In electrical engineering applications, technical springs
perform important functions in
connectivity, motion, and mechanical support.
FUNCTION AND PRECISION
Requirements range from high repeatability to defined load characteristics.
Your contact person
Jens Knüppel
Your contact person
Sven Marienfeld
TYPICAL APPLICATIONS
-
Electrical assemblies
-
Switching systems
-
Fasteners
-
Engineering components
PROJECT-ORIENTED MANUFACTURING
We support projects from development through to series production.
FAQ
Do you have any further questions?
Our support team will be happy to assist you:
Do you have any further questions?
Our support team will be happy to assist you:
Are custom solutions possible?
Yes, every solution is developed specifically for the project.
Are technical consultations offered?
Yes, already in early project phases.
Materials
Surface treatment
- Delta-Seal
- Electroplated coatings
- Passivation
- Shot peening
- Vibratory finishing
- Flocking technology
- Grinding spring ends
QM (Quality Management
We verify compliance with the specified geometric and force-related requirements.
These include spring length, spring diameter, wire gauge, and spring force for compression springs. For torsion springs, the spring angles, leg angles, spring diameter, wire diameter, and torque are measured.
For stamped and bent parts, all geometric dimensions are measured.
Inspection is performed using optical measurement systems or standard measuring instruments, such as a micrometer or a vernier caliper. Force-displacement test stands or torsion meters are used to verify force-related requirements.
Our quality assurance standards are ISO 9001, ISO 14001, and the Automotive Core Tools, which are bundled in the MAQMSR.
Discover our different springs
and stamped and bent parts
In der Hälver 23
58553 Halver-Carthausen
