Equipment
R180A/R180M
Applied to the rapid prototyping of small batches of metal parts in education and teaching, scientific research institutes, and for industrial applications such as medical and molds
Material support: mold steel, stainless steel, high temperature alloy, aluminum alloy, titanium alloy, etc.
Forming size: 180mm × 180mm × 165mm (excluding substrate thickness)
Equipment Introduction
The R180 series has the advantages of compact body, high integration, wide range of forming materials, fully open parameters and low operating costs, which are suitable for customers' teaching, scientific research, R&D and continuous production. Due to the different lasers used, it is divided into two series:
R180A, using domestic lasers, is mainly aimed at college practical education, teacher training and scientific research industries.
R180M, using imported lasers, is mainly aimed at the rapid prototyping of small batches of metal parts for industrial applications such as medical and molds.
Performance parameters
Application Cases
Automotive blower impeller mold - mold steel
Heat sink - AlSi10Mg
Universal Bracket TC4 Alloy
Automotive blower impeller mold - mold steel
Heat sink - AlSi10Mg
Universal Bracket TC4 Alloy
Functional Advantages
Multi batch iteration
After extensive application verification
Mature and stable operation of the equipment
Advanced flow field design
Collaborate with professional organizations to repeatedly optimize flow field design, resulting in a significant improvement in forming quality
ITop tier core components
The core components are all made of industry-leading brands to ensure long-term stability during operation
Modular design
Open layout
More convenient operation and maintenance
High degree of open source
All process parameters are editable, providing users with higher freedom of use
R250 Series
Used in aerospace, medical, automotive, electronics, molds, scientific research institutes, etc.
Material support: mold steel, stainless steel, high temperature alloy, aluminum alloy, titanium alloy, etc.
Forming size: 255mm × 255mm × 310mm (excluding substrate thickness)
Equipment Introduction
The R250 series uses self-developed control software and optimized scanning paths. Adhering to the open source concept, customers can adjust printing process parameters according to their own needs and carry out customized process development. All key components are imported high-end brands to ensure long-term stable operation of the equipment. It can achieve large-layer printing and greatly shorten the processing time. It adopts a new sealing system, the chamber pressure is stable during the printing process, and the oxygen content in the molding cylinder is controlled to be less than 100ppm during the printing process. It supports the recycling of protective gas to reduce gas consumption and low equipment operating costs. Equipment parameters are displayed in real time during printing, process parameters are traceable, and operation is convenient.
Performance parameters
Application Cases
Automobile blower impeller mold-mold steel
Heat sink - AlSi10Mg
Universal Bracket TC4 Alloy
Golf Head TC4
Titanium alloy impeller
Inner cavity blade 316L
Functional Advantages
Multi batch iteration
Large scale application verification
Mature and stable operation of the equipment
Advanced flow field design
Significant improvement in forming quality
Importation of core components
International brand, quality assurance
Efficient three-stage filtration system
The lifespan of the filter element reaches over 1500H
unique
Redundant design of oxygen sensor
Timely feedback on the printing process
Ensure key parameters
R460 Series
Applied to shoe molds, aerospace, automobiles, electronics, molds, scientific research institutes, etc.
Material support: mold steel, stainless steel, high temperature alloy, aluminum alloy, titanium alloy, etc.
Forming size: 460mm × 370mm × 450mm / 460mm × 370mm × 250mm
Equipment advantages
Performance parameters
Application Cases
Airbus Wing Bracket-TC4 Alloy
Cylinder head-AlSi10Mg
Cyclone-IN718
Shoe mold 316L
Filter lattice system 316L
Turbocharger 316L
R600M2
Used in aerospace, medical, automotive, electronics, molds, scientific research institutes, etc.
Material support: mold steel, stainless steel, high temperature alloy, aluminum alloy, titanium alloy, etc.
Forming size: 400mm × 600mm × 500mm (excluding substrate thickness)
Laser power: 500W×2
Equipment Introduction
The R600M2 adopts a top-down powder-dropping, dual-laser, and dual-galvanometer scanning configuration, which can intelligently spread powder in both directions to achieve continuous and uninterrupted production, greatly improving work efficiency and production capacity, and helping customers realize the industrialization of additive manufacturing.
Performance parameters
Application Cases
Airbus Wing Bracket-TC4
Cylinder head-AlSi10Mg
Cyclone-IN718
Pre-swirl nozzle 316L
Lattice structure AlSi10Mg
Turbine exhaust manifold 316L
Functional Advantages
Large forming size
Wide application range
Advanced flow field design
Significant improvement in forming quality
Dual laser bidirectional intelligent powder spreading
Significant improvement in production efficiency
Precise overlapping of dual laser beams
Stable quality of overlap
Ensure consistent forming quality across all regions
Efficient Backblowing Filtration System
The lifespan of the filter element exceeds 2000H
Redundant design of oxygen sensor
Real time feedback during printing process
Ensure key parameters