Series production for small and micro metal parts
Use MetShape as a competent and reliable service provider for the series production of your precision parts with sinter-based additive manufacturing. With state-of-the-art equipment, we are ideally equipped to implement your application professionally and to a high standard of quality. We will be happy to work with you to develop an individual quality assurance concept for your series application.
Service portfolio
| Preparation for Series | Series Launch | Series Production | |
|---|---|---|---|
| details | Finalisation of the component design and preparation of a series overall process. | Analysis of possible tolerances during series production and verification of quality requirements. | Individual series production of the application. |
| lot size | individual | individual | individual |
| design optimisation from MetShape | yes | already done | already done |
| process cycles | as needed | as needed | as needed |
| dimensional accuracy | ISO 2768:1 f-m (geometry-dependent) | ISO 2768:1 f-m (geometry-dependent) | ISO 2768:1 f-m (geometry-dependent) |
| measurement protocol | yes | yes | individual quality assurance concept |
| post-processing | depending on component | depending on component | depending on component |
| priority Production | no | no | no |
| analyses | as Add-On-Service | as Add-On-Service | as Add-On-Service |
| lead itme | from 5 weeks | from 6-8 weeks | individual |
| building on | 3D-optimized Prototype | Preparation for Series | Series Launch |
| optional finishing (possible extension of delivery time) | Surface finishing: electropolishing, sandblasting, glass-bead blasting, vibratory finishing, electroplating Mechanical properties: hardening |
Surface finishing: electropolishing, sandblasting, glass-bead blasting, vibratory finishing, electroplating Mechanical properties: hardening |
Surface finishing: electropolishing, sandblasting, glass-bead blasting, vibratory finishing, electroplating Mechanical properties: hardening |
Before commissioning a series, we recommend ordering a 3D-optimized prototype to evaluate the suitability of the application for sinter-based additive manufacturing.