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FAQs
 
 

What are the smallest features you can make?
What types of material can you process?
What tolerances can you hold?
What do we need to quote a job?
How soon can I get parts made?
What are the limitations of your manufacturing processes?

What are the smallest features you can make?

We can drill holes as small as 1 µm. When joining material, we can run a weld bead as small as 25 µm.

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What types of material can you process?

We can machine just about any material, including:

  • Polyimide, also known as Kapton or Vespel
  • Stainless steel
  • Nitinol and Ti alloy
  • Ceramic and Alumina
  • Diamonds and CVD film
  • Glass and sapphire
  • Biodegradable polymeric biomaterial
  • Tissue derived biomaterial such as collagen

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What tolerances can you hold?

Typically, we can consistently remove material with a ± 5 µm tolerance. If needed, we will hold tolerances down to ± 1 µm.

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What do we need to quote a job?

The best approach is to call us at (410) 279-1591. You can also fax or email us a drawing with the quantities that you require. Please include the material specification and critical tolerances.

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How soon can I get parts made?

We strive to provide the quickest turn around possible. Typically, we quote 2- 4 weeks from receipt of order. However, if time is of the essence, we offer an expediting service option to process a part within 24 hours.

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What are the limitations of your manufacturing processes?

  • Taper:  The slope of the taper depends on the material.  Sometimes we can use special setups to eliminate or even reverse a taper.
  • Ablation particulate and slag:  Depending on the material, products of ablation may get deposited on the substrate.  We can mitigate this problem by blanketing the material or cleaning it after machining.
  • Diffraction limits of laser beam governs spot size.
  • Heat Affected Zone (HAZ): With metals, material surrounding the laser cutting area can change properties.  Typically, heat penetrates a few microns around the cut area.  This is less of a problem when we machine polymers with ultraviolet light.

This is a very brief guideline. Please contact us regarding your specific application.

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