3D printer ShareBot MetalOne

Unlock the potential of advanced manufacturing with the 3D printer ShareBot MetalOne, a compact yet powerful machine designed for precision and reliability. Utilizing Direct Metal Laser Sintering (DMLS) technology, also recognized as Selective Laser Melting (SLM), this device allows for the creation of high-density metal components. It is engineered specifically to meet the rigorous demands of research laboratories, university departments, and R&D facilities. By bridging the gap between prototyping and production, this system offers professionals a high-performance solution for developing complex metal parts with uncompromising quality.

Configuration Options for ShareBot MetalOne

Tailored Performance

The system is designed to be highly adaptable, allowing users to customize the hardware to fit their specific performance goals and application requirements. You can select the optimal power level for your projects with three available fiber laser options: 300W, 500W, or a powerful 1000W source. Additionally, the build volume is flexible; choose between a standard 100 x 100 mm platform or a smaller 65 x 65 mm area. For experimental testing of new materials or precious metals, the smaller build plate can be further reduced to a 10 mm diameter cylinder, minimizing powder usage.

Flexible Configuration and Versatility

Adaptable Manufacturing

Versatility is at the core of the 3D printer ShareBot MetalOne. Whether you are working with standard alloys or highly reflective metal powders, the machine’s configuration can be tuned for maximum efficiency. The ability to switch between different laser powers and build platform sizes ensures that the printer can handle a diverse range of needs, from microscopic detail studies to functional prototype creation. This flexibility makes it an invaluable asset for scientists and engineers looking to push the boundaries of additive manufacturing.

Why Choose the ShareBot MetalOne 3D Printer?

Comprehensive Solution

This device is more than just a piece of hardware; it is a complete platform dedicated to metal additive manufacturing. It is specifically built to support the evolving requirements of research and development sectors. Whether your goal is to create intricate geometric prototypes or to develop and test custom alloys, this printer provides the necessary tools and open architecture to succeed. It lowers the barrier to entry for metal printing, offering industrial-grade capabilities in a format accessible to smaller labs.

ShareBot MetalOne Technical Characteristics

Precision Engineering

• Printing volume: 65 x 65 x 100 mm (2.56 x 2.56 x 3.93 in) or 100 x 100 mm option
• Z resolution: 30 micron (0.0012 in)
• Laser source: Fiber – 1064nm – 300 Watt (Available in 500 W or 1000 W)
• Spot dimension: 45 micron (0.0018 in)
• Gas consumption: 0.25 l / min (8.45 floz / min)
• Compatible gases: Nitrogen – Argon
• Minimum powder load: 0.8 kg (1.76 lb)
• Monitoring: Integrated HD Camera
• Connectivity: USB, WiFi, LAN
• Dimensions: 1000 x 580 x 1450 mm (39.3 x 22.8 x 57.0 in)
• Weight: 270 kg (600 lb)

Custom Integrations and Open Parameters

Seamless Compatibility

Because the 3D printer ShareBot MetalOne is developed entirely in-house—covering both hardware and software aspects—it offers exceptional opportunities for customization. Users can request the seamless integration of custom tools, specific laser sources, or additional auxiliary equipment to suit unique research environments. The system features an open parameter architecture, allowing experts to generate Gcode for laser movements and fine-tune the sintering process without the restrictions often found in closed proprietary systems.

Designed for R&D and Education

Rapid Innovation

Speed and accessibility are critical in a research setting. This machine allows you to start a print job in as little as 15 minutes, significantly reducing setup time. It is an open system designed for experimentation, enabling users to test and produce their own proprietary alloys. With full control over process parameters and the ability to use standard GCODE files, researchers have total freedom to explore new materials and printing strategies.

Ideally Suited as Your First Metal Printer

Accessible Technology

Entering the field of metal 3D printing is made easier with this affordable and user-friendly solution. The machine is designed for fast and easy maintenance, allowing for cleaning and powder changing to be completed in hours rather than days. This makes it an ideal starting point for institutions with a limited budget who wish to understand the metal printing process and build the necessary expertise before scaling up to larger industrial production.

Personalize and Control Your MetalOne

Remote Management

Modern connectivity features allow you to personalize and monitor your workflow efficiently. Through a LAN connection, operators can view printing progress in real-time and stop a job remotely if needed. The system provides access to detailed log files for every job, as well as images taken before and after each layer is sintered. Additionally, upon request, our team can assist in adding sensors or new features to tailor the printer exactly to your operational needs.

Purchase the 3D printer ShareBot MetalOne at 3DDevice and rely on our expertise. We have been operating in the additive manufacturing market since 2012, providing professional advice and assistance in choosing the right equipment. We offer qualified support before, during, and after your purchase to ensure your success in metal 3D printing.