Hermann, MO- Laser Light Technologies, Inc developed a range of approaches in laser micromachining photovoltaic panels and solar cells. These include isolation scribing, silicon wafer resizing, micromachining arrays of tapered and v-shaped grooves, laser drilling of via holes using fundamental and frequency multiplied YAG lasers and XY precision stages. (read more)

Maximize your company's solar cell manufacturing capability.

There has never been a more promising time for photovoltaics. Despatch Industries provides photovoltaic cell manufacturers with innovative infrared furnaces that help them increase output while lowering the cost of production. (read more)

American Microsemiconductor is pleased to announce 1N5811 a silicon Diode. Silicon RECTIFIERS HIGH EFFICIENCY - ESP - 2.5 AMP TO 20 AMP (read more)

These Planar diffused photodiodes are designed for either photoconductive (low capacitance, high speed applications) or photovoltaic operation (low noise, DC applications). (read more)

MemsTech has created "MSM1C - MSM2C" , the next generation of audio sensor technology. The MSM silicon microphone series will push the microphone industry into the age of silicon technology, bringing new performance and innovation. They have a high sensitivity range of -20dB to -50dB with a frequency range of 20Hz to 16KHz, and a SNR >57. (read more)

The new Despatch CF and CDF Series infrared furnaces are ideal for process applications that require rapid ramp-up and cool-down rates as well as provide consistent quality. (read more)

There are several important advantages to bearing performance that are due to the improved surface characteristics of silicon nitride balls. Because the microstructure of silicon nitride can be uniformly engineered to sub-micron grain size, the surface of a silicon nitride ball can be finished to <0.15 micro-inch Ra and the roundness is often better than 0.00001 tolerance. (read more)

There are several important advantages to bearing performance that are due to the improved surface characteristics of silicon nitride balls. Because the microstructure of silicon nitride can be uniformly engineered to sub-micron grain size, the surface of a silicon nitride ball can be finished to <0.15 micro-inch Ra and the roundness is often better than 0.00001 tolerance. (read more)

The BlackStar™ fiber laser system offers the best in silicon wafer dicing. (read more)

Surface Mount Silicon Microphones and Digital Silicon Microphones from memstech. This silicon microphone is the product of a patented process flow which combines ease of manufacture with robustness, while meeting the arduous requirements of acoustic devices. (read more)