LMP 300
High-Capacity Metal AM Platform for Serial Production.
The LMP 300 metal 3D printer is a high-capacity LPBF platform engineered for manufacturers requiring expansive build volumes and maximum throughput. It is the definitive solution for serial manufacturing and large-scale industrial components, delivering the continuous uptime, uncompromising repeatability, and high powder yield essential for heavy-duty production environments.
[ Costs ]
3D Printing Material Cost Calculator
Material production cost per part:
Total material cost:
Designed for demanding applications
[ Detailed Technical Specifications ]
| Parameter | Specification | Unit / Note |
|---|---|---|
| Laser Source | Up to 4x 400 W Yb Fiber Lasers | Dynamic focus: 50 - 100 µm |
| Build Volume | 300 x 300 x 300 | mm (High capacity) |
| Scanning Speed | Up to 9.0 | m/s (ultra-fast) |
| Layer Thickness | 15 - 100 | µm (individually adjustable) |
| Atmosphere | Argon / Nitrogen | O2 concentration < 100 ppm |
| Machine Weight | ~650 | kg (Production ready) |
[ Engineered for absolute process control ]
Open System Architecture
A true multi-level workflow. From stable production modes to full engineering access, you have complete control over crucial parameters like laser power, scanning speed, and layer thickness to develop proprietary materials.
Closed-Loop Powder Safety
Ensure maximum industrial safety when handling reactive materials. Our integrated system maintains a strict internal atmosphere, keeping oxygen levels below 100 ppm while achieving up to 95% material utilization.
Ready for Serial Production
Achieve high material density and exceptional surface quality. The system is optimized to produce fully functional industrial components with real mechanical properties comparable to conventional manufacturing.
[ Superior Production Economics ]
Our closed-loop architecture helps reduce material loss, improve atmosphere stability and support more repeatable output. The result is better powder utilization, lower scrap risk and more predictable production performance.
[ Proven across high-demand industries ]
Advanced Tooling
Injection molding inserts and conformal cooling channels
Functional Prototyping
Mechanically stressed prototypes and pre-series validation
Small Batch Production
Specialized components, on-demand spare parts, and customized products.
[ Your Partner Beyond The Purchase ]
[ Support ]
On-Site Commissioning & Training
Seamless integration into your workflow. Our engineering team installs the system at your facility, performs rigorous calibration, and provides hands-on operator training to ensure your production is up and running from day one.
Rapid Technical Support
Minimize machine downtime. We provide fast, direct access to the engineers who actually built your machine. Enjoy remote diagnostics for immediate software troubleshooting and rapid EU-wide dispatch for critical hardware interventions.
Preventive Maintenance
Protect your investment and maintain print consistency. We offer structured maintenance plans, regular system check-ups, and reliable supply of certified spare parts to maximize the lifespan and ROI of your Gekonn system.
Let’s assess your production requirements
Tell us about your components, material and expected output. We will help you determine whether the LMP 300 is the right platform for your production environment.
Typical response time: 1–2 business days. Your inquiry will be reviewed by our engineering team.
[ FAQ ]
Is the Gekonn LMP 300 designed for serial production?
Yes, the LMP 300 is our high-capacity platform engineered for continuous, demanding serial additive manufacturing and the production of larger industrial components.
How does the LMP 300 ensure part quality across a large build volume?
It utilizes advanced process monitoring and a highly stable LPBF architecture, ensuring consistent material properties and uncompromising repeatability for large-scale parts.
What makes the LMP 300 cost-effective for large production runs?
The combination of our 95% powder utilization yield, robust open-parameter system, and high-efficiency laser configurations significantly lowers the cost-per-part in heavy industrial environments.