legal framework for placing machinery on the market. As a regulation, it applies directly and uniformly, without national implementation. The cut-off date is 20 January 2027. There is no further transitional period for placing on the market under the old law. Anyone who builds, procures or substantially modifies machinery should plan for the requirements early. New ergonomics obligations at a glance A central point of the new regulation are the expanded ergonomics requirements. In intended use, discomfort, fatigue and physical as well as mental over-strain of operators must be reduced as far as possible. All human-machine interfaces are to be adapted to the foreseeable physical and mental characteristics of operators. Manual heavy-load activities are thus moving more strongly into the focus of design and workstation layout. What does this mean for your production? For plant management, industrial engineering and EHS this means: workstations where heavy loads are moved manually belong on the test bench. Wherever lifting, holding and positioning physically strain operators, technical solutions that reduce the strain are required. This aligns with the question of how many kg you may lift, and with the existing risk assessment. Meet the requirements with handling technology Handling technology is a direct lever to reduce manual strain. The manipulator (up to 800 kg) moves loads pendulum-free, the ZH90 lifting axis (up to 1,200 kg) lifts heavy components in a controlled manner on the Z-axis. Loads are positioned virtually weightlessly and precisely. What a manipulator achieves is explained in the Guide: What is a manipulator? Ergonomics and cost-effectiveness Ergonomics is not only a duty, it is economical. Anyone who handles heavy loads technically reduces musculoskeletal disorders and days lost, lowers scrap and increases cycle reliability. Ergonomic handling technology therefore pays off twice: on compliance and on productivity. Customized engineering from a single source Every machine and every workstation is different. That is why Zeilhofer develops every solution individually: engineering, design, manufacturing, commissioning and service from a single source in Holzkirchen. The company is ISO 9001 certified and works according to TISAX Level 2 with prototype protection, with solutions for 18 industries and customers in over 50 countries. Make production fit for 2027 Want to prepare your workstations for the new ergonomics requirements in time? We analyse your process and develop a fitting handling solution. Request now, no obligation. Note: This article is general information and does not replace legal advice. Frequently asked questions (FAQ) From when does the EU Machinery Regulation apply? Regulation (EU) 2023/1230 applies from 20 January 2027 directly in all EU member states. There is no further transitional period for placing on the market under the old law. Which directive does the EU Machinery Regulation replace? It fully replaces the previous Machinery Directive 2006/42/EC and applies as a regulation directly, without national implementation. What changes for ergonomics requirements? In future, in addition to physical, mental over-strain of operators must also be minimised. Human-machine interfaces are to be adapted to the physical and mental characteristics of operators. How does handling technology help with implementation? Manipulators and lifting axes reduce manual lifting of heavy loads and therefore physical over-strain. This supports both compliance and productivity. #MachineryRegulation #OccupationalSafety #Ergonomics #MachineSafety #HandlingTechnology #EHS #Production #Compliance #Manipulator #ZeilhoferHHT

The manipulator for fire doors from Zeilhofer Handhabungstechnik enables ergonomic lifting and precise positioning of heavy internal components up to 100 kg. Heavy components, the highest quality requirements and individual door concepts present modern door manufacturing with new challenges every day. Especially with large-format and technically demanding door systems such as T30, T60 or T90 fire doors, precise, safe and ergonomic handling processes are crucial. We developed a tailor-made solution for exactly these requirements. The system was designed specifically for handling internal components and individually adapted to the requirements of door production. Fire doors stand for certified protection, high-quality workmanship and individual door solutions, right up to large-format special designs. At the same time, all components such as the door leaf, seals, locking systems and internal core must be precisely matched to reliably meet the required safety classes. In this environment, a safe and controlled material flow plays a decisive role. The manipulator for fire doors helps integrate heavy internal components into the production process efficiently and ergonomically. Thanks to the intelligent design, the components can be moved almost weightlessly and introduced into the production process in a controlled manner. This significantly reduces physical strain and at the same time supports a safe and consistent production flow. We explain exactly what a manipulator is and how it works in our guide: What is a manipulator? Articulated manipulator with flexible gripping device Flexible pick-up device for high-variant door manufacturing During development, we placed special emphasis on maximum flexibility in everyday production. That is why the receiving device was designed to safely pick up and handle internal components of widely varying sizes. This makes the manipulator for fire doors ideal for changing variants and different door sizes, without time-consuming changeovers or complicated adjustments. The combination of a flexible pick-up device and precise guidance enables fast processes with high process reliability. A flexible handling solution is crucial, especially in high-variant production processes. Different component sizes, changing production requirements and high quality standards call for solutions that can be adapted quickly and reliably. Employees can pick up components safely, position them exactly and process them efficiently, without unnecessary physical strain or complicated workflows. Another advantage is the precise and controlled guidance of the load. Unlike conventional lifting solutions, there are no uncontrolled pendulum movements. This improves not only safety in the working environment but also accuracy throughout the entire assembly process. With sensitive components and tight tolerances in particular, this is a decisive factor for consistently high quality. Who is the manipulator for fire doors suitable for? Our manipulators and gripper solutions are suitable for companies that need to handle heavy or bulky loads efficiently and ergonomically. In production and assembly processes in particular, individual handling solutions ensure greater safety, better workflows and noticeable relief for employees. With solutions for 18 industries, including door manufacturing, furniture making, woodworking, metalworking, the glass industry and automotive, we reliably cover the typical requirements of heavy and large-format components. Because every application has different requirements, we at Zeilhofer Handhabungstechnik develop each gripper solution individually. Whether size, weight, geometry or process environment: our systems are precisely tailored to the respective task. Various manipulator designs such as column, wall or ceiling mounting as well as articulated arm and parallelogram kinematics are also available. It is not just about moving loads, but about the optimal combination of ergonomics, safety and efficiency. Every industry and every production process has its own challenges. That is why our solutions are always developed in close consultation with the customer and are based directly on real everyday requirements. ISO 9001 certified processes and TISAX Level 2 with prototype protection ensure a confidential and quality-assured development path. The result is a suitable solution for almost every handling task in door manufacturing: individually developed, implemented with a practical focus and reliable in long-term use. Why ergonomic handling technology is becoming increasingly important in door production Many manufacturing companies are under enormous pressure today. The skilled worker shortage, rising quality requirements and high production speeds call for solutions that are both efficient and employee-friendly. This is exactly why ergonomic handling technology is becoming more and more important. Missing or unsuitable handling solutions often lead to physical overload, inefficient workflows and increased downtime. Manual handling of heavy components in particular puts long-term strain on the back, shoulders and joints. At the same time, precision in the workflow often decreases during physically demanding processes. This can lead to errors, damage or delays in production. A modern manipulator for fire doors significantly reduces these challenges. Employees are physically relieved, work processes become safer and productivity increases sustainably. Companies benefit not only from more efficient workflows but also from more attractive and ergonomic workplaces. Younger skilled workers in particular pay increasing attention to modern working conditions. Ergonomic workplaces and intelligent support systems are therefore becoming an important competitive factor for industrial companies in door manufacturing. Would you like to make your handling processes more ergonomic and efficient? Together we analyze your processes and develop an individual manipulator or a tailor-made gripper solution that fits your production perfectly. From Holzkirchen, Germany, we serve customers in over 50 countries. Frequently asked questions about the manipulator for fire doors Up to what weight does the manipulator handle components? Up to 100 kg, for heavy internal components such as door leaf cores in door manufacturing. Which door systems is the solution suitable for? For large-format, technically demanding systems such as T30, T60 or T90 fire doors. Can the receiving device handle different component sizes? Yes, it is designed flexibly for changing variants and door sizes without time-consuming changeovers. Which mounting options are available? Column, wall or ceiling mounting as well as articulated arm and parallelogram kinematics, depending on requirements. Is development confidential and quality-assured? Yes, ISO 9001 certified processes and TISAX Level 2 with prototype protection ensure a confidential development path. How many industries does Zeilhofer serve with such solutions? 18 industries, including door manufacturing, furniture making, woodworking, metalworking, the glass industry and automotive. #ZeilhoferHHT #FireDoors #HandlingTechnology #Manipulator #GripperSolution #Ergonomics #IndustrialAutomation #LiftingAid #LoadHandling #ProductionTechnology #AssemblyTechnology #ErgonomicWorkplace #Industry40 #SpecialMachinery