Racks, holders and housings for laser instruments and equipments.

A lens that focuses laser light evenly within a flat area. It is usually for the purpose of focusing laser energy and controlling laser spot size.

The product implements a flexible transmission of CO2 laser energy, improves functions of CO2 laser and expands its application fields. As an upgrading product, optical fiber transmitting co2 laser energy has solved the bottleneck problem of flexible transmission of CO2 laser troubling the industry for decades. The combination of this special optical fiber with CO2 laser device truly achieves multi-functionalization of CO2 laser, has the traditional CO2 laser application industry upgraded and updated and improves market competitiveness.
Main embodiment: replacing currently commonly used mechanical laser articulated arm with optical fiber transmitting CO2 laser energy flexibly can separate the laser from application points and lead the laser into tight spaces or make in vivo laser surgery due to all functions of a mechanical light guide arm, and more importantly, advantages of optical fiber, such as low loss, slender and flexibility.
The best-selling ��CO2 Laser Optical Fiber Computerized Embroidery Machine�� on embroidery market now is just a mature product in term of industrialization of this special optical fiber.

CO2 glass laser tubes are made of hard glass and generally use a layered sleeve structure. The innermost layer is a discharge tube, the second layer is a water-cooling jacket, and the outermost layer is a gas storage tube.

The output power is from 50W up to 500W (@1064nm). These modules can be used as laser oscillators or amplifiers, and have been widely used for industry metal processing, such as laser engraving / marking, welding, soldering, cutting or etc. Besides regular modules, Belle Laser can also customize various modules according to our client's requirements.

La fuente l��ser de fibra pulsada est�� diseñada para un sistema de marcado l��ser eficiente y de alta velocidad. En comparaci��n con las m��quinas l��ser tradicionales, el l��ser de pulso puede aumentar la eficiencia de transformaci��n por vatio de luz de la bomba. Es al menos diez veces m��s r��pido que el tradicional. El patr��n automatizado de bajo consumo se adapta a la operaci��n en laboratorios o en el exterior. La delicada m��quina se puede colocar de forma independiente. Se puede usar en cualquier momento y se puede conectar directamente al dispositivo del usuario.

Our company developed CO2 RF lasers are fully sealed, maintenance-free RF lasers and are OEM products for system integrators. This product has the advantages of small size, good spot pattern and stable power. It has a wide range of applications in marking and cutting.

Medical galvanometer scanner is the professional galvo scanner products mainly used in the fields of laser skin resurfacing, ophthalmic surgery and body tissues excision.

Galvanometers (also called "galvo scanners" or "scan heads")are computer-controlled electromagnetic devices that move mirrors mounted on the end of rotary shafts. The mirror reflects the laser beam to "draw" images. Galvanometers are typically identified by their speed of operation, measured in Kpps (kilo points per second). Each galvanometer moves the beam in one plane, either X axis or Y axis. Placing the galvanometers close together at 90 degrees to each other allows full movement of the laser beam within a defined square area. The most useful specifications of a galvanometer pair for laser show , laser marking, laser engraving, laser cutting, 3D printing and Skin resurfacing applications. The galvanometer is controlled by a servo system��the control circuit uses a feedback signal generated by the mirror's motion to correct motion commands. An amplifier similar to an audio power amplifier drives the mirror.

Galvanometers (also called "galvo scanners" or "scan heads")are computer-controlled electromagnetic devices that move mirrors mounted on the end of rotary shafts. The mirror reflects the laser beam to "draw" images. Galvanometers are typically identified by their speed of operation, measured in Kpps (kilo points per second). Each galvanometer moves the beam in one plane, either X axis or Y axis. Placing the galvanometers close together at 90 degrees to each other allows full movement of the laser beam within a defined square area. The most useful specifications of a galvanometer pair for laser show , laser marking, laser engraving, laser cutting, 3D printing and Skin resurfacing applications. The galvanometer is controlled by a servo system��the control circuit uses a feedback signal generated by the mirror's motion to correct motion commands. An amplifier similar to an audio power amplifier drives the mirror.