Under the brand name of AGNI Laser Marking Series, AGNI-F is Q Switched Fiber Laser Marking System are safe, state-of-the-art and alternatives for Nd:YAG and Nd:YVO4 lasers (Lamp-pumped, side-pumped diode, and End-pumped diode). Components including a Q Switched Fiber Laser with Scan Head, Industrial PC Controller, Power Supply, Marking Software and laser safety enclosure.  Standard configuration for the AGNI Laser Marking Series allow for many different options to meet any production need. Available options including programmable Z -Axis for focal height adjustments, rotary indexers for circumferential marking, rotary dial tables for simultaneous mark and laser operation and X-Y motion systems for increasing marking areas. Additional features include ease of installation allowing for quick start-up and graphical-based programming for a minimal learning curve. Required beyond those listed above will be quoted upon request. 

Under the brand name of AGNI Laser Marking series, AGNI-D is new generation of Diode-pumped Nd:YAG laser marking systems convinces by an unprecedent combination of throughput, flexibility, user-friendliness, reliability, and economy. Throughput and flexibility Extreme Marking speeds Up to 1200mm/s  High power and excellent laser beam quality.  Laser beam properties adjustable to application. User Friendliness fully programmable marking information plus process parameters Window based user interface, No font, code or graphics restriction. password protected to prevent unauthorized access. Reliability Laser unit stabilized against mechanical stress such as vibration. Cutting edge controller technology

MTL laser marker is one of co2 markers, low power, low price; it is mainly used in marking of paper, packing bag, wood and carving the patterns and characters on the wooden surface.  CO2 laser marker is often called Gas laser marker or laser engraver; CO2 laser is a gas laser whose frequency band wave length of infrared light is 10.64um. CO2 gas is filled in the discharge tube as the medium to produce laser. When high voltage is added to the electrode, it will produce glow discharge in the discharge tube and then the gas molecule will discharge laser. After the energy of laser is strengthened, it will form the laser beams to process the materials. computer-controlled resonance mirror can change the path of the laser beams so that automatic marking can be accomplished.  Marking formats:  Standard industrial fonts, individual and dot-matrix fonts, Machine readable codes, Graphics, logos, symbols etc.