OECHSLER

Paving the way

How it all started

OECHSLER revolutionized the injection molding process by using ceramics and polymers to achieve an even higher resistance against chemical and thermal exposure. In addition, the combination of these materials allow us to produce almost any shape, even 3D objects. High Impact Zirconia parts are well-suited for high-quality devices in harsh conditions. While offering a range of different finishes with outstanding haptics, the surface remains highly impact and scratch resistant. 

Standard Zirconia has a fracture toughness (K1C) of 34 MPa*m0.5. In comparison to that, our High Impact Zirconia provides a significantly higher fracture resistance. In fact, it can withstand up to four times the load. How are we able to process such a material? The secret to this extraordinary material lies in the small number of polymers. We combined the success of our previous work with the opportunities of a new material which led us to an even better performance of our products. At OECHSLER, we draw on many years of experience in the field of injection molding. Our believe and expertise in polymer-based solutions enables us to assure a highly efficient automated injection molding process. By harnessing the advantages of Zirconia OECHSLER strengthens its technological advantage.

Shaping the product

Post-Processing

Following this, the product has its final shape and features all the properties specific for ceramic, i.e., hardness as well as mechanical and chemical strength. When the sintering is complete, the surface is ready to be treated. We offer a variety of options including different types of surface treatments such as fully automated flat grinding, tumble grinding or sand-blasting. Naturally, we do not want to produce high-performance parts without giving them an appealing design. Do you wish to have a matted, anti-fingerprint coating? No problem, we customize the surface finish according to your needs. To ensure our quality standards at all time, there are various quality controls in place, like measurements, thermal controls, material specific checks and visual monitoring, wether manually or automated.