It is possible to reduce costs compared to copper foil etched circuit boards.
We will form circuits using composite materials such as aluminum foil and PET film through etching processing. Our unique aluminum foil etching method enables the formation of precise circuits for applications such as aluminum heater products, antennas, or sensors using aluminum foil.
Inquire About This Product
basic information
【Features】 - Cost reduction is possible compared to etched copper foil circuit boards. - Weight reduction is possible compared to copper foil circuits. - We can accommodate both prototyping and mass production. - Manufactured using sheet-fed method for prototyping and Roll to Roll method for mass production. - Support for double-sided foil is also available. - The thickness of films and foils can be discussed. 【Contact Method】 Please contact us through our website. https://heatlab.jp/
Applications/Examples of results
- Surface heating element (film heater) - RFID, NFC antenna - Various sensors - Electrode
Company information
We propose thermal solutions using various surface heater products with different functions, such as aluminum foil film heaters and transparent film heaters, in response to the challenge of "heating" that we receive from our customers. 【Main Products and Services】 - Aluminum foil film heaters - Transparent film heaters (thin film) - Copper stripe transparent heaters (fine wire) - CNT film heaters - Fabric heaters - Screen-printed products (transparent electrodes for sensors and touch switches, printed glass with steps, etc.) - Etched products (aluminum foil, copper foil, SUS foil, etc.) For more details on each product and service, please visit our website. Heat Lab Co., Ltd. Website: https://heatlab.jp/
![Prototype Development Service [Electronics/Case Studies]](https://image.mono.ipros.com/public/product/image/00b/2000493563/IPROS68653603008550962018.jpeg?w=280&h=280)
![[JISQ9100] Aerospace standard materials Inconel, titanium, aluminum](https://image.mono.ipros.com/public/product/image/6636/IPROS11379342007813324113.jpg?w=280&h=280)