MX-Lab: Material Research & Alloying Machine

上海仪舶实验室自动化 25-02-02 09:23:26

MX-Lab: Material Research & Alloying Machine

MX Lab provides high-precision metal 3D printing solutions tailored for research and prototyping applications.

Download the Brochure for More Information

Basic Additive Manufacturing system

Entry-level Direct Energy Deposition (DED) AM machine

Three-axis system with DMT® technology

Superior fiber laser system

Specialized for Research Purposes

Prototyping and material research

New alloys can be developed

Six powder feeders with accurate feeding rate control

Remarkable User Experience

Multi-materials Slicer software program

Simple touchscreen operation

Affordable and user-friendly system

CVM Feeder Specification

Next Step of Powder Feeding System

The CVM (Clogged Vibration Method) powder feeder is an advanced and sophisticated type of powder feeding system.

It has a wide range of feeding rates, a semi-permanent lifespan, and an exceptionally stable powder feed rate. Without changing the hardware, it can feed titanium powder at rates ranging from 0.03 g/minute to 2 g/minute. Additionally,direct powder supply method with gas and the gravity powder supply method can both be used in theDED process.

Metal 3D Printing with MX Lab

Image Credit: InssTek, Inc.

Metal 3D Printing with MX Lab

Image Credit: InssTek, Inc.

Download the Brochure for More Information

Second Generation AM Module

Creative Additive Manufacturing Machine in DMT® Technology

Second Generation AM Module

Suitable for Shielding gas during deposition

Optimized design for 400 µm beam diameter

Activate DMT® mode with the vision system

Active Powder Splitter

Co-Axial Powder Splitter

The powder can be distributed evenly in small amounts.

Powder feeding without mechanical adjustment or calibration

Metal 3D Printing with MX Lab

Image Credit: InssTek, Inc.

Download the Brochure for More Information

Technical Data

MX-Lab Specification

Source:InssTek, Inc.

Laser MX-Lab
Туре Ytterbium Fiber Laser
*Laser Power W 300 (*Max. 500)
Safety Standard EN60825-1
Stage
X, Y, Z Stroke mm 150 x 150 x 150
A, C Stroke deg. N/A
Worktable Size mm 175 x 175
Module
*Optical Module SDM 400
Beam Diameter μm 400
Build Rate cm3/hour 1.5 ± 0.2
Layer Thickness μm 150 + 50
Feeding System
Powder Feeding Rate (for Ti-6Al-4V) g/minute 0.03~2
Powder Hopper Volume liter Approx. 0.42
*Number of Powder Feeder and Hopper set 6
Software
Operating System MX-Lab OS
*CAM Software MiXOMaterial Designer
Feedback System DMTR®Closed-Loop Control
Electrical Specification
Electrical Power Type Hz 1P + PE (at 50/60)
Main Machine Voltage V 220
Full Load Current A 15 (20)
Mechanical Specification
Machine Dimensions (without accessories) mm 680 x 684 x 835685 x 775 x 835
Machine Weight kg 250 (*Max 350)

(*Optional Item)

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