Microvias on Stainless Steel by Laser Micro-drilling
Hortech employs its laser micro-drilling technology to create microvias or micro-holes on thin...
DetailsMicrovias on Stainless Steel Sheets by the Laser Micro-drilling Technology
Hortech employs its laser micro-drilling technology to produce microvias on stainless steel...
DetailsLaser Micro-cut Medical Wires & Catheters
Hortech employs the ultrafast cold laser processing along with precision motion control to cut and drill...
DetailsMicro-cutting Biomedical Films
Hortech employs laser precision micro-cutting on biomedical materials to produce microfluidic...
DetailsMetal and Polyethylene Terephthalate, Diabetic Blood Glucose Test Strips
The sensor is installed in medical technology or biotechnology, such as diabetic blood glucose...
DetailsLaser Micro-cutting Nozzles of Plastic Endoscopic Lens
Employing laser micro-cutting to cut sprues / nozzles is different from traditional cutting...
DetailsMicro-drilled Medical PET Sensing Strips
Laser micro-drilling is employed to process biomedical PET materials. Hortech focuses on the precision...
DetailsMicron Holes for Mist Sprayers
The pressure induced by medical sprayers prompts micron holes to transform the drug into mist....
DetailsLaser Cut Glass Wafer
The glass wafer is formed by Hortech's laser cutting technology. This glass wafer is 2" (50 mm).
DetailsLaser Cut Optical Glass & Optical Acrylic by the Through-Glass Vias (TGV) Technology
Hortech employs its laser technology to cut the optical glass and optical acrylic, resulting...
DetailsThrough-Glass Vias (TGV) for Advanced Semiconductor Packaging
Hortech employs self-developed laser machines to modify the integrated circuit glass substrates...
DetailsMicro-drilling on Germanium (Ge) Wafer by Waterjet Laser Machine for Microvias and Micro Blind Holes
Hortech employs the waterjet laser machine to produce both microvias and micro blind holes...
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