Four figures decide
Load, reach, lift height, cycle time: they determine whether a manipulator, a rope balancer or an articulated arm is the right answer. We calculate it rather than estimate it – including the margins day-to-day operation needs.
Where the catalogue ends.
The survey turns into sizing: load, reach, lift and cycle time define the device. And where the load follows no standard – drums, reels, pallets, special parts – we design the lifting attachment to match.
Load, reach, lift height, cycle time: they determine whether a manipulator, a rope balancer or an articulated arm is the right answer. We calculate it rather than estimate it – including the margins day-to-day operation needs.
The best lifting device is useless if the load does not hang safely. For drums, reels, pallets and parts with nothing off the shelf, we design the lifting attachment – matched to the shape, surface and centre of gravity of the part.
Ceiling height, floor, fixing points, available compressed air or power: the surroundings often say more about the design than the load does. Where a fixing needs proof, we coordinate it with your structural engineer.
Part of sizing is that someone can sign it off at the end. CE documentation, operating instructions and the safety records are part of the service – not a line item that surfaces later.
We look at the workstation before we talk about equipment.
ViewLifting equipment, manipulators and balancers for industry, medical technology and logistics.
ViewCAD design in 2D and 3D – from requirements analysis to production-ready drawings.
ViewCAD-related desktop applications, database-driven web apps and ready-made SaaS products.
ViewOne 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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