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LT823D: 3D laser cutting, inclined not orthogonal

Laser cutting center LT823D

Laser tube cutting for non orthogonal cuts

The LT823D Laser Tube Cutting System combines both straight and bevelled edges - non orthogonal operations - (programmable tilting head up to 45°) with unparalleled speed and efficiency.

This fully programmable function, is particularly suitable when cut components have to be perfectly joined or when assembly operations include brazing, or other systems of welding without defacing the material.

The LT823D Laser Tube Cutting System offers the highest productivity available on the market with a with a unique level of flexibility and automatic adjustments.

With capacities up to 152mm diameter and maximum lengths up to either 6500mm or 8500mm, (on demand) the LT823D laser cutting system has the following special features:

  • fully CNC programmable adjustments
  • changeovers in less than 3 minutes
  • technological database for tubular components based on thousands of on filed applications
  • fast programming: from design to finished part in few minutes with unskilled operators
  • fully automatic bar handling from bundle including measuring, feeding, cutting and unloading
  • minimum bar waste

Standard Artube CAD-CAM software control packages specifically designed by ADIGE for single and assembled tube programming allow extremely high exploitation of the system. The non orthogonal cutting process is also automatically programmed.

Available as part of the system:

  • weld seam detector
  • control device for enhanced piercing
  • unloading system with lengths of 3500-4500-6500mm
  • separation and collection of different lengths

Smart Connected Products


Take advantage of the benefits of FULL PROCESS MANAGEMENT on software level

  • import 3D tube models for bending and laser cutting
  • automatically generate part programs for all the required technologies (laser, cutting, bending)
  • calculate the combined effects of laser cutting and bending
  • automatically correct programs for all involved technologies to respect the geometric features of the finished part