Laser in manufacturing
- Lasers in manufacturing automate positioning and projection processes and increase precision as well as efficiency.
- Laser technology for manufacturing reduces error rates and sustainably increases process reliability.
- Lasers in manufacturing technology facilitate quality management, documentation and repeatability.
- Modern laser systems secure a measurable competitive advantage in industrial and craft sectors.
Worldwide, thousands of SL Laser systems support companies in the use of lasers in manufacturing. Laser projectors such as the ProDirector 7 as well as powerful positioning lasers are established tools of modern manufacturing technology with laser. They optimize workflows, increase accuracy and significantly reduce setup times.
The transition to laser technology for manufacturing is fast and process-safe. The software is intuitive, industry-specific and integrates seamlessly into existing production environments. Employees work safely and efficiently after a short training period. The systems are robust, low-maintenance and designed for demanding industrial conditions.
Suitable products for manufacturing
Laser light projector ProDirector 7
The ProDirector 7 projects under the ceiling, the next work steps or entire construction plans from the 2D CAD or 3D CAD system onto the workpieces. Can be used for distances from the laser to the application of up to 6 m.
Laser Projector ProDirector 7 MR
The ProDirector 7 MR is the ideal extension as a projector for medium distances between 6 m and 8 m. Thus, the MR is the link between the ProDirector 7 and the ProDirector LR!
Laser projector ProDirector 7 LR
Laser Projector
ProDirector 7
System specifications
Position Accuracy
±0.014“ (0.35 mm) at a distance of 15‘ over 17‘ x 17‘ (4.5 m x 4.5 m) area (equals to a 60° projection)
Field of View
Horizontal: max. 80°, Vertical: max. 70°
Laser
Green: 520-525 nm, FC-lasermodule
Laser Class 5 mW
International: Class 2M per IEC/EN 60825-1:2015-07, CE certification
USA: Class IIIa per 21CFR 1040 (CDRH)
Power Requirement
80-240 VAC 50/60 Hz
Dimensions
Length: 355 mm/18.90 “, Width: 120 mm/6.69 “, Height: 190 mm/11.42 “, Weight: 5,8 kg
Our positioning lasers for manufacturing
Positioning laser PL30-F green
- up to 50 mW
- Line, cross or dot
- Focusable
Positioning laser PL-ABPH600 green
- up to 100 mW
- Line, cross and other optics
- Focusable
PL-C1 green circular laser
- up to 50 mW
- Circle
Positioning laser PL30-F red
- up to 10 mW
- Line, cross and other optics
- Focusable
Positioning laser PL-ABPH600 red
- up to 200 mW
- Line, cross and other optics
- Focusable
PL-C1 red circular laser
- up to 50 mW
- Circle
System specifications of the
positioning lasers
Mechanics
Housing anodised aluminium, dimensions (mm) Ø 30 x 88.5mm, weight 300g incl. cable
Optics
Line or cross, homogeneous line
Optical properties green
Diode laser, diode power: 10 mW / 50 mW, wavelength 520nm (green), lifetime: > 20,000 h
Optical properties red
Diode laser, diode power: 10 mW, wavelength 635nm (red), service life: > 20,000 h
Laser class
Class 2M at 10 mW (Class 3R at 50 mW) EN 60825-1:2015-07, IEC60825-1, EN76-2, 21CFR 1040, CE
Testing and safety
Temperature range 0°C… +50°C, housing IP 65, shock load 4 g
Electrical data
Voltage 16-33 VDC (+)bn (-)bl (PE) gb/gn, power consumption 1 W, supply cable 5 m
Product and performance data
for the positioning lasers at SL Laser
These data are used as example data.
On request, our positioning lasers can be adapted to your needs.
| Laser colour | Power Diode | Output power | Focusable | Optics | Laser class |
|---|---|---|---|---|---|
| green | 10 mW | < 1 mW | yes | Line | 2M |
| green | 10 mW | < 1 mW | yes | Cross | 2M |
| green | 50 mW | < 5 mW | yes | Line | 3R |
| red | 10 mW | < 1 mW | yes | Line | 2M |
| red | 10 mW | < 1 mW | yes | Cross | 2M |
| Line generator for line length 10°, 15°, 30°, 45°, 60°, 90° | |||||
Do you have questions?
Get in touch – we’re here for you. Our customer service team is happy to provide personal advice and individual support.
Lasers in manufacturing technology
ProDirector 7 and positioning lasers in industry comparison
Since the late 1980s, lasers in manufacturing have been successfully used in woodworking. Laser projections enable millimeter-precise positioning of workpieces and suction cups on CNC routers. Damage, scrap and rework are reduced. In furniture production, laser technology for manufacturing supports the exact projection of fitting positions. This saves time, increases repeatability and ensures consistently high quality.
In the construction sector, lasers in manufacturing technology ensure precise positioning and control of frames, reinforcements and formwork. CAD data is converted directly into lines or points and projected onto the work surface. Systems such as the ProCollector L operate precisely both on construction sites and in production halls.
In composite manufacturing, laser technology for manufacturing is now state of the art. Laser projectors mark contours, define layer sequences and support seamless documentation of work steps. Wherever fiber layers must be positioned precisely, lasers in manufacturing ensure reproducible results and support quality management and process documentation.
In metal processing, lasers in manufacturing technology enable the exact transfer of CAD data directly onto the workpiece. Manual template construction is eliminated. Repeat accuracy remains constant. This increases productivity and sustainably reduces scrap.
In textile production, lasers in manufacturing have sustainably changed workflows. Laser technology for manufacturing enables precise projection of cutting contours. Template construction is eliminated, waste is reduced and production efficiency increases.
Customer service and support for lasers in manufacturing
SL Laser stands for practical service around lasers in manufacturing. Specialists accompany every step from implementation to customization.
Technicians ensure rapid integration of laser technology for manufacturing into daily work routines. SL Laser provides long-term support for safe and economical manufacturing technology with laser.
