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Manufacturing Shims: Chemical Etching or Laser Cutting?

Shims are essential in the aerospace, automotive, electronic, and medical industries. They are necessary for precision alignment, spacing, and calibration between two components. Precision is fundamental when manufacturing shims, as any deviation from the required specifications can cause system failure or malfunction. Due to the thinner materials, shims must be manufactured accurately and precisely. Advanced […]

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Hybrid Manufacturing

Maximize Efficiency With Hybrid Manufacturing

Maximize Efficiency with Hybrid Manufacturing How many times have you designed a part only to find out it may require more than one manufacturing process? Partnering with a manufacturer who has Hybrid manufacturing in-house can save you time and money. Hybrid manufacturing is a process that incorporates multiple manufacturing techniques in order to craft parts

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Chemical Etching vs Laser blog post title picture

Chemical Etching Vs Laser Cutting: What you need to know

Chemical Etching vs Laser Cutting for Thin Metal Parts Chemical etching and laser cutting are both sheet metal fabrication processes that effectively produce various thin metal parts for the aerospace, automotive, medical, electronic, military, wireless, and telecommunications industries. Firstly, both of these manufacturing methods are subtractive; the laser cuts material away with a high-powered laser

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Orthopedic bone cutting devices

Medical Device Prototype

Medical Device Prototype Photo etching solutions for bone cutting device prototypes The medical device industry is growing and innovating faster due to the recent pandemic, aging baby boomers, and new technologies to hit the market. Medical device manufacturers are using a variety of manufacturing methods to get their products to market quickly. Therefore, we are

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5 Reasons Why Chemical Etching is ideal for electronic components

5 Reasons Why Chemical Etching Is Ideal For Electronic Components

5 Reasons Why Chemical Etching is Ideal for Electronic Components As the world becomes more connected, the demand for electronic devices and systems increases. The aerospace, automotive, medical, RF microwave, industrial, and electronics industries require components that are lightweight, machined with precision, and that will serve as a barrier to EMI and RFI emissions. OEMs

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