A DIVISION OF FONON TECHNOLOGY INTERNATIONAL First High Power Fiber Laser Precision Tool

Fiber Laser Cutting & Marking Applications Fine cutting in many industries, especially the medical manufacturing industry, requires precision and control. Laser Photonics laser systems meet the most stringent medical device requirements. • Intricate cutting • Medical stents • Microtubes, tubular material processing • Surgical instruments • High quality thin stainless steel for commercial kitchen equipment • Stencils & masks • Anodized aluminum • Aluminum • TFT screens • Opaque plastics • Different alloys • Coated and plated metals • Thick coating removal • Deep engraving • Vector and bitmap •...

Fiber Laser Cutting Technology The system using automatic selection between O2 and N2 gas. Selecting N2 for the slower intricate cuts and O2 for the faster outer areas Intricate cutting is achievable at high speeds with a fiber laser using the automatic selection of N2 gas Advantages of Fiber Laser Cutting • • • • Materials do not require post processing of edges Identical cut quality in any area of the cutting table without using sophisticated CNC controlled beam collimators Easy replaceable fiber cable in emergency situations utilizing the integrated fiber coupler The cutting of aluminum, copper,...

Applications & Materials • Stents • Surgical Instruments • Microtubes • Stencils • Coated & Plated Metals • Thick Coating Removal • Aluminum • Anodized Aluminum • Deep Engraving • Opaque Plastics • Stainless Steel • Alloy Metals • Mild Steel • Copper and More This system will achieve a level of quality and detail that is unprecedented in the industry for laser cutting and engraving. It can cut microtubes, surgical instruments, stencils and much more. It has a granite base and can perform effective N2, Ar or O2 gas-assisted cutting under pressures of up to 250 psi. Ease of installation gives the...

The Link fiber laser cutting system is a completely new state of the art design combining the latest developments in motion engineering, PC based CNC control and fiber laser technologies It is the most advanced, compact, industrial grade, mid size, fiber laser cutting and engraving system available on the market Provides low maintenance system with no laser service required Unique ability to cut highly reflective materials such as stainless steel, aluminum, brass and copper Proven multi-purpose laser material processing machine with a natural ability to cut and engrave the intricate jobs with...

Link PLCS Fiber Laser Cutting System Benefits • Highest cutting quality available from 1064 nm lasers • Latest generation ytterbium fiber laser with up to 1000 watt CW • Fastest cutting speed on the market for comparable systems • No optical system alignment, no laser service necessary • Low power consumption, no need for high power outlet • Software alignment on orthagonality • No laser service knowledge required from the operator • No alignment after optics replacement • No beam delivery system maintenance • Lowest operating cost among all laser types • No replacement parts on laser necessary •...

State of the Art Fiber Lasers Laser of the 21st Century • Leading the way in “green” manufacturing • No consumables ensures less waste and eco-friendly operation • The most advanced high power fiber laser used in Laser Photonics cutting systems • Lowest beam divergence of any one micron laser for all power levels (large dynamic range) • A 5x smaller output beam spot size diameter than a CO2 laser • Lowest maintenance and operational costs among all industrial lasers • High electro optical efficiency: only 10% power consumption compared to other laser systems • Low cooling requirements • Cost...

Link Features & Specifications The Link fiber laser material processing system is a completely new state of the art design combining the latest developments in motion engineering, PC based CNC control and fiber laser technologies. The Link employs a new generation of diode pumped single mode CW ytterbium fiber laser systems of near infrared spectral range (1060-1080nm) with a unique combination of high power, ideal beam quality, fiber delivery and high wall-plug efficiency. These laser systems possess a reliability that is unmatched by any other kind of solid state or gas laser system. Wide selectivity...

Comparable Advantages of Fiber Lasers • Identical cut quality in any area of the cutting table without using sophisticated CNC beam collimators • Easy replaceble fiber cable in emergency situations utilizing the integrated fiber coupler • No maintenance or service is required on the fiber laser making it ideal for 24/7/365 days a year of heavy duty industrial operation • No laser gas, gas delivery and control equipment, gas pumps and leakage detection • No mechanical moving parts and sophisticated optical components at all • No resonators to maintain, check, or align • No optical components to...

Cutting Head Motion Systems Travel Method System Dimensions Length Width Height Additional System Options • Autofocus System for general materials • Special Autofocus System for metals • DI Water Filter • Vacuum Table • Vision System • Cutting Table • Fiber Coupler • Water Chiller • Assist Gas • Exhaust

Advanced Control Software Motion generation and synchronization are centralized at the PC. Motion execution is decentralized at the drives. A3200 operates on any standard desktop or industrial PC. Servo loops are closed on the drive. The Link utilizes the A3200 software for coupling the vision module with the motion system that coordinates the laser. Advanced Control Software Benefits • Higher quality output (accuracy and precision) due to fully digital drive and advanced servo algorithms • Simplified integration as all major automation components are bundled into one platform • Lower startup...