Precision CNC, ultrasonic, chemical etching, laser, lithography, eletroplate for micro features manufacturing
All kinds of glass, quartz, from tens of micron to several mm thickness, any shape cutting, drilling, engraving and glass bonding for MEMS and medical use
Interdigitated electrodes (IDEs), also known as comb-shaped electrodes, are widely used in sensors, MEMS devices, microfluidic systems, and thin-film electronics due to their high sensitivity, precise field control, and scalable …
We offer comprehensive micro machining and precision manufacturing services for a wide range of industries and material types. From prototyping to production, our expertise in micro fabrication ensures high-quality, high-precision …
Customized Metallization in many different substrates, such as ceramics, glass, sapphire, silicon, etc. Normally the coating thickness could be from less than 1um to tens of micron. The coating metal …
Beside traditional flat plane patterning, Walthy is experienced of 3D surface metallization and patterning on diversified substrates, the complete facilities, process and engineering experience helps many new designs come true. …
Walthy offers a one-stop processing service for semiconductor applications, including bare wafer, custom wafer cut or downsize, scribing and dicing, micro drilling, structuring and patterning, as well as grinding, chamfering, …
We are specialized in designing and manufacturing customized micro jet, nozzle, injector, valve, as well as all kinds of micro filters. We are not only professional in the machining, but …
We could supply fast solution on prototyping, research or production of metallization on various substrates to make circuits, which could be used in optical communication, optoelectronic devices, electric vehicle and …
Sapphire is an ultra hard material that has an extraordinary features of chemical, phisical and optical combination to withstand high temperatures, high pressure, thermal shock, and water or sand erosion. …
More recently, micro-structures surface on the application performances of materials have increasingly been reported. These are inspired by natural phenomena such as the self-cleaning effect of lotus leaves and these micro-structures surface are called superhydrophobic surfaces. Superhydrophobic surfaces …
