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XLS Product Brochure Universal’s XLS product family represents the pinnacle of laser material processing solutions, delivering unparalleled performance and the ultimate in flexibility, accuracy, productivity and safety. With its modular design architecture, your company can create the optimal DLMPTM (Digital Laser Material Processing) system to meet the most demanding application needs for a variety of environments—from research and development to prototyping and manufacturing.

The Ultimate Solution for Laser Material Processing The XLS product family consists of modules that work together like building blocks to create the perfect solution to meet present and future business needs. This modular design architecture allows for the customized selection from modules that include feature-rich, highly configurable platforms, lasers, focusing optics, workflow and process optimization, safety and facility, and software. At the core of the XLS product family, in addition to our flexible, modular design architecture, is 25 years of expertise in laser-material interaction,...

DLMP™ System Building Blocks The XLS product family modules are the building blocks that create the ideal DLMP system. The full range of XLS modules are listed below: Configurable Platform Up to 150 watts total with two combined 75 watt lasers Focusing Optics HPDFO™ (High Power Density Focusing Optics) Kit Workflow & Process Optimization Cutting Table Rotary Fixture Universal's Camera Registration (UCR) Traveling Exhaust Class 4 Pass Through Safety & Facility Fire Suppression Unit Control, Management and Usability Software Direct Import Advanced Materials Database LASER SYSTEMS

DLMPTM System Building Block Descriptions Focusing Optics HPDFO™ (High Power Density Focusing Optics) The HPDFO option provides the smallest laser spot size available for CO2 and fiber lasers. This provides very finely detailed marking and engraving, and can also be used for cutting on CO2 systems. The small spot size also concentrates the laser beam to enable the only CO2 laser process that can mark directly on steel, stainless steel and titanium without the need for metal marking compound. HPDFO functionality is built into the 10MWH platform. Workflow & Process Optimization Cutting Table...

tion in the laser system and the UCR automatically makes adjustments to the cut path to fit the material where it is placed. SuperSpeed™ (10.150D) The SuperSpeed option requires Dual Lasers. Beam combiner optics creates two laser beams that are parallel and slightly offset from one another. Each beam is controlled independently in order to produce two raster scan lines simultaneously. In vector mode, the two beams are automatically combined to provide higher cutting power. Traveling Exhaust The Traveling Exhaust is attached to the motion arm. It is designed to provide local exhaust flow in...

XLS10.150D PLATFORM SPECIFICATIONS Laser Material Processing Area (W x H) Maximum Part Size (W x H x D) Material Support Laser Configurations Supported Laser Power Range Supported Laser Safety Standard Focusing Lenses Overall Dimension (W x H x D) Weight Power Requirements Exhaust Requirements Computer Requirements 40 x 24 in (1016 x 610 mm) Within laser platform enclosure: 61 x 33 x 12 in (1550 x 838 x 304 mm) Class 4 Pass-Through mode: ∞ x 33 x 12 in (∞ x 838 x 304 mm) Up to 80 lbs (36 Kg) lift capacity Single or dual CO2 (10.6µ) 10 to150 W CO2 Laser: Class 1 Diode Pointer: Class 2...

XLS10MWH PLATFORM SPECIFICATIONS Laser Material Processing Area (W x H) Maximum Part Size (W x H x D) Material Support Laser Configurations Supported Laser Power Range Supported Laser Safety Standard Focusing Lenses Overall Dimension (W x H x D) Weight Power Requirements Exhaust Requirements Computer Requirements 40 x 24 in (1016 x 610 mm) Within laser platform enclosure: 61 x 33 x 12 in (1550 x 838 x 304 mm) Class 4 Pass-Through mode: ∞ x 33 x 12 in (∞ x 838 x 304 mm) Up to 80 lbs (36 Kg) lift capacity Multiple: (1) Fiber laser and up to (2) CO2 lasers CO2 (10.6µ) 10 to150W; CO2 (9.3µ):...