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OEM Laser Module
Definition of OEM laser modules
OEM laser modules refer to lasers designed and manufactured for integration into other devices, instruments, or systems.
They can be seen as "components" or "core modules" in the laser field. End users do not usually operate them directly. Instead, equipment manufacturers (i.e., OEM users) purchase them and then conduct secondary development, integration, and packaging as a core component of their own devices.
Typically, equipment manufacturers take overall responsibility for issues such as heat dissipation, power supply, and safety of the laser. However, OEM laser module suppliers need to reserve communication, electrical control, mechanical, and other interfaces based on the customer’s subsequent needs.
Features of OEM laser modules
It is usually a compact and self-contained module. It integrates the core components required for laser generation, such as laser gain medium, pump source, optical resonator, drive circuit, temperature control device, and protection circuit. Integrators only need to provide a suitable regulated power supply, mechanical fixation, heat dissipation, control signals, etc., to make the laser work.
(1) Modular Design
It is usually a compact and self-contained module. It integrates the core components required for laser generation, such as laser gain medium, pump source, optical resonator, drive circuit, temperature control device, and protection circuit. Integrators only need to provide a suitable regulated power supply, mechanical fixation, heat dissipation, control signals, etc., to make the laser work.
(2) High Reliability and Long Lifespan
It adopts proven and stable designs, high-quality components (such as industrial-grade laser diodes), as well as rigorous screening and burn-in testing to ensure long-term stable operation in harsh industrial environments.
(3) Easy integration and interface standardization
It provides simple and clear connectors, usually including power supply (e.g., 5V or 12V), analog/digital modulation input, enable switch, status output (such as "laser standby" or "fault" signals), etc. Standardized interfaces like USB, RS-232, and Ethernet facilitate control and communication by computers or PLCs.
(4) Compact size and robust construction
To meet the requirements of various integration spaces, OEM lasers are usually designed to be highly compact. They can resist vibration, shock, and a certain range of ambient temperature changes, satisfying the application needs of industrial environments.
Applications of OEM Laser Modules
CNI Laser has experience in collaborating with OEM customers and can provide customized services based on customer needs.
Specific application areas include: industrial manufacturing (such as semiconductor inspection, machine vision, laser micromachining, marking, internal engraving), medical and biological instruments (such as flow cytometers, DNA sequencing, ophthalmic treatment, Raman spectroscopy, confocal microscopy), measurement and sensing (such as lidar, distance measurement, interferometry, holography, particle analysis, PIV equipment), scientific research (such as quantum optics, atom trapping, sodium guide stars, and light sources for large-scale experimental systems), etc.
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CNI's laser products, ranging from deep ultraviolet to mid-infrared, can all be customized into OEM-form lasers according to customer needs. If you have requirements for OEM products, please contact your sales specialist or email sales@cnilaser.com.
Changchun New Industries Optoelectronics Technology Co., Ltd.
Address: No. 888 Jinhu Road, High-Tech Zone, Changchun, 130103, P.R.China
International Tel:+86-431-85603799
Email: sales@cnilaser.com
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