Powertrain assembly
Lift engines, gearboxes and axles out of the carrier, rotate them and join them to the body – steady enough for the fit to hold without rework.
In vehicle production every second counts – and so does every movement repeated twelve hundred times a day. Our manipulators take the weight off the assembly line and leave it the guidance: engines, gearboxes, steering knuckles and windscreens are not lifted, they are guided.
Typical handling tasks in Automotive — and what they demand technically.
Lift engines, gearboxes and axles out of the carrier, rotate them and join them to the body – steady enough for the fit to hold without rework.
Pick up windscreens, rear windows, doors, tailgates and bumpers with vacuum grippers and set them without stress.
Place castings and forgings into turning, milling and pressing machines without reaching into the danger zone.
Torque arms absorb the reaction forces of the tool – the operator only guides, the arm holds back.
Feed heavy, sensitive and expensive modules in the correct orientation: slow final approach, defined seating force, no tilting moment.
Swap small load carriers, mesh boxes and chip bins at the line without stopping it.
An engine block weighs eighty kilograms. Once a day that is exercise; four hundred times a shift it is sick leave. German law sets no fixed limit for manual handling – it requires an assessment, and the key indicator method published by the Federal Institute for Occupational Safety and Health weighs frequency, posture and working conditions alongside the load itself. A manipulator addresses all three: it reduces the required force to a few newtons, holds the load at working height and turns a twisted posture into an upright guiding movement.
An industrial robot is faster and more repeatable – as long as nothing changes. In vehicle assembly something always changes: variants, options, launches, rework. A hand-guided manipulator needs no program, no guarding and no release for a new variant. It is ready at the same station on the day of the changeover. That is why manipulators stand where people decide and robots stand where the movement is fixed.
The gripper is the part that decides between success and trouble. It has to take up the geometry, secure the orientation, reach into the body and stay slim enough itself. We design it for the task – mechanical, pneumatic or vacuum – and include its own weight, centre of gravity and tilting moment in the sizing of the unit. That is why our payloads always include the tool.
A vehicle programme lives seven years; a workstation often longer. Our units are built so that gripper, control and reach can be changed later without replacing the base machine. The modification service documents every change – which matters when someone asks years later why the arm is two centimetres shorter than the drawing says.
Design, payload and reach — the shortlist for this industry.
The jointed arm for millimetre-precise handling.
View deviceCompact power for vertical lifting.
View deviceTakes the reaction torque – your hands stay free.
View deviceThe whole area covered – in X and Y.
View deviceWe look at the workstation before we talk about equipment.
ViewLoad, reach, cycle time – plus grippers for anything without a catalogue entry.
ViewLifting equipment, manipulators and balancers for industry, medical technology and logistics.
ViewRecurring inspection of your equipment to German accident prevention regulations.
ViewTake the part weight plus the gripper. A four-cylinder short block ranges between 60 and 110 kg depending on build stage, and a vacuum or form gripper adds another 8 to 25 kg. For most powertrain stations that makes a 125 kg class unit the right choice. What matters is not peak load but the tilting moment from load times reach.
Not where the movement is always the same – there the robot wins. Wherever variants, rework or visual inspection are involved, the hand-guided manipulator is the more economical answer: no programming, no guarding, no downtime at a variant change.
If the pick-up stays the same, it is one movement. If the geometry changes you swap the gripper – the base unit stays. That is why we design gripper interfaces to be exchangeable from the outset.
Yes, with an adapted control. Traction packs require a limited approach speed, a defined joining force and positive securing against tilting. We solve that through the control and a form-fit gripper rather than through friction alone.
The weight is not the problem. The repetition is.
Read the case ApplicationThe torque goes into the arm – or into the person.
Read the case ApplicationA module that knocks is not damaged. It is quarantined.
Read the case ApplicationLifting is not the work. Aligning is.
Read the caseIt is not the payload that decides, it is the moment.
Read the articleThere is no limit value. There is a duty to assess.
Read the articleThe robot wins on repetition. People win on variants.
Read the articleOne short conversation usually settles more than three quotations. Call or write — you will reach an engineer directly.
Start typing – for example “balancer”, “SAP” or “pipe stress”.
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