Product

  • ITO-Cutting Optics lens for laser etching system, PCB Cutting supplier china

    ITO-Cutting Optics lens for laser etching system, PCB Cutting supplier china

    The laser optical optics is very popular in soft and supper thin PCB. The application of laser is for panel of Ag etching, it ask supper homogeneity of beam size and very narrow thermal impaction area. The Ftheta will be complex design and coating.

    Carmanhaas offer professional laser etching optics. Optical components mainly refer to optical components used in circuit board etching. These optical systems are generally composed of galvanometer scanning systems, including beam expanders, galvanometers and F-THETA scan lens.

  • Welding F-theta Lenses for galvo head laser welding machine supplier china

    Welding F-theta Lenses for galvo head laser welding machine supplier china

    CARMAN HAAS has a professional and experienced laser optics R&D and technical team with practical industrial laser application experience. It is one of the few professional manufacturers at home and abroad that have vertical integration from laser optical components to laser optical systems.The company actively deploys independently developed laser optical systems (including laser welding systems and laser cleaning systems) in the field of new energy vehicles, mainly focusing on laser applications of power batteries, flat wire motors and IGBT.
    CARMAN HAAS offer professional laser welding system .The entire system is a separate functional module that enables plug-and-play functionality, mainly include: QBH Collimation module, Galvo head , F-theta lens, beam combiner, Reflector. in which QBH collimation module realizes shaping of laser source(diverging parallel or small spot becomes large spot), the galvo head for beam deflection and scanning, F theta lens realizes uniform scanning and focusing of beam. The beam combiner realizes the beam combining and splitting of laser and visible laser, and can realize the beam combining and splitting of multi-band laser.

  • Optics lens for laser cleaning manufacturers

    Optics lens for laser cleaning manufacturers

    Laser cleaning uses the high energy and narrow pulse width of the laser to instantly vaporize the adhered material or rust on the surface of the cleaned workpiece without damaging the workpiece itself. Commonly used optical solutions: the laser beam scans the working surface through the galvanometer system and the field lens to clean the entire working surface. It is widely used in metal surface cleaning, and laser light sources with special energy can also be used in non-metal surface cleaning.
    Carmanhaas offer professional laser cleaning system. The optical components mainly include QBH collimating module, galvanometer system and F-Theta lens.
    The QBH collimation module realizes the conversion of divergent laser beams into parallel beams (to reduce the divergence angle), the galvanometer system realizes beam deflection and scanning, and the F-Theta field lens realizes uniform scanning and focusing of the beam.

  • Fiber UV F-theta 1064 355 532 Scan Lenses for Fiber UV Green Laser Marking Machine

    Fiber UV F-theta 1064 355 532 Scan Lenses for Fiber UV Green Laser Marking Machine

    Carmanhaas Laser marking system can be applied to the marking of all non-transparent materials. General optical system: Expanding the beam through the beam expander to improve the divergence angle, after the beam combines the indicator light into the galvanometer system for beam deflection and scanning,finally, the workpiece is scanned and focused by the F-THETA scan lens.

    Laser marking optical components mainly include beam expander and F-THETA scan lenses.The role of the beam expander is to enlarge the beam diameter and reduce the beam divergence angle. F-Theta scan lenses achieves uniform focusing of the laser beam.

  • CO2 F-theta Scan Lenses for Wooden Marking,Plastic Bottle Marking Machine

    CO2 F-theta Scan Lenses for Wooden Marking,Plastic Bottle Marking Machine

    Carmanhaas Laser marking system can be applied to the marking of all non-transparent materials. General optical system: Expanding the beam through the beam expander to improve the divergence angle, after the beam combines the indicator light into the galvanometer system for beam deflection and scanning, finally, the workpiece is scanned and focused by the F-THETA scan lens.

    F-Theta Scan Lens is widely applied for taking advantage of galvanometer scanning.Carman haas Laser marking can be applied to the marking of all non-transparent materials. General optical system: Expanding the beam through the beam expander to improve the divergence angle, after the beam combines the indicator light into the galvanometer system for beam deflection and scanning,finally, the work piece is scanned and focused by the F-THETA scan lens.the F-Theta scan lenses achieve uniform focusing of the laser beam.
    Laser marking optical components mainly include beam expander and F-THETA scan lens.The role of the beam expander is to enlarge the beam diameter and reduce the beam divergence angle. F-Theta scan lens achieves uniform focusing of the laser beam.They are widely used in drilling and marking fields.

  • Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing

    Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing

    SLA(Stereolithography) is an additive manufacturing process that works by focusing an UV laser on to a vat of photopolymer resin. With the help of computer aided manufacturing or computer aided design(CAM/CAD) software, the UV laser is used to draw a pre-programmed design or shape on to the surface of the photopolymer vat. Photopolymers are sensitive to ultraviolet light, so the resin is photochemically solidified and forms a single layer of the desired 3D object. This process is repeated for each layer of the design until the 3D object is complete.
    CARMANHAAS could offer customer the optical system mainly includes fast Galvanometer Scanner and F-THETA scan lens, Beam expander, Mirror, etc.