Laser Solutions for
Metal Processing

Efficient Engineering, Positioning, and Quality Control

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Are you also facing these challenges?...

Challenges
  • Millimeter-accurate positioning required for cutting, bending, or drilling
  • High error risk without mechanical stops
  • Complex setup processes with changing parts
  • Quality assurance needed during processes such as welding and forming
  • Demand for flexible integration of CAD data into production lines

... we have the solution:

Solutions
  • Laser projectors display exact cutting, bending, and drilling contours
  • Positioning lasers visualize welding points and clamping positions
  • Faster setup thanks to projected workflows and work areas
  • Real-time quality control through visual guidance
  • CAD-compatible – projection directly from digital data
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Process Optimization in Metalworking

Our laser projectors ensure precise alignment, visualized work instructions, and consistent quality control across all metalworking steps – from cutting to assembly. They minimize rework, increase throughput, and integrate easily into existing workflows.

  • Reduce error rates: Optical guidance during machining processes
  • Boost efficiency: Shorter setup and search times
  • Ensure quality: Continuous inspection throughout production
  • CAD integration: Direct use of digital manufacturing data
  • Flexibility: Adaptable to changes in geometry or components
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Applications

Looking to shorten production times, reduce costs, and improve result quality? We deliver the precision, quality, and efficiency to make it happen.

Weld Seam Inspection

Using laser triangulation, machine vision lasers precisely inspect weld seams on curved surfaces. This allows seams to be checked for weak points, ensures quality, and increases efficiency in the welding process.

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Inspection of Formed Parts

With laser projectors, bent parts can be inspected quickly and accurately through precise contour projection. Deviations become immediately visible, reducing waste and increasing process reliability in metalworking.

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Metal Cutting Saws

In metalworking, positioning lasers play an important role, especially in sawing systems. They ensure precise positioning of metal parts, which significantly accelerates the machining process. As a result, they optimize production, increase efficiency, and contribute to higher overall productivity.

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Alignment of Rolled Sheets / Plates

Rolled metal plates must be precisely aligned after rolling for the next processing step, such as on a roller conveyor, in order to avoid waste.

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Nesting & Part Sorting

The use of laser projectors makes sorting cut metal parts easier. Employees can then remove each highlighted part in the specified order and continue processing.

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Bin Picking

Triangulation sensors scan the inside of randomly loaded mesh containers before each pick and recalculate the arrangement of the parts inside. This information is passed on to the robot, which can then pick the next part. A laser projector also reliably displays the corresponding pick compartment as well as additional information such as quantity.

Possible Product Areas

Displaying Measuring Points & Parts

When using a laser projector for measuring and inspection tasks, individual test steps are projected in a user-friendly way and in the predefined sequence. To select the correct measuring tool, the projector highlights it in the tool magazine with an arrow or frame. This ensures high-quality inspection results.

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Setting up Tools, Systems, & Machines

During the setup of individual operations, a laser projector assists employees by guiding them through the setup process with easy-to-understand projections. It clearly displays the positions of supports, clamping devices, and components in detail.

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Cold & Hot Hydraulic Forming

In hydraulic presses, the laser ensures repeatable precision when placing the component into the press.

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Drilling & Stamping

A cross line laser assists both in the correct placement of the metal plate/sheet and in the precise execution of drillings or punchings.

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Sheet Metal Bending & Folding

In so-called ‘free bending’ of sheets without back gauges, the use of a laser is necessary to achieve precise results.

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Welding

Accurate positioning is a key factor for achieving clean results, not only in the production of complex 3D frame and structural parts. This step is made significantly easier with the use of laser projectors, which display the exact target position when tacking components.

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Waterjet, Thermal & Laser Cutting

A positioning laser marks the exact point on the material where flame, waterjet, or laser cutting systems must be applied to cut the desired shape with millimeter precision.

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Sawing & Cutting Operations

Line and positioning lasers make all types of sawing and cutting machines highly efficient to use. The laser is particularly helpful when no mechanical stop is available or when slabs and long sheets need to be cut.

Information brochure

Download our free information brochure and find out everything you need to know in a compact summary.

Working Together, From Start to Finish

Step 1

Application Analysis

What task needs to be solved? We listen.

Step 2

Feasibility Check

We provide you with a well-founded assessment – including cost efficiency.

Step 3

Custom Solution

Configured precisely to your requirements.

Step 4

Delivery & Integration

Delivered on time. Easily integrated.

Step 5

Support & Further Development

Remote or on-site – we stay by your side.

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Do you have a specific question or would you like to discuss a project? Our technical advisors are here to help.

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