Configurable lasers
The platform supports single or dual fibre lasers from 500 to 1000 W.
Eplus3D EP-M300Dense metal, complex geometry.
Our metal laser powder bed fusion system. Valve internals, manifolds, impellers and brackets with geometry that machining cannot reach.
300 × 300 × 450 mmBuild volume
500–1000 WFibre laser options
20–120 μmLayer thickness
7Alloy families
Metal partsmachining can’t make.
Fibre lasers melt metal powder inside an inert build chamber. Controlled gas flow, oxygen management and precise recoating produce dense parts with channels, lattices and consolidated assemblies.
Why we run it
- Internal geometry. Flow paths, cooling channels and lattices built inside the part.
- Fewer parts. Assemblies consolidated into one metal component, with fewer joints to fail.
- Industrial alloys. Titanium, aluminium, nickel, stainless and maraging steel, cobalt chrome and copper alloys.
- Local metal production. Made in Dubai, so no import lead times on critical replacement parts.
Built for metalproduction.
Build capacity, configurable lasers and a controlled powder bed fusion workflow, with powder handling around the machine.
Controlled atmosphere
Argon or nitrogen process gas with low-oxygen conditions for dense metal parts.
Industrial alloy range
Titanium, aluminium, nickel, stainless, maraging steel, cobalt chrome and copper alloys.
Closed powder handling
Sieving, transfer and loading equipment keep powder controlled and recyclable.
A labyrinth cage,rebuilt in metal.
Paradigm 3D worked with oil and gas consultant 3D Energy and technology partner Eplus3D to reconstruct a valve labyrinth cage. Scanning captured the existing part, 3D Energy adapted the design for additive manufacturing, and the cage was produced in metal with specimen testing.
Under 3 weeksFrom design to printed part, including specimen testing
18%Lower reported part cost than the conventional part
Figures relate to this published project.
Where metal AMpays off.
Parts where tooling is uneconomic, the geometry is complex or the original supplier has gone.
Flow and rotating parts
Impellers, manifolds and flow components with integrated internal paths.
Lightweight brackets
Topology-optimised structures that save weight without giving up stiffness.
Metal spare parts
Obsolete or long-lead metal components rebuilt from scan data and printed on demand.
The numbers behind it.Manufacturer specifications.
Values published by Eplus3D for the EP-M300. What a specific part achieves depends on its geometry, material and build set-up.
| Specification | Manufacturer value |
|---|---|
| Build volume | 300 × 300 × 450 mm |
| Laser | 500 / 700 / 1000 W fibre laser, single or dual configuration |
| Layer thickness | 20–120 μm |
| Maximum scan speed | 8 m/s |
| Theoretical build speed | Up to 140 cm³/h* |
| Process gas | Argon or nitrogen |
| System size | 2,990 × 1,320 × 2,590 mm |
| Software | EPControl and EPHatch |
*Manufacturer-stated value. All values are manufacturer specifications for the system, not guaranteed results for an individual part.
Alloys it runs.Seven metal families.
The specific alloy grade and material specification are agreed for each part at quotation.
| Material | Key property | Typical use |
|---|---|---|
| Titanium alloys | Strength-to-weight | Aerospace and medical components |
| Aluminium alloys | Low density | Brackets and heat exchangers |
| Nickel alloys | Heat and corrosion resistance | Energy and aerospace hardware |
| Cobalt chrome | Wear resistance | Dental and industrial hardware |
| Maraging steel | High strength | Tooling and engineering parts |
| Stainless steel | Corrosion resistance | Process hardware and tooling |
| Copper alloys | Thermal and electrical conductivity | Heat exchangers and electrical parts |
See it running.The EP-M300 in action.
The official Eplus3D video of the EP-M300 metal powder bed fusion system.
How it fitsour production workflow.
The machine is one step. Engineering, finishing and inspection happen under the same roof, with one point of contact.
Send the part
A CAD file, a drawing, or photos and the old part. Tell us what it does and how many you need.
Process and quote
An engineer confirms the EP-M300 is the right machine, recommends the material and sends price and date.
Print on the EP-M300
We orient, nest and build the part, keeping the build record with the job.
Finish and inspect
Supports come off, the part is finished as specified and critical dimensions are checked.
Related systems.Owned and run in-house.
Every part is made on our own machines in Jebel Ali. We choose the process by the part, not by the machine that happens to be free.
EP-M300 questions,answered.
Anything else? See all FAQs
Which metals can you print?
Titanium, aluminium and nickel alloys, cobalt chrome, maraging steel, stainless steel and copper alloys. The exact grade and material specification are agreed at quotation.
What is the largest metal part you can print?
The EP-M300 build volume is 300 × 300 × 450 mm. Part orientation and supports reduce the usable size slightly, which we check when we review your file.
Do printed metal parts need machining?
Often. Supports are removed after the build, and critical interfaces such as sealing faces and threads are usually finished afterwards. We plan support removal, machining and finishing from the start.
Have you delivered a metal part like mine?
Our published labyrinth cage project went from design to printed part in under three weeks, including specimen testing.
Bring us the part.
Send a drawing, a CAD file, or photographs and the old part. Tell us what it does, how many you need and when.