Creatz3D Delivers 600 Sets of 3D Printed Alumina Lift Pins for Semiconductor Equipment
Singapore-based Creatz3D produced and delivered 600 sets of alumina lift pins for semiconductor equipment using 3DCERAM SINTO ceramic AM technology. The companies report that the full production cycle took six weeks.
3D Printing Industry reported on October 26, 2026, that Creatz3D had delivered 600 sets of 3D printed aluminum-oxide (Al₂O₃) lift pins to a leading semiconductor foundry. The case is based on statements from Creatz3D and equipment supplier 3DCERAM SINTO; the customer has not been named.
Lift pins raise and position silicon wafers inside CVD, PVD and ALD process chambers. The disclosed geometry is a pin about 6.5 mm in diameter and 40 mm high on a base about 20 mm in diameter and 4 mm high. Creatz3D used top-down SLA followed by debinding, sintering and machining, and says the full cycle was completed in six weeks.
The companies state that the components passed the customer's full production qualification and shortened lead time compared with overseas sourcing. However, the qualification protocol, dimensional tolerances, reject rate, and cost comparison with conventional manufacturing were not disclosed. Claims about support-free printing, process stability and homogeneous properties also come from 3DCERAM SINTO, without an independent comparative test.
Key facts
- The companies report delivery of 600 sets of aluminum-oxide lift pins.
- The pin section measures about 6.5 mm in diameter and 40 mm in height.
- The base measures about 20 mm in diameter and 4 mm in height.
- The complete manufacturing and post-processing cycle reportedly took six weeks.
- The customer and qualification test conditions were not disclosed.
Context
A 600-set delivery following production qualification is a notable ceramic-AM application, but the anonymous customer and limited public quality and cost data constrain independent assessment.
