JPT is a leading laser manufacturer in the world, offering a full range of MOPA, CW, DPSS, and semiconductor lasers. Our products enable precise welding, cutting, micro/nano marking, and surface processing, delivering high-performance and flexible industr
-
OPTICAL DEVICES
-
LASERS
-
CORE MODULES
-
INTELLIGENT SOLUTIONS
-
All20-100W100-300W500-1000W1000-2000W2000-6000W6000-20000W
-
AllUltraviolet (UV)BlueGreenInfrared (IR)
Semiconductor Lasers
JPT Semiconductor Lasers span 450nm to 1550nm with customizable power up to hundreds of watts. Offering high efficiency, narrow linewidth, and fiber or free-space output, they power applications from medical treatment and industrial heating to laser pumping and photovoltaic inspection. Integrated modules ensure reliability and easy system integration.
-
COS Encapsulated Semiconductor Laser
COS Encapsulatedtechnology offers high efficiency, low thermal resistance, and enhanced reliability, applicable in industrial processing, medical equipment, and communications fields
-
915nm Semiconductor Laser
Suitable for fiber laser pumping applications across industrial processing, medical, cosmetic, and scientific research sectors
-
976nm Semiconductor Laser
Near-infrared laser equipment, used as a pump source for fiber lasers
-
808nm Semiconductor Laser
Near-infrared lasers serving as solid-state laser pumping sources
-
880nm Semiconductor Laser
High-efficiency laser equipment in the near-infrared band, also serving as a pump source for solid-state lasers
-
1060nm Semiconductor Laser
Used for quality inspection of silicon wafers, solar cells, and other semiconductor materials
-
1470nm Semiconductor Laser
High efficiency and excellent stability, 1470nm widely used in medical, cosmetic, and scientific research fields
-
1550nm Red Light Semiconductor Laser
High-power, visible light marking, widely used in material processing, medical equipment, and scientific research experiments
-
450nm - 100W High Power Diode Laser
Utilizing blue laser wavelengths, it features high output power, excellent stability, and high efficiency
- 1
- 2