Joining assemblies
Fitting heavy sub-assemblies into housings and frames – accurately, repeatably and without contact to visible surfaces.
In medical technology, handling is part of a validated process. A device that endangers the cleanroom class or cannot be operated reproducibly is not relief but a risk in the documentation.
Typical handling tasks in Medical technology — and what they demand technically.
Fitting heavy sub-assemblies into housings and frames – accurately, repeatably and without contact to visible surfaces.
Rotating units for assembly from below instead of tipping them over and straining them in the process.
Moving parts between airlock, workstation and packing without burdening the particle balance.
Placing devices into test fixtures and removing them again – the movement that sets the cycle in the test area.
Setting finished devices into transport containers, correctly oriented and without knocks.
Every movement generates particles. So a device for a cleanroom is not enclosed afterwards but designed from the start with few friction points: enclosed guides, rolling instead of plain bearings in the product area, no open lubrication points and extracted drives. Added to that are materials with low abrasion that withstand the usual disinfectants. These requirements belong in the first sketch, not in the acceptance test.
In validated production a work step has to run the same way every time. A device that works at different speeds and accuracies depending on force and skill makes exactly that harder. So we place stops, detents and end positions such that the correct movement is the easiest one – and the sequence can be described unambiguously in the work instruction.
What is incidental in other industries is a precondition here: material certificates for every product-contacting part, cleaning and maintenance instructions, declaration of conformity and instructions that match the work instruction. We supply those documents with the device, not on request – because they are needed in the audit and are laborious to obtain afterwards.
Design, payload and reach — the shortlist for this industry.
Weightless handling – floating instead of lifting.
View deviceArticulated arm plus integrated lifting axis.
View deviceThe whole area covered – in X and Y.
View deviceArticulated reach meets weightless floating.
View deviceCAD design in 2D and 3D – from requirements analysis to production-ready drawings.
ViewWe look at the workstation before we talk about equipment.
ViewOperating manuals, risk assessment and CE conformity – legally sound.
ViewLifting equipment, manipulators and balancers for industry, medical technology and logistics.
ViewIn the appropriate design yes. Cleanroom capability is not a property of a catalogue product but a construction: enclosed guides, suitable materials, extracted drives, no open lubrication points. Which class we design for we settle together with your quality assurance.
They are the commonest cause of early failure. Alcohols and oxidising cleaners attack many elastomers and plastics. Tell us the agents in use and we choose seals and pads accordingly – that is not an extra service but part of the design.
The device itself is usually not validated, but the process it sits in is. For that we supply the documents you need: material certificates, cleaning and maintenance instructions and a description of the sequence that can be taken into your work instruction.
Often yes, but for different reasons than elsewhere. It is rarely about the load and mostly about repeatability, freedom from scratches and not having to set a part down and regrip it. Where that does not matter, we say no.
The unit lifts. The gripper decides whether it works.
Read the articleCE is not a badge. It is a file.
Read the articleThe question is never “which unit?”. It is “which movement?”.
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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