Mini MedPro
Ultrafast Laser Processing Machine
The Mini MedPro laser processing system offers innovative solutions for high-speed laser processing of medical materials.
Preco, Inc. integrates advanced laser technology with reliable equipment, offering innovative and cost-effective solutions for web-based laser cutting, scoring, slitting and kiss-cutting.
The WebPro Ultrafast digital laser cutting systems are rapidly re-configured for changing job requirements and are the ideal match for short-run jobs in all sizes and materials. The AcuBeam™ control system operates in a user-friendly Windows® environment, allowing you to control the entire system. As a result, changeovers are as simple as opening a file without the need or costs of tooling.
Fast speeds with an exclusive design.
This unique system allows you to laser process web widths from 25.4 mm to 610 mm (1 - 24 in.) at high production rates. Our exclusive motion design processes materials at speeds 9.14 m to 60.96 m (30 - 200 ft.) per minute, while maintaining consistent PLI across the entire process. Typical accuracies range ± 0.076 mm to 0.254 mm (0.003 - 0.010 in.) based on part size and geometry.
The WebPro Ultrafast incorporates 200, 300, 400, 600 or 1000 watt CO2 lasers with 9.3 to 10.6 µm wavelengths, as well as UV lasers. These lasers offer a reliable, precise beam that results in clean and sharp laser processed edges.
Just some of the many benefits of buying a Preco WebPro Ultrafast laser machine.
Cuts parts from moving webs for maximum production rates
Eliminates tool and die fabrication, maintenance, and storage costs
Registers parts before processing and aligns cut pattern to fiducials - either printed or mold marks. Inspection of parts available after processing for 100% quality control
Enables make-to-order processing of short-run or complex jobs
Eliminates scrap caused by overpowering of material at slower than normal processing speeds
Produces intricate patterns and fine details. Superior part quality that cannot be replicated using the die cut process
Single or dual cameras for X-Y-Ø positioning of the cut pattern to material features
Adjustment of laser power "on-the-fly" based on the beam movement
Reduces set-up time; consistent production from operator to operator
Technical parameters are based on a baseline standard but all Preco WebPro Ultrafast laser machines can be customized to meet your product's needs.
LB3100 | LB3200 | |
---|---|---|
System Footprint | Width: 3.2 m (10 ft. 6 in.) | Width: 3.2 m (10 ft. 6 in.) |
Depth: 1.85 m (6 ft.) | Depth: 2.16 m (7 ft.) | |
Height: 2.18 m (7 ft. 2 in.) | Height: 2.18 m (7 ft. 2 in.) | |
Lasers | 1 | 1 – 2 |
Output Heads | 1 | 1 – 2 |
Web Width (Nominal) | Standard 305 mm (12 in.) | Standard 610 mm (24 in.) |
3-Axis Scan Head | Fixed 305 mm (12 in.) | 1: Adjustable 305 - 610 mm (12 - 24 in.) 2: Fixed 330 mm (13 in.) with 25 mm(1 in) cross-web overlap (13 x 24 in total processing area) |
Lower Vacuum Work Support | Included (featuring a debris collection bin) | |
Laser Wavelengths | 9.3 µm, 10.2 µm or 10.6 µm | |
Safety Enclosure | Class 1 | |
AcuBeam™ Software | Windows® based with full graphical / CAD interface | |
Laser Power | 100 – 1,000 Watts (Other laser sizes available per request) | |
Power Requirements* | Controller & Chiller (Int) : 380-420VAC, 3PH, 50Hz | |
Controller & Chiller (US): 200-230VAC, 3PH, 60Hz |
The above data is subject to change. All specifications are dependent on laser power, material type and thickness, and process platform - consult with a Preco associate.
* Laser Chiller may be powered separately or by the laser system.
The Mini MedPro laser processing system offers innovative solutions for high-speed laser processing of medical materials.
The WebPro Ultrafast digital laser cutting machine is rapidly re-configured for changing medical job requirements.
The need for the highest yields and production rates calls for rotary die cutting medical applications.
The need for the highest yields and production rates calls for rotary die cutting that delivers flexibility and speed.
This electromechanical medical machine is designed primarily for die cutting components in a clean environment.