Industrializes the CERN diaphragm technique for the mechanical centering and clamping of components with virtually any profile.
Ijspeert Innovative Technologies
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About Ijspeert Innovative Technologies
Ijspeert Innovative Technologies has made the diaphragm technique developed at CERN available for industrial use. The disc-based method enables the mechanical centering and clamping of objects with virtually any profile – from profile bars and hollow profiles to workpieces and shafts through to turbine blades. The company offers to sell the tools or to install the technique directly at the customer's site. The product portfolio includes Diameter, Profile, Turbine Blade, Fragile Product and Work Piece adapters as well as assembly techniques for rotor and profile assemblies, for example on rotors of electric motors. The technique was originally used in the manufacture of around 6000 superconducting correction magnets for the Large Hadron Collider (LHC). Reference customers include CERN, the ABB IEC LV Motors Division in Finland and Aalen University. The managing director and owner is Albert IJspeert.
- Processes
- Diaphragm Clamping and Centring (diaphragm technique, mechanical centering and clamping of, Rotor assemblies (assembly of rotors, e.g. rotors of electric motors), Profile assemblies (assembly/centering and clamping of profiled sections and hollow profiles), Clamping and centering adapters: Diameter adapters, Profile adapters, Turbine blade adapters,, Installation/integration of the diaphragm technique at the customer's site (sale of the tools or, Diaphragm Clamping and Centering technique, Sale of clamping and centering tools (diameter, profile, turbine blade, fragile and, Assembly techniques (rotor and profile assemblies)
- Materials
- Diaphragm Clamping and Centring, Rotor assemblies, Profile assemblies
- Industries
- Particle physics/research, Electric motor manufacturers, Turbine/mechanical engineering, Profile processing, Particle physics/research (CERN)
- 01
Consulting on centering and clamping tasks
- 02
Design of suitable adapters
- 03
Sale or installation of the diaphragm technique at the customer's site
- 04
Support with rotor and profile assemblies
Technology and Processes
Diaphragm Clamping and Centring
Disc-based process for the mechanical centering and fixing of objects with virtually any profile, highly cost-efficient.
Rotor assemblies
Assembly and centering technique for rotors, e.g. of electric motors.
Profile assemblies
Assembly and clamping of profiles and hollow profiles.
Products and Components
Inside the production
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Diaphragm Clamping and Centring (diaphragm technique, mechanical centering and clamping ofAssembly | – | – | – | – | – |
| Rotor assemblies (assembly of rotors, e.g. rotors of electric motors)Assembly | – | – | – | – | – |
| Profile assemblies (assembly/centering and clamping of profiled sections and hollow profiles)Assembly | – | – | – | – | – |
| Clamping and centering adapters: Diameter adapters, Profile adapters, Turbine blade adapters,Assembly | – | – | – | – | – |
| Installation/integration of the diaphragm technique at the customer's site (sale of the tools orEngineering | – | – | – | – | – |
Additional services
Reference customers
History
The diaphragm technique was developed at CERN for the manufacture of the superconducting correction magnets of the Large Hadron Collider (LHC) and secured around 6000 superconducting magnets; Albert IJspeert subsequently industrialized the technique.