High-Precision 3D Metal Printer for Industrial Applications and Prototyping

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After-sales Service: 24 Hours Online Service
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  • High-Precision 3D Metal Printer for Industrial Applications and Prototyping
  • High-Precision 3D Metal Printer for Industrial Applications and Prototyping
  • High-Precision 3D Metal Printer for Industrial Applications and Prototyping
  • High-Precision 3D Metal Printer for Industrial Applications and Prototyping
  • High-Precision 3D Metal Printer for Industrial Applications and Prototyping
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  • Overview
  • Basic Info
  • Product Description
  • Product Feature
  • Ded-arc manufacturing
Overview

Basic Info.

Model NO.
ArcMan S1 Basic
Applicable Material
Aluminum Alloy/Magnesium Alloy/Copper Alloy/Stainl
Type
Industrial Printer
Equipment Dimensions
1500*1400*2000mm
Characteristic
Process Visualization
Security
Integrated Protective Housing, Equipped with Anti-
Transport Package
Wooden Case/Plywood Case
Specification
1500*1400*2000mm
Trademark
/
Origin
China
HS Code
8477591000
Production Capacity
10sets/Month

Product Description

Basic Info

Model
ArcMan S1 Basic
ArcMan S1 Adv
Equipment dimensions
About 1500*1400*2000mm
Molding range
700*500*450mm(available at different times)
800*500*500mm(available at different times)
Molding efficiency
50-1085cm³/h(determined by welding wire material characteristics and process)
Path accuracy
Software planning accuracy:0.25mm,robot absolute accuracy:0.5-0.8mm
Forming accuracy
It is determined by the material characteristics and process of welding wire
AM material
luminum alloy/magnesium alloy/copper alloy/stainless steel/carbon steel
(equal weldable material-welding wire)
Wire diameter:0.8/0.9/1.0/1.2/1.6mm
Rated power
About 20Kw
AM process
Conventional MIG/MAG
CMT/Pulse/C+P/CMT Adv etc
Working environment
Power supply: 380V 10%, 50Hz 2%; Ambient temperature: 0-45 ºC; Relative humidity ≤ 85%
Safety protection
Integrated protection (lifting door/anti-arc observation window)
Dust removal system
Customized smoke filtration system
Actuator
Domestic Cooperative Robot (JAKA)
Industrial six-axis robot
CAM software
IungoPNT V3.0
Fuse power supply
Customized domestic welding power supply
TPS 4000 CMT Adv
Computer mainframe
High performance computer
3D camera
/
Optional: 3D Area Laser Camera
(Configuration Software Expansion Pack)
Data acquisition
Welding parameters/temperature and humidity
Molten pool monitoring
/
Xiris or Tardis
Control system
IungoBOX
IungoMC
Optional:McCat.HMI185

Product Description

Introducing the ArcMan S1 Adv, the world's pioneering mini-integrated intelligent ded-arc manufacturing system. Guided by lungoPNT additive manufacturing principles,
(AM) software, this cutting-edge system excels in the intelligent AM fabrication of small to medium-sized metal components, delivering exceptional performance, efficiency, and cost-effectiveness.

Boasting a flexible six-axis robot paired with an ultra-stable fuse power supply, it ensures unparalleled stability. Enhanced with a molten pool monitoring system,
it also features comprehensive process printing data monitoring, environmental temperature and humidity control, and an integrated smoke exhaust and dust removal system. From
education and training to material development, design, and manufacturing, the ArcMan S1 Adv empowers users of all experience levels in ded-arc technology to
revel in the seamless and innovative manufacturing process.

Product Feature

High-Precision 3D Metal Printer for Industrial Applications and Prototyping
High-Precision 3D Metal Printer for Industrial Applications and Prototyping
High-Precision 3D Metal Printer for Industrial Applications and Prototyping

High-Precision 3D Metal Printer for Industrial Applications and Prototyping
High-Precision 3D Metal Printer for Industrial Applications and Prototyping
High-Precision 3D Metal Printer for Industrial Applications and Prototyping

Ded-arc manufacturing

Wire Ded-arc Manufacturing (WAAM) is an advanced, digital manufacturing technique that employs arcs or plasma arcs as heat sources to melt metal wires,
utilizing a layer-by-layer cladding approach controlled by sophisticated programs or software. This method constructs 3D metal forms from line to surface to body,
precisely tailored to meet the exact shape and size specifications of the product, as per 3D digital models.

High-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and PrototypingHigh-Precision 3D Metal Printer for Industrial Applications and Prototyping

High-Precision 3D Metal Printer for Industrial Applications and Prototyping

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