Inspect brake discs
Upon installation in a vehicle, the thickness of brake discs can be measured with a laser, a camera system and machine vision. Special Uses: Compact
Line Laser assisted Bending machine
Production staff can quickly and accurately align sheet metal on a laser line over which the sheet metal is bent. Special Uses: Good visibility of
Check the bend radius
With a line laser and an industrial camera, you can measure the actual bend radius of pipes and compare them to the nominal radius. Special
Measure steel slabs
Often metals have to be tested as so-called slabs in their glowing state. Tactile measuring methods are not an option because of high temperatures and
Acurate aligning of Steel Plates with Lasers
In the case of long steel plates, even minimal corrections to positioning are complex, so precise positioning the first time around is important. Special Uses:
Laser Lines for Shearing machines and shears
When cutting metal sheets manually, the laser projects the cutting line onto the sheet. This means the production worker can follow the laser line precisely
Dimensional inspection of screws, nuts, etc. via Laser Vision
When manufacturing screws and nuts, compliance with requirements and thread tolerances is essential. Optical measuring systems based on 3D laser triangulation are particularly suitable for
Line Lasers for Metal band saws, band saws, miter saws
A laser line is continuously projected onto the cutting edge of the saw so the production engineer can align the workpiece with precision. Special Uses:
Rotor Blades for Wind Power Plants
https://www.youtube.com/watch?time_continue=3&v=jB6cEKOlDBk The manual laying process of glass fiber matrices and prepregs in the production of wind rotors can be simplified and accelerated with the aid
Car Manufacturing assisted with Laser Projection
Weight reduction plays a very important role in vehicle construction. To achieve this, composite materials such as fiberglass or carbon fiber are increasingly used for
Laser Projectors in the Aerospace Industry
In aircraft manufacturing, lasers have already been used successfully for material alignment and tool positioning during assembly. In the future, however, more and more components
Textile Carousels
A cross laser, mounted on the fixed part of the machine, helps with the accurate alignment of T-shirts before printing. By rotating the carousel, the T-shirts
Laser assisted Positioning Table
Cross-lasers or line lasers facilitate the pattern-accurate overlapping of fabrics so that all the cut pieces are created with the same pattern. Special Uses: High
Laser use in Sewing Machines
An integrated line laser module displays the seam pattern and ensures precise results at high working speeds. Special Uses: Easy to integrate into sewing machines
Automatic Pocket Welting Machine with Laser support
Several line laser modules or a special line pattern, which is generated by means of LED light and micro-mask (so-called double-H), facilitate the precise application
Laser empowered Leather Nesting
When cutting patterns made of leather with a cutter, unlike fabrics leather cannot be automatically nested, since leather as a natural material usually has defects.
Laser in Tire Building Machine
During tire production, laser lines mark the correct position of the rubber strips on the drum. Three lasers are typically used: One for the center
Code-Reading and Character Recognition with Laser
With the help of 3D laser profilometry, coded or embossed numbers and letters on the tire wall can be read. This capability allows for automatic
Lasers in Caravan Construction
Wall and floor elements are manufactured using the “sandwich” method in a caravan construction style. Laser projectors are used for positioning mounting elements such as
Laser Projection as Assembly Support for Vehicle Construction
In special-purpose vehicle construction (heavy duty vehicles, locomotives, freight cars), the use of laser projectors enables a fast and precise display of the target position
Visible Laser to Study Semiconductor Properties
Thu, 01/17/2019 - 3:00pm by Ben Brumfield, Georgia Tech LED lights and monitors, and quality solar panels were born of a revolution in semiconductors that
