New machines
Used machines
AddUP
AddUP BeAM Modulo 400Used machine
Article number
89-001752
Category
Miscellaneous machine
Sub Category
Miscellaneous
Location
Extern
Briefly
Year of manuf.
2022
Control
Siemens SINUMERIK ONE NCU 1750
Technical specifications
In general:
System
Industrial DED system
Safety
Vacuum lock and inert gas purging
Year of manufacture
2022
Weight
approx. 7,500 kg
Geometry:
Number of axes
5-axis kinematics with automatic tool changer
Travel ranges (x/y/z)
650×400×400 mm
Table diameter
400 mm
Table load capacity (max.)
100 kg
Measurement
Renishaw probe
Lasers & Optics:
Laser
Dual IPG laser
Fine machining
500 W (IPG fiber laser, 200 µm fiber)
High build-up rate
2000 W (2 kW) (IPG fiber laser, 600 µm fiber)
Optics
Precitec YW 30 optics with VX10/VX24 nozzles for standard and micro cladding
Control unit:
Control
SINUMERIK ONE NCU 1750 (SW 6.14) on a 24" SIMATIC touch panel
Process preparation
Via Siemens NX CAM and edge computing (IPC 427e)
Monitoring
Live process control via HMI Display Manager and sensors for the chamber atmosphere
Electrical specifications:
Total power
62 kW.
Current
110 A.
Voltage
3×400 V / 50 Hz (control circuit
Materials used:
Material
Two Medicoat powder conveyors for titanium (Ti64), nickel-based alloys, steel, and hard materials
Description
Highlights:
Dual IPP lasers: 500 W (fine structures) & 2000 W (high deposition rates)
Precitec YW 30 optics with VX10/VX24 nozzles for micro- and standard cladding
Siemens SINUMERIK ONE (NCU 1750) with 24" touch panel
Programming & simulation via Siemens NX CAM
Live process monitoring & controlled shielding gas atmosphere
Technical Specifications:
Travel range: 650 ? 400 ? 400 mm
Materials: Titanium (Ti64), nickel-based alloys, steel, hard materials
2x Medicoat powder feeders
Weight: approx. 7,500 kg
Efficient, precise, and versatile solution for industrial applications, repair, and series production.
Highlights
Subject to prior sale and error excepted
Contact
Gläsener + Schmidt GmbH
Gewerbering 6
82140 Olching
+49 8142 4487-100
info@gs-wzm.de