Laser diodes are installed in sensors, robotics, medical technology, and much more as a light-providing source. Because of that, they are needed in various wavelengths depending on what they will be used for. At Chips 4 Light, customers receive laser diodes that have been precisely measured and customized according to their specifications. The laser diodes are a technologically interesting, innovative solution and are particularly sustainable due to their individual sizing, as there is no rejection from the customer due to unsuitable specifications for the target application. Customers receive a competitive, highly precise, fast solution.
Chips 4 Light specializes in laser diodes in small to medium quantities and a high level of quality. “In cooperation with manufacturers and users, we offer integrative assistance with application development, if required,” said Ms. Mareike Onkelbach, managing director of Chips 4 Light GmbH. The range on offer encompasses laser chips, laser bars and laser diodes, as well as customer-specific modules in all wavelengths and output levels. Small to medium volumes are available; deliveries are sent from the warehouse so sample quantities can be called up immediately.
Typically, laser diodes can only be ordered from the manufacturer as a packaging unit, i.e., in a tray, within a broader specification. With their offer for measuring wavelength, output, and divergence angle according to customer requirements, Chips 4 Light offers companies the opportunity to purchase only laser diodes that are precisely measured and suited to their application.
An Example of the Use of Laser Diodes and Their Potential Application
New in the Chips 4 Light portfolio is the ultraviolet laser diode TO56 with 375 – 405 nm and 200 mW – 1000 mW. The ultraviolet laser diodes are suitable for laser direct exposure and are used, among other things, during the manufacturing process of conductor tracks on printed circuit boards.
In laser direct exposure, the structures of the conductor pattern or solder mask are exposed directly without the use of a film. The laser exposure works like a laser flatbed plotter in principle, but with a much higher level of light energy. The increase in the number of lasers means that a higher output and therefore a shorter process time per exposure can be achieved. “The use of lasers makes the application faster and more accurate.”
The possible applications of modern laser diodes as an efficient source of radiation are extremely diverse. The experts at Chips 4 Light GmbH provide support and advice in selecting the right solution.
Chips 4 Light specializes in laser diodes in small to medium quantities and a high level of quality. “In cooperation with manufacturers and users, we offer integrative assistance with application development, if required,” said Ms. Mareike Onkelbach, managing director of Chips 4 Light GmbH. The range on offer encompasses laser chips, laser bars and laser diodes, as well as customer-specific modules in all wavelengths and output levels. Small to medium volumes are available; deliveries are sent from the warehouse so sample quantities can be called up immediately.
Typically, laser diodes can only be ordered from the manufacturer as a packaging unit, i.e., in a tray, within a broader specification. With their offer for measuring wavelength, output, and divergence angle according to customer requirements, Chips 4 Light offers companies the opportunity to purchase only laser diodes that are precisely measured and suited to their application.
An Example of the Use of Laser Diodes and Their Potential Application
New in the Chips 4 Light portfolio is the ultraviolet laser diode TO56 with 375 – 405 nm and 200 mW – 1000 mW. The ultraviolet laser diodes are suitable for laser direct exposure and are used, among other things, during the manufacturing process of conductor tracks on printed circuit boards.
In laser direct exposure, the structures of the conductor pattern or solder mask are exposed directly without the use of a film. The laser exposure works like a laser flatbed plotter in principle, but with a much higher level of light energy. The increase in the number of lasers means that a higher output and therefore a shorter process time per exposure can be achieved. “The use of lasers makes the application faster and more accurate.”
The possible applications of modern laser diodes as an efficient source of radiation are extremely diverse. The experts at Chips 4 Light GmbH provide support and advice in selecting the right solution.
