# DMG MORI LASERTEC 65 DED hybrid 2nd Generation

Hardware · `LASERTEC 65 DED hybrid 2nd Generation` · verification: source checked

The LASERTEC 65 DED hybrid 2nd Generation is a DMG MORI machine that combines milling, turning, grinding, laser pre-heating, additive manufacturing and DMG MORI scan3D in one machine. It performs 5-axis material deposition with a multiJet nozzle and can use infrared or blue laser sources. The work area has X, Y and Z strokes of 735 mm, 650 mm and 560 mm, and maximum laser power is 3,000 W.

## Specification

| Property | Value |
|---|---|
| Category | additive machine |
| Axes | 5 |
| Travel X | 735 mm |
| Travel Y | 650 mm |
| Travel Z | 560 mm |

## Connected

- Manufacturer: [DMG MORI](https://machineschema.com/manufacturer/dmg-mori.md)

## Safety

- Maximum workpiece weight is 600 kg.
- Argon-pressurized powder containers are used during storing.
- An integrated pressure leak check and level sensor are optional.
- Automatic dust extraction is provided for the powder hopper cabinet.

## Study notes

- The machine integrates milling, turning, grinding, laser pre-heating, additive manufacturing, and DMG MORI scan3D.
- Material deposition uses a multiJet nozzle; powder distribution is independent of the laser deposition welding direction.
- Maximum laser power is 3,000 W, and infrared and blue laser technologies are available.
- Workpiece capacity is Ø840 x 350 mm or Ø680 x 400 mm.
- Powder pot sizes are S = 0.5 l, M = 2.3 l, and L = 5 l.
- The AM Assistant includes a thermal imaging camera for whole-work-area observation and interpass temperature control.
- The AM Assistant includes automatic powder mass flow calibration, an optical sensor for monitoring, and a lateral camera for working-distance control.
- An integrated camera monitors meltpool thermal energy and provides closed-loop control of laser power.
- AM Evaluator visualizes process data such as meltpool size and powder mass flow as a 3D model and in chronological sequence.
- Selective material addition with more than 60 Rockwell hardness can avoid heat treatment processes.
- Material gradients can be produced between hard and soft or magnetic and non-magnetic materials.

## Sources

1. [LASERTEC 65 DED hybrid 2nd Generation - ADDITIVE MANUFACTURING Machines - DMG MORI](https://en.dmgmori.com/products/machines/additive-manufacturing/powder-nozzle/lasertec-65-ded-hybrid-2nd) (accessed 2026-10-25)

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