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Beam combiners are partial reflectors that combine two or more wavelengths of light-one in transmission and one in reflection onto a single beam path. Since the10.6 micron laser is invisible, in the actualprocess of laser marking, we often needto know where the focus of the laser is, soas to determine if the position of markincis correct or not. By the beam combiner,we combine the red light of the visible 650nm emitted by the diode with the 10.6 micron laser into one beam of light, so thatwhere the 650nm red light is pointing is theposition of 10.6 micron laser, thus achievingthe purpose of using the red light of 650nmto indicate the 10.6 micron laserSurface1:T>99%@10.6um,45AOI Surface2:T>99%@10.6um R>85%@650nm,45AOI

Beam combiners are partial reflectors that combine two or more wavelengths of light-one in transmission and one in reflection-onto a single beam path. Since the 10.6 micron laser is invisible, in laser marking, we often need to know the laser's focus to ensure correct marking positions. By using a dichroic laser beam combiner, we can combine the visible 650nm red light emitted by the diode with the 10.6 micron laser into one beam. This way, the 650nm red light indicates the position of the 10.6 micron laser. In laser cutting, a laser cutter beam combiner is essential for precisely combining different wavelengths, ensuring high accuracy and efficiency. Surface 1: T>99%@10.6um, 45° AOI Surface 2: T>99%@10.6um, R>85%@650nm, 45° AOI. These high-performance beam combiners help achieve greater precision and efficiency in various applications.

As a leading beam expander company & factory, we offer nine models of beam expanders. We are committed to delivering top-notch laser expander lenses, prism beam expanders, adjustable beam expander, reflective beam expander, galilean beam expander, etc, that meet the highest standards of precision and reliability. By choosing us to be your exclusive beam expander factory, you not only benefit from competitive pricing and swift delivery but also from our unwavering dedication to customer support and customized solutions.

Discover precision and clarity with our range of Laser Lenses. Designed for exceptional performance, our lenses are crafted with high-quality materials to ensure optimal laser transmission. Whether you need focusing lenses for precise beam control or collimating lenses for parallel beam alignment, our Laser Lenses deliver outstanding results.

LED remains the dominant sapphire application. Sapphire substrates are ideal for use in LED applications due to high-temperature resistance, high strength, good electrical insulation, and low dielectric loss. Sapphire substrate in LED lighting helps prevent stray currents caused by radiation from spreading to nearby circuit elements. Its crystal structure also allows LED lights to have a wider beam angle

The working part of the vibrator is a rod-shaped hollow cylinder, which is equipped with an eccentric vibrator, which rotates at high speed under the driving of the motor and generates high-frequency micro-amplitude vibration. The vibration frequency can reach 12000 ~ 15000 times / min. Simple and long service life. It is suitable for vibrating beams, columns, walls and other components and mass concrete.

Advantages of Laser Focus Lens Co2 ZnSe CVD In Stock Superior Focusing: ZnSe lenses offer precise focusing of CO2 laser beams, ensuring high-quality cutting and engraving. High Transmittance: Efficiently transmits laser energy for optimal performance. Durable: Resistant to thermal and mechanical stress, ensuring long-lasting use.

Advantages of Laser GaAs In Stock Superior Focusing Precision: GaAs lenses provide highly precise focusing of CO2 laser beams, ensuring intricate and accurate cutting and engraving. Efficient Heat Management: These lenses effectively dissipate heat, maintaining stable performance over extended use.

Calcium fluoride (CaF2) crystals have excellent transmittance between 250 nm and 7 μm, which is widely used in making beam splitters, windows, and lenses. It has good transmittance in the ultraviolet, visible, and infrared wavebands, so it is widely used in the technologies of lasers, ntrared otcs, ultravolet optics, and energy detectors, et cetera.