SLM125 Metal 3D Printer

NegotiableUpdate on 03/11

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

SLM125 metal 3D printer $r $n selective laser melting equipment SLM 125 can print high-quality metal parts based on 3D-CAD data. This device combines compactness, economy, and high precision, and is mainly suitable for small batch processing, such as in the field of research and development

Product Details

SLM125 Metal 3D Printer

The bidirectional powder spreading technology has achieved a faster molding speed among similar equipment, while the gas circulation filtration technology has not only been obtained, but also presented the design concept of safe operation. Inert airflow can achieve ideal process characteristics even when adjusted to low consumption levels.

SLM 125 can be optionally equipped with fully open software for reading CAD/STL data or slice data, allowing users to customize machining parameters according to their needs and achieve personalized machining. Printing materials can be selected from stainless steel, tool steel, cobalt chromium alloy, nickel based alloy, aluminum alloy, titanium and its alloys, etc. The compact structure of the equipment and a small amount of powder transfer components ensure fast and convenient powder exchange. In addition, a large number of optional and extended functions enable the system to adapt to the personalized needs of various customers.

The PSM powder screening equipment can achieve good compatibility with SLM 125. During the powder screening process, large particles of powder will be screened out and separated into a storage bottle. The reusable powder within the particle range will be transferred to a storage container and can be directly reused.

Technical Specifications

Processing dimensions (length x width x height) 125 x 125 x 125 mm ³ minus substrate thickness

3D Optical Path System Configuration: Single Laser (1 × 400 W) IPG Fiber Laser

Processing speed 25 cm ³/h

Machinable layer thickness of 20 μ m-75 μ m, 1 μ m/step

Structural size 140 μ m

Spot diameter 70-100 μ m

Scanning speed 10 m/s

The average inert gas consumption during the processing is 2 L/minute (argon)

The average inert gas consumption during the oxygen removal process is 70 L/minute (argon)

Electrical connection/input power 400 Volt 3NPE, 32 A, 50/60 Hz, 3 kW

Compressed air requirements/consumption ISO 8573-1: 2010 [1:4:1], 50 L/min @ 6 bar

Machine dimensions (length x width x height) 1400 mm x 900 mm x 2460 mm

Machine weight (including/excluding powder) approximately 750 kg/approximately 700 kg

Equipment configuration/reserved technical change rights applicable to all metal powders