Co-Engineering

Co-Engineering
Home Plus-Servers Co-Engineering

Precision-MIM co-engineers MIM and powder-metallurgy parts with customers from concept to production. Our in-house CNC machining (drilling, turning, facing, grooving) holds tolerances to ±0.01 mm on green or sintered parts, with subsequent punching and tapping, serving automotive, sensor, locking-system and outdoor-gear applications.


Powder metallurgy steel machining typically requires achieving ultra-tight tolerances, delivering specified surface finishes, or creating features that are cost-prohibitive or geometrically challenging.At our machining centers, CNC equipment performs operations (drilling, turning, facing, grooving) on green/sintered-state parts to ensure high precision and complex geometries.Our portfolio serves multiple industries including window hardware, sensor technology, locking systems, automotive components, compact appliances, and outdoor sports equipment.


Machining

PM steel machining achieves tight tolerances (±0.01mm) and complex features. Our CNC machines perform drilling, turning, facing, and grooving on green/sintered parts, serving industries like automotive, sensors, and outdoor gear.

Co-Engineering
Co-Engineering

Punching and tapping

In order to provide a ready-to-use solution, we can also perform subsequent punching and tapping for the product.

Frequently asked questions

What tolerances can machining PM steel achieve?

Machining PM steel achieves tight tolerances of ±0.01mm, along with complex features and specified surface finishes.

What CNC operations are performed on green or sintered parts?

CNC equipment performs drilling, turning, facing, and grooving on green or sintered-state parts to ensure high precision and complex geometries.

Which industries are served by your machining portfolio?

The portfolio serves window hardware, sensor technology, locking systems, automotive components, compact appliances, and outdoor sports equipment.

Can you provide ready-to-use parts with additional operations?

Yes, subsequent punching and tapping can be performed to provide a ready-to-use solution for the product.

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