Xact Metal XM 200G Metal 3D Printer

Product Description

The Xact Metal XM200G is a metal powder-bed fusion 3D printer that offers a balance of industrial performance and affordability, aimed at small-to-medium manufacturers, R&D labs, universities, and advanced prototyping facilities. Its part of Xact Metals industrial lineup and builds on the companys proven metal AM technology. 

It uses fiber laser(s) to selectively melt metal powder in a controlled environment, producing dense near-fully dense metal parts with complex geometries that are difficult or impossible with traditional manufacturing.

Features

• Integrated powder handling system (improves safety and workflow). 

• Optional glovebox for safer powder changing/handling. 

• User-friendly touchscreen and modern software interface. 

• Open material platform and open print parameters for tuning and experimentation. l

Benefits of XM200G (Pointwise)

1. Balanced Industrial Performance: Offers high-quality LPBF printing at a more accessible price point compared with traditional industrial systems. 

2. Configurable Laser Options: Choice of laser power and dual-laser configuration allows tailoring for speed vs detail. 

3. Decent Build Volume: A 150 mm cube gives flexibility for many small-to-medium parts in one build. 

4. Precision Optics: F-theta lens with small spot size (~50 m) helps deliver fine features. 

5. Open Parameters & Materials: Experienced users can optimize processes or test new powders not locked down by the manufacturer. 

6. Compact Footprint: The moderate machine size makes it suitable for shop-floor or lab environments without large infrastructure changes. 

7. Integrated Powder Handling: Improves safety and reduces setup time compared with manual powder workflows. 

8. Single-Phase Power: No need for special high-voltage infrastructure (unlike larger industrial LPBF systems). 

Applications:

Manufacturing & Prototyping

• Rapid metal prototyping of functional parts and tooling. 

• Low-volume production of bespoke components. 

 Aerospace & Automotive

• Components with complex geometry and optimized weight for aerospace and automotive test pieces. 

Tooling & Molding

• Custom jigs, fixtures, core/cavity inserts, and mold tooling especially with wear-resistant steels. 

 Medical & Dental

• Small part production and research into medical device manufacturing (biocompatible alloys). 

 Research & Education

• University labs and R&D departments studying metal AM processes and materials. 

Typical Usage Workflow

1. Design & Prep: Create 3D CAD model and prepare with slicing software (often Additive-ready formats like .STL).

2. Material & Powder: Load selected metal powder (e.g., stainless steels, aluminum, nickel alloys*). Allegheny Educational Systems

3. Machine Setup: Configure lasers, spot size, build plate, and powder system.

4. Print: Initiate LPBF build and monitor via integrated cameras/interface. Cimquest Inc.

5. Post-Processing: Remove part, depowder, heat treat, and finish as required for functionality.

General FAQs

Q1: What metals can XM200G print?
A: It supports a range including aluminum alloys, brass/bronze, copper, stainless steels (316L, 17-4 PH, etc.), superalloys (Inconel, Hastelloy), titanium Ti64, and tool steels, depending on powder availability and process development. 

Q2: Do I need special facilities to install it?
A: No high-voltage requirement only standard single-phase power but proper ventilation and safety (powder and laser) are necessary. 

Q3: Is it suitable for production?
A: Yes ideal for low-volume production, tooling, and prototyping; dual-laser versions boost throughput. 

Q4: What resolution can I expect?
A: Layer thickness from ~20 m upwards, with precision optics supporting detailed features. 

Q5: Is operator training required?
A: Yes metal LPBF involves powder handling, safety protocols, and post-processing knowledge. Experts are recommended for best results.