Complete Range at Scale
Machine platforms from 120 × 120 mm to 2000 × 2000 mm in one family, so a validated process can move from prototype to series production without re-qualification.
PBLM® Metal Additive Manufacturing
Metal 3D Printing Machines Built for Large, Complex, Production-Ready Parts
Suzhou XDM 3D Printing Technology Co., Ltd. designs and manufactures powder bed laser melting (PBLM® / SLM) equipment with build envelopes from 120 mm to 2000 mm - backed by in-house software, process know-how, materials expertise and full application engineering.
2000 mmLargest build width
6 × 500 WFibre lasers on one plate
20 µmMinimum layer thickness
20+Patents & software rights
Why XDM
A metal additive platform, not just a machine
Equipment is only one part of a production-ready additive capability. XDM supplies the machine, the software, the process parameters, the material strategy and the application engineering as one integrated system.
Multi-Laser Productivity
Up to six 500 W fibre lasers on a single build plate, coordinated by one control platform with calibrated fields and managed overlaps.
Open, Proven Software
XDM IntelliProc® for data preparation and XDM IntelliMake® for machine control - process parameters fully open to the user.
Quality You Can Document
ISO 9001 management, dozens of invention patents, layer-wise monitoring and build records that support certification audits.
Machine Portfolio
Six platforms from compact to two metres
Every XDM machine shares the same optical philosophy, software environment and quality framework, so a process developed on one platform transfers predictably to another.
XDM 250
XDM 250 Mid-Size SLM 3D Printer
A proven mid-size platform balancing build volume and floor space, with a 500 W laser and two build heights.
250 mm × 250 mm × 360 mm or 250 mm × 250 mm × 410 mmDown to 20 µmBottom feeding
XDM 750
XDM 750 Super-Large SLM 3D Printer
The machine that introduced 750 × 750 × 500 mm metal PBLM to the world, with four 500 W lasers.
750 mm × 750 mm × 500 mmDown to 20 µmContinuous top feeding
2017XDM750 launched
About XDM
Pioneering large-format metal PBLM since 2017
In October 2017 XDM released the XDM 750, with a 750 × 750 × 500 mm build envelope - the largest PBLM system in the world at the time - drawing attention from international trade media and industrial customers alike.
Since then the company has developed a complete machine family, expanded its software and process capability, and built a service network that supports customers from feasibility studies through to series production. Our team combines doctors and masters graduates who have worked on SLM for years, experienced production engineers and overseas high-level technical talent.
- Complete PBLM machine series from 120 mm to 2000 mm
- In-house software: IntelliProc® data preparation and IntelliMake® control
- Dozens of invention patents and software copyrights
- Application development for aerospace, tooling, automotive, medical and energy
Capability at a glance
Engineered for industrial duty cycles
Build volumes, laser power and material coverage that scale with your production programme.
120 – 2000 mmBuild envelope range
Up to 6 lasersPer machine platform
8 alloy familiesSteel, Ti, Ni, CoCr, Cu, Al...
Full serviceDesign to post-processing
Industries
Where metal additive manufacturing changes the economics
From topology-optimised aerospace brackets to conformal-cooled mould inserts, the same technology unlocks different value in every sector.
Aerospace
Engine and airframe components where weight is critical and geometries are increasingly complex after optimisation.
Automotive & Transportation
Lighter parts, more efficient fixtures and consolidated components that shorten validation cycles.
Tooling & Moulds
Conformal cooling that reduces uneven cooling, shortens cycle times and extends mould life.
Electrical & Electronics
Custom tools such as induction coils and thermal hardware delivered faster than conventional routes.
Medical & Healthcare
Highly individualised implants, dental frameworks and custom instruments produced directly from scan data.
Energy & Power
Downhole tools, gas turbine parts and heat exchangers with internal channels and thin walls.
How we work
From a CAD file to a validated component
Our application engineers work alongside your design and manufacturing teams through four clearly defined stages.
Design for Additive Manufacturing
We review your CAD data, propose topology and lattice optimisation, choose the build orientation and design supports that are both stable and easy to remove.
Process & Material Selection
From aluminium and titanium to nickel superalloys, tool steel and copper alloys - we match the alloy and parameter set to the mechanical and thermal duty of the part.
Printing & In-Process Monitoring
Parts are produced on XDM equipment with layer-wise recording, so every build comes with a documented process history.
Post-Processing & Inspection
Stress relief, support removal, surface finishing, heat treatment and dimensional inspection complete the route to a ready-to-use component.
Printed on XDM
Parts our customers produce with XDM equipment
Selected components from our applications library - topology-optimised structures, conformal-cooled tooling, medical implants and energy hardware.
Topology-Optimised Bracket
Topology-optimised structure for automotive and aerospace applications where stiffness must be retained at minimum mass.
Porous-Filled Housing
A titanium housing filled with a porous lattice to reduce weight while maintaining load paths - used in aerospace assemblies.
Die-Casting Die
Tool steel die insert with complex free-form surfaces and internal conformal cooling channels for the die-casting industry.
Dental Crowns
Cobalt-chrome crowns nested automatically with generated supports, produced in batches for dental laboratories.
Downhole Tool
Integrated downhole tool body with a customised porous fill structure for the oil and gas industry.
Heat Exchanger
Aluminium heat exchanger with intricate internal channels and a self-supporting architecture for energy and power applications.
Conformal-Cooled Insert
Mould insert with conformal cooling channels that follow the cavity surface, cutting cycle time in injection moulding.
Centrifugal Impeller
Thin-walled impeller with complex free-form blades for aerospace and power generation.
Tell us about your part. We will tell you how to build it.
Send your component requirements, alloy and annual volume - our team will respond with a machine recommendation, a process route and an indicative quotation.