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Mitsubishi Electric to Launch Digital Wire-laser Metal 3D PrinterContributes to manufacturing in a decarbonized era with a world's first for digital 3D printing technology
TOKYO, February 24, 2022 – Mitsubishi Electric Corporation (TOKYO: 6503) announced today that on
March 1 it will release two models of the “AZ600” wire-laser metal 3D printer, which melts welding wire witha laser beam to create high-quality 3D structures. Digital additive-manufacturing technology combined withsimultaneous 5-axis spatial control and coordinated control of machining conditions, a world’s first*, delivers
stable, high-quality 3D printing. Furthermore, it contributes to manufacturing in a decarbonized era byreducing energy consumption, saves resources by shortening of processing time and using highly efficient
production methods such as ‘near-net-shape’, and supports the build-up of repairs for the maintenance ofspecialist parts for automobiles, ships and aircraft. Additionally, a new contract printing service utilizing theseprinters will help the adoption of additive manufacturing by offering product design consultation, prototyping
and general advice about the application of 3D metal printing.
In recent years, the growing need to reduce CO2 emissions in the metalworking manufacturing industry has
stimulated an increase in demand for more efficient metalworking methods that reduce energy consumption
and conserve finite natural resources. In particular, demand is expected to grow for metal 3D printers, which
create objects from 3D shape data. This has the advantages of significantly shortening the conventional
manufacturing process, reducing waste materials in the manufacturing process, and improving design
flexibility by making it easier to integrate multiple parts and reduce weight. On the other hand, metal 3D
printers that use powder-based feedstock have issues with material management, workability and safety, anda new additive manufacturing process has been required.
To solve the problems with powder-based printers, Mitsubishi Electric is now launching the AZ600, a world's
first* wire-laser metal 3D printer that combines simultaneous 5-axis spatial control and digital additivemanufacturing technology that precisely and cooperatively controls processing conditions. This productrealizes high-quality, high-precision 3D printing and contributes to manufacturing that considers its
environmental impact by reducing energy consumption and waste.

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The “AZ600” will be exhibited at the “Additive Manufacturing Expo” from March 16-18 at Tokyo Big Sight.
* As of February 24, 2022, according to Mitsubishi Electric’s research

Wire-laser metal 3D printer “AZ600”

Overview of Release
Product nameWire-laser metal 3D printer “AZ600”

Model
AZ600-F20
AZ600-F40

Oscillator
2kW
4kW

ReleaseSales target

March 1

100 machines(annually)

Product Features
1) Unprecedented digital 3D printing technology for stable, high-quality additive manufacturing
Conventional metal 3D printers use either powder or wire feedstocks. Powder feedstock is suitable for complex,
high-precision builds, but incurs problems with material storage, environmental impact and material costs.
Wire feedstock typically uses an arc discharge as its heat source, which entails problems with accuracy due tohigh thermal strain and the impact of heat on material layers.
Mitsubishi Electric’s new wire-feedstock method solves these problems by using a laser beam for highly
precise control of heat input according to the build state, thereby combining molding accuracy with theadvantages of wire feedstock. The unique use of computerized numerical controller (CNC), for the cooperative
control of processing conditions such as wire feeding, laser power and axis feed, now makes it possible for
additive manufacturing of high-precision and high-quality three-dimensional structures.
By optimizing the control of axis command values, wire feed amount and laser-power command values basedon sensor data of the build state, a highly stable build process is realized for high-quality 3D printing.
Laser

Wire feedstock

Cooperative control of build conditions and axis feed

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In addition, applying digital printing technology to control the laser beam intensity/power and wire feed withdedicated computer-aided manufacturing (CAM) for print path generation allows build conditions to be
optimized according to specific three-dimensional structures, using dot or continuous forming.
Furthermore, using consistent-quality wire-feedstock materials contribute to high-quality metal forming forhigh-density builds with few voids. Complex 3D structures, which are difficult to realize using an arc heatsource, can be formed with high accuracy using Mitsubishi Electric’s unique high-precision heat control
technology. It is also possible to create hollow spheres, which are, in principle, impossible to be created bytraditional cutting techniques.
High-density build

Voids

Cross section of wire-printed material

Cross section of powder-printed material

Example of hollow ball build

Example of using a 3D scanner2) Simultaneous 5-axis spatial control and new processing technology for speed, resource and labor savings
The near-net-shape method, in which a near-finished shape is formed in a short time and then finished bycutting, can shorten machining time and reduce waste materials compared to conventional methods which use
cutting for all processes from roughing to finishing. In the test production of a marine propeller with a 300mm
diameter, the near-net-shape method reduced machining time and waste materials by approximately 80%
compared to conventional methods that require final grinding of the overall object. This method can contributeto energy and resource savings.
Moreover, additive manufacturing can be used as part of the repair and maintenance of expensive consumableparts, especially those used in harsh environments such as turbine blades or molds, as it can extend the lifetimeand reduce the running costs associated with those parts.

3/4Furthermore, utilizing advanced simultaneous 5-axis spatial control means highly skilled traditional manual
processes for buildup welding and groove welding, using materials like Tungsten Inert Gas (TIG), can now be
performed by metal 3D printing to improve build quality, shorten build time, and save labor.

Example of 300mm diameter propeller for a boat,
which achieves the reduction of both processing
time and waste material by about 80%

Example of build-up welding
suitable for repair work

Cutting
10,081 minutes

Conventional (cutting)methodAM
Near-net-shape method

Example of welding

Cutting

2,393 minutes
527 minutes

Approximately 80% faster machining time

Main Specifications
Model
AZ600-F20
AZ600-F40
Process category
Directed energy deposition (DED)
Stroke (X×Y×Z) (mm)600×600×600
Maximum workpiece dimensions (mm)
Φ500×500
Maximum load workpiece weight (kg)
500
Machine weight (kg)
7000
External Dimensions (W×D×H; mm)
1600×2900×2500
Numerical controller model
M850
Main features
Height sensor, shield-gas numerical control, monitoring camera
Key options
AC-axis specifications & automatic slide doors (sides and ceiling)
Contribution to EnvironmentThe new wire-laser metal 3D printer lowers the environmental impact of production operations and supports
sustainability by extending production equipment life and avoiding production waste.
###About Mitsubishi Electric Corporation
With 100 years of experience in providing reliable, high-quality products, Mitsubishi Electric Corporation(TOKYO: 6503) is a recognized world leader in the manufacture, marketing and sales of electrical andelectronic equipment used in information processing and communications, space development and satellite
communications, consumer electronics, industrial technology, energy, transportation and building equipment.
Mitsubishi Electric enriches society with technology in the spirit of its “Changes for the Better.” The company
recorded a revenue of 4,191.4 billion yen (U.S.$ 37.8 billion*) in the fiscal year ended March 31, 2021. For
more information, please visit www.MitsubishiElectric.com*U.S. dollar amounts are translated from yen at the rate of ¥111=U.S.$1, the approximate rate on the Tokyo
Foreign Exchange Market on March 31, 2021
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