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  • HOME
  • METAL ETCHING
    • Stainless Steel Etching Services: Process, DFM & Applications
    • Aluminum Etching
    • Titanium Etching
    • Nickel Etching
    • Copper Etching
    • Brass Etching
  • ETCHING SOLUTIONS
    • Foldable Phone Etching
    • Automotive Parts Etching
    • Kitchen Hardware Etching
    • Home Electronics Etching
    • Microelectronics Etching
    • Decorative Etching
    • DIY Toys Etching
    • Signage Etching
    • Automotive Precision Etched Parts
    • Etched Bipolar Plates and Flow-Field Plates for Fuel Cells and Electrolysers
    • Precision Etched Shims, Spacer Washers and Metal Filters
    • Etched Plates for Liquid Cooling — Microchannels, Flow Plates and Heat Spreaders
    • Photo-Etched Encoder Discs and Code Wheels, up to Ø600 mm
    • Photo-Etched Lead Frames from a Full-Line Dongguan Etching Factory
    • Etched EMI and RFI Shielding, Made Alongside the Rest of Your Etched BOM
  • BLOG
  • ABOUT
  • CONTACT
  • Chemical Etching vs Stamping vs Laser Cutting: How to Choose for Thin Metal Parts
  • Automotive Precision Etched Parts
  • Photochemical Etching — Frequently Asked Questions

Category Archives: Chip & Semiconductor Cooling

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Concept illustration of thin metal spacer and perforated layers, not a complete vapor chamber

Can Photo Etching Make the Thin Metal Layers Inside a Vapor Chamber?

Chip & Semiconductor CoolingBy Jody ZhangSeptember 25, 2026Leave a comment

Photo etching is worth evaluating for thin flat spacers, patterned support layers and selected perforated components. The decision turns on the required geometry, alloy and joining route. A porous wick, a sealed enclosure and a patterned foil are different manufacturing problems, even when they occupy the same small assembly.

How To Custom Etched Heat Sink?

Etched Heat Sinks & Thermal Plates: Process, Design & DFM

Chip & Semiconductor CoolingBy Jody ZhangAugust 22, 2024Leave a comment

Etched heat sink and thermal-plate guide focused on thin-sheet thermal components, photochemical etching, design limits and DFM review.

What Is A Printed Circuit Heat Exchanger? The Role Of Chemical Etching In PCHE Flow Plate Manufacture

Printed Circuit Heat Exchanger Flow Plates: Chemical Etching & DFM

Chip & Semiconductor CoolingBy Jody ZhangMay 21, 2024Leave a comment

Engineering guide to chemically etched PCHE flow plates, covering channel manufacture, DFM, plate inspection, bonding context and stack-level considerations.

Heat Exchanger Manufacture: Why Consider Chemical Etching?

Photo-Etched Heat Exchanger Plates: Channels, Materials & DFM

Chip & Semiconductor CoolingBy Jody ZhangMay 21, 2024Leave a comment

Manufacturing guide to photo-etched heat-exchanger plates and flow-channel layers, covering channel geometry, materials, bonding considerations and DFM.

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