HIGH-VOLUME PRODUCTION

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.