EB

Exceptional Precision for Microfluidic Components

Eftimie Bejan, Technical Director
★★★★★

Our microfluidics research project required channels with a diameter under 0.5 mm and tolerances of ±0.01 mm. After several unsuccessful attempts with other suppliers, we turned to Onay Medikal.

The result was impeccable. The CNC-turned parts were delivered with perfect dimensional accuracy, and the surface finish was essential for the device's flawless operation. Their team perfectly understood the technical specifications and even proposed a design improvement for one channel, reducing the risk of clogging.

The collaboration was one of professionals. Dimensional control reports and macro photographs accompanied each batch, providing total transparency. I confidently recommend them for any project requiring top-tier micromechanics.

15 October 2023

Frequently Asked Questions

Clear answers regarding our precision engineering, micromechanics, and CNC turning services.

  1. We process a wide range of technical materials, including stainless steels, aluminum alloys, titanium, copper, and technical plastics (PEEK, Delrin). Each material is selected according to the specific requirements of the final part, ensuring strength, precision, and durability.

  2. In the field of micromechanics, we work with tolerances of up to ±0.005 mm, using state-of-the-art CNC equipment and rigorous quality control processes. This level of precision is essential for complex and small-sized technical components.

  3. Our quality assurance process includes multi-stage checks: inspection upon material receipt, control during processing, and final part verification with precision measuring instruments (CMM, profile projectors). Complete process documentation is provided upon request.

  4. Yes. Our team of engineers can provide full support, from 3D CAD modeling and simulations to the production of functional prototypes. This allows us to validate the design and functionality before moving to series production.

  5. The delivery time varies depending on the project's complexity, production volume, and material availability. For simple prototypes, the timeframe can be 1-2 weeks, and for larger series, 3-6 weeks. We provide an accurate estimate after analyzing the technical drawings.

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