Raster Performance Comparison TestRaster performance, also known as raster mode, is mainly used for engraving and photo imaging. In this test, a single graphic element was used to compare raster performance. Settings were selected on each laser system to minimize production time while achieving comparable, acceptable output quality. Read more …
Vector Performance Comparison TestVector performance, also known as vector mode, is mainly used for cutting and single line engraving and marking. In this test, 12 graphic elements were developed to test different aspects of vector performance when laser material processing. Settings were adjusted on each laser system in the comparison to maximize performance while achieving comparable and acceptable quality for the PLS6.150D (ULS) and two competitor systems, System E and System T. Read more …
Modular ArchitectureWith hundreds of thousands of materials suitable for laser cutting, engraving and marking, our modular architecture enables customers to build a solution that can easily be reconfigured at any time to meet the needs of each application. Additionally, through our modular architecture, customers can take advantage of patented technologies only offered from ULS: Rapid Reconfiguration, Dual laser Configuration, SuperSpeed, Multi-Wavelength and MultiWave Hybrid. Laser powers ranging from 10 to 150 watts can be user installed in seconds (no technician required). Contact us and we will help you configure the most optimal solution to meet your needs in more than 1,000,000 different ways.
Laser Technology Benefits
- Software Controlled – The laser can be controlled by any software with a print function.
- Multi-Material – Process an endless number of materials available today and in the future.
- Multi-Process – Cut, engrave, mark, and produce photo images in one step.
- Non Contact – Modify material without applying any physical force.
- On Demand – Produce everything you need in real time, without waiting for hard tooling.
Uniquely Universal Features
ULR Laser Sources
Universal’s patented air-cooled free-space gas slab lasers produce an excellent quality beam with even power distribution and good near and far-field characteristics, making them ideal for laser material processing.
High Power Density Focusing Optics™
High Power Density Focusing Optics (HPDFO) allow the laser beam to be focused to a much smaller spot, making it possible to engrave smaller text and produce sharper images at tighter tolerances.
This materials-based driver automatically determines the optimum processing settings for your target material. Just select the material type, enter the material thickness, and start the laser system.
1-Touch Laser Photo™
1-Touch Laser Photo is a proprietary software package that makes it quick and easy to produce photographic images on nearly any material. Download 30-day Free Trial
Rapid Reconfiguration™ of Lasers
Dual Laser Configuration
The Dual Laser Configuration optically combines two ULS laser sources into a single beam for additional power and flexibility.
This new Multi-wavelength platform is engineered to support our new laser sources which produce 1.06 micron fiber wavelength light and 9.3 micron CO2 wavelength light as well as our traditional CO2 lasers producing 10.6 micron wavelength light.
True Class 4 Material Pass-Through Mode
When used in conjunction with an approved work environment, our versatile ILS platform is designed to accommodate laser processing of continuous materials, such as long sheet goods or rolled materials.
Universal's Camera Registration (UCR)
Universal’s Camera Registration is a combination of a camera mounted inside the laser system that locates and determines the exact positions of registration marks on printed materials and software that adjusts a predefined cut path to fit the material.
Advantages of Metal Core CO2 Lasers
The Materials Library is the world’s premier source for information on laser material processing. It provides information on the types of materials that can be laser processed and the processes (laser cutting, engraving and marking) that are possible with a given material.
Additionally, the Materials Library highlights considerations for your laser system configuration necessary to process a given material as well as how ULS technology innovations can be leveraged to obtain the best possible results.
This library is an evolving resource with updates made on a regular basis.
Choose a model from the images below
For more than two decades, Purex has manufactured fume extraction systems with the aim of improving product quality, reducing process costs and protecting the health of personnel and the environment. Purex extractors are constantly under development to deliver the most efficient and safety conscious equipment in the market.
- Automatic electronic flow control – maintains a constant extraction rate even as the filter blocks
- Adjustable airflow
- VariColour filter blocked warning system (Analogue Systems)
- Clear and informative graphic display (Digital Systems)
- Gas and Particle Sensors on the exhaust (Digital Systems)
- Hose Blocked & Door Open alarms (iFume Systems)
- Low capital and running costs
- Activated carbon filtration removes harmful gas
- Quick change patented Labyrinth pre-filters deliver longer filter life
- Submicronic (HEPA) filtration removes 99.997% of particles down to 0.3 microns
- Simple to install and quiet in operation
- Easy to relocate and precision made from stainless steel
The professional software solution designed for laser machines. Lasers have become a high technology tool used to create the most precise details.
LaserType V12 brings you professional solutions for logo engraving, surface decoration and bas-relief sculptures. It is upgrade-able from 2D to 3D, so whether your need is graphical or technical, there is a LaserType configuration to meet your needs. LaserType V12 is compatible with most professional laser machines.