Metal Injection Molding · Since 2007

One supplier.
Two routes.
One decision.

MIM from Europe or Asia — one quality standard, one responsibility. We develop, cost and source metal-injection-molding components for technical buyers, design engineers and managing directors — and we advise you honestly on which route is right for your requirement.

≤ 24 h quote · DIN EN ISO 9001 (certification in preparation) · network certified to IATF 16949
…or arrange a no-obligation call →
Quote response time
≤ 24 h incl. feasibility check
Material portfolio
17-4 PH · 316L · FN02 · Ti-6Al-4V + 40 more
Typical weight range
0,1 – 250 g Lot sizes 2k – 5M / year
AutomotiveMedicalToolingAerospaceDefenseWatchmakingConsumer goodsFasteningHydraulicsDentalElectronics AutomotiveMedicalToolingAerospaceDefenseWatchmakingConsumer goodsFasteningHydraulicsDentalElectronics

From drawing to series-ready MIM component.

We support the entire development process — from MIM-compliant design review through to assembly-ready delivery to your line.

01 / 06
Feasibility & DfMIM
Design review for undercuts, wall-thickness ratios, debinding and sinter geometry. FMEA-based risk assessment before tool release.
Read Design for MIM
02 / 06
Guide price & costing
Price calculator based on volume, feedstock cost, cycle estimate and yield. Transparently documented and traceable for purchasing and controlling.
Open calculator
03 / 06
Tooling & prototyping
Tools with multi-cavity, family molds, hot-runner variants. Sinter prototypes from series geometry — no SLA approximations.
Cost model
04 / 06
Series production
Injection molding, debinding (catalytic / thermal / solvent), sintering in hydrogen or vacuum furnaces. Cpk ≥ 1,33.
Materials
05 / 06
Post-processing & assembly
Heat treatment, HIP, sizing, grinding, laser marking, passivation, assembly into assemblies.
Surface guide
06 / 06
Warehousing & kanban
Consignment stock, VMI, call-off models. Delivery call-offs directly from the customer ERP (SAP, Infor, proALPHA) via EDI or a standardized CSV interface.
ERP Integration

Selected components from ongoing series production.

Each card represents a real, completed project. Geometry and customer names are anonymized where necessary; the core technical facts are not.

View all references

Six reasons why purchasing and engineering agree.

Not "Why MIM?", but "Why this model?". The following points address specific weaknesses in classic direct purchasing.

01
No maverick buying
One supplier number in the ERP. Departments can no longer order around compliance — without slowing down the process.
02
A decision in hours, not weeks
Guide price ≤ 24 h, full matrix ≤ 72 h for series enquiries. Release-ready documentation without an additional loop.
03
Resilience through dual sourcing
Every released geometry is laid out redundantly in-house. If a plant fails, the redirection comes from the network — not from a crisis meeting.
04
Total Cost of Ownership
The costing transparently includes tool amortization, sample inspection, logistics, warehousing costs and supplier management.
05
Standard-compliant documentation
IATF 16949, ISO 13485, EN 9100 are met by the appropriate network partner depending on the industry — we supply the consolidated certificate package.
06
Bottleneck and failure scenario
Special call-off, bridging quantity, short-term relocation within the network — without re-qualifying the supplier.

Operational level of the network.

6
Qualified
network plants
4
Countries in
EU / EFTA
45+
Series materials
available
24 h
Response time
guide price
1,33
Cpk
as standard
98 %
OTD
rolling 12 M

MIM expertise — no login, no form.

Selected technical articles for design engineers and purchasing managers. Written by engineers, edited by buyers.

K.01
MIM vs. investment casting vs. machining
Decision matrix for series sizes between 10k and 2 million parts — with break-even calculation.
Read article
K.02
Design for MIM: 12 design rules
Wall thicknesses, undercuts, sinter shrinkage — the most common sources of error in 3D models.
Guide
K.03
Material selection in practice
FN02, FN08, 17-4 PH, 316L, Ti-6Al-4V — properties, costs and availability in direct comparison.
Material matrix
All articles in the Knowledge Hub

Want us to cost out your specific requirement?

Send us a drawing or describe the part informally. Within 24 hours you receive a budget price, a feasibility assessment and a material recommendation.

Estimate budget price Send briefing