Industrial CNC Machine Directory

GF DMP Factory 350

$600,000 - $1,000,000 Updated 2025-03-15
01

Key Specifications

Repeatability

60 um (3 sigma) in X, Y, Z

build volume single dual

275 x 275 x 420 mm (10.8 x 10.8 x 16.5 in)

build volume triple

350 x 350 x 350 mm (13.8 x 13.8 x 13.8 in)

laser type

Fiber laser, 1070 nm wavelength

laser power

1x, 2x, or 3x 500 W

layer thickness

Adjustable, min 5 um; typical 30, 60, 90 um

02

Overview

The GF DMP Factory 350 is the production-optimized version of the DMP 350 platform, developed jointly by GF Machining Solutions and 3D Systems for shops running metal additive manufacturing at scale in dedicated material families. Where the DMP Flex 350 emphasizes material changeover flexibility with its removable print module, the Factory 350 adds integrated powder management with high-performance automated sieving and powder conveyance, designed to maximize uptime and throughput in serial production environments.

The build volume matches the Flex 350: 275 x 275 x 420 mm (10.8 x 10.8 x 16.5 in) on single and dual laser configurations, expanding to 350 x 350 x 350 mm (13.8 x 13.8 x 13.8 in) with the triple 500 W laser option. Each laser operates at 1070 nm wavelength with full-field access -- all lasers can reach the entire build area simultaneously without zone restrictions, enabling near-linear throughput scaling regardless of part geometry or nesting arrangement.

The integrated powder management system is the defining feature. Powder is automatically collected after each build, sieved to specification, and recirculated back to the supply hopper -- all under inert atmosphere. This closed-loop approach minimizes operator exposure to metal powders (critical for reactive materials like titanium), reduces powder waste, maintains consistent powder quality across builds, and eliminates manual handling steps that introduce variability and downtime in production workflows.

Layer thickness spans from 5 um minimum to typical production settings of 30, 60, and 90 um. Accuracy holds at plus or minus 0.1-0.2% with a 100 um minimum, and repeatability is 60 um (3 sigma) in all axes. These specifications are identical to the Flex 350 -- the Factory version doesn't compromise precision for throughput.

The material portfolio covers the same extensive range as the Flex platform: aluminum alloys (AlSi7Mg0.6, AlSi10Mg, Al6061-RAM2, Scalmalloy), titanium grades (Gr1, Gr5, Gr23), stainless steels (316L, 17-4PH), maraging steel, cobalt-chrome (CoCrF75), nickel superalloys (Ni718, Ni625), and specialty materials including tungsten, C-103, and copper alloys. However, the Factory's integrated powder system is optimized for running a single material family -- frequent material changes aren't practical with the built-in powder handling infrastructure.

The machine footprint is slightly taller than the Flex at 2,370 x 2,400 x 3,470 mm to accommodate the integrated powder management hardware. Weight remains 4,200 kg. The 3DXpert software handles build preparation, process simulation, and monitoring.

New DMP Factory 350 systems typically price between $600,000 and $1,000,000 depending on laser count and powder management configuration. The integrated powder system adds a meaningful premium over the Flex variant. Specs sourced from GF Machining Solutions / 3D Systems published technical data.

03

Full Specifications

Parameter Value
Build Volume Single Dual 275 x 275 x 420 mm (10.8 x 10.8 x 16.5 in)
Build Volume Triple 350 x 350 x 350 mm (13.8 x 13.8 x 13.8 in)
Laser Type Fiber laser, 1070 nm wavelength
Laser Power 1x, 2x, or 3x 500 W
Layer Thickness Adjustable, min 5 um; typical 30, 60, 90 um
Accuracy +/- 0.1-0.2% with 100 um minimum
Repeatability 60 um (3 sigma) in X, Y, Z
Powder Management Integrated automated sieving and powder conveyance under inert atmosphere
Materials Aluminum, titanium, stainless steel, maraging steel, cobalt-chrome, nickel alloys, tungsten, niobium (C-103), copper alloys
Software 3DXpert
Machine Dimensions 2,370 x 2,400 x 3,470 mm
Machine Weight 4,200 kg (9,259 lb)

Specifications sourced from gfms.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • Integrated powder management with automated sieving and recirculation under inert atmosphere maximizes uptime and eliminates manual powder handling steps in production workflows
  • Closed-loop powder system minimizes operator exposure to hazardous metal powders -- particularly important for reactive materials like titanium and nickel alloys
  • Triple laser configuration with full-field access delivers near-linear throughput scaling without zone boundaries, critical for meeting serial production volume targets
  • Identical precision specifications to the Flex 350 (60 um repeatability, 5 um minimum layer) -- production optimization doesn't sacrifice accuracy
  • Automated powder quality maintenance ensures consistent particle size distribution across hundreds of builds, reducing batch-to-batch variability in part properties
  • Same extensive material portfolio as the Flex 350, including specialty alloys (copper, tungsten, C-103) for aerospace propulsion applications

Limitations

  • Entry price above $600K with triple laser configurations pushing toward $1M -- significant premium over the Flex variant for the integrated powder management
  • Designed for dedicated single-material production -- frequent material changes are impractical with the built-in powder infrastructure, unlike the Flex's swappable modules
  • Taller machine footprint (3,470 mm height) due to integrated powder management requires adequate ceiling clearance that some facilities may not have
  • Automated powder system adds mechanical complexity and maintenance requirements compared to the simpler manual powder handling on entry-level LPBF systems
  • Smaller install base than EOS or SLM Solutions means fewer third-party resources, published studies, and community knowledge specific to this platform
05

Best For

Aerospace production facilities running dedicated titanium or nickel alloy builds at volume where automated powder management directly reduces cost-per-part and improves consistency Medical device manufacturers producing serial production volumes of implants in Ti Gr23 or CoCr that require documented powder traceability and quality consistency Automotive and motorsport operations using additive manufacturing for production parts where throughput, repeatability, and automated workflows justify the Factory premium Defense and space contractors requiring documented, repeatable metal AM processes with minimal manual intervention for qualification and compliance purposes Large contract AM bureaus dedicating machines to specific high-volume material families where the powder management ROI is clear and changeover flexibility isn't needed Production environments scaling from prototype volumes to series manufacturing that need the reliability and consistency of automated powder handling
06

Frequently Asked Questions

01 What does a new GF DMP Factory 350 cost?

New DMP Factory 350 systems typically run $600,000 to $1,000,000 depending on configuration. A single laser system with standard powder management starts near the lower end. The triple 500 W laser configuration with expanded 350 x 350 mm build plate and full monitoring suite pushes toward $1 million. The integrated powder management adds a meaningful premium over the comparable DMP Flex 350 configuration.

02 Should I choose the DMP Factory 350 or DMP Flex 350?

Choose the Factory 350 if you're running production volumes in one or two dedicated materials and want automated powder management for maximum uptime and consistency. Choose the Flex 350 if you run multiple different alloys and need the removable print module for quick material changeover. The Factory costs more but pays back through reduced operator intervention, better powder quality control, and higher machine utilization in dedicated production. The Flex is better for R&D, prototyping shops, and multi-material bureaus.

03 How does the integrated powder management work?

After each build, unused powder is automatically collected, conveyed to a sieving station, sieved to remove oversized particles and spatter, and returned to the supply hopper -- all under inert atmosphere (nitrogen or argon). This closed loop maintains consistent powder quality without operator intervention, prevents oxygen pickup on reactive powders like titanium, and provides traceability data on powder usage and recycling. The system tracks powder lot history for quality documentation required in regulated industries.

04 Can I change materials on the DMP Factory 350?

You can, but it's not designed for frequent changeover. The integrated powder management system needs to be thoroughly cleaned when switching materials, which can take hours to days depending on the material pair and contamination sensitivity. For shops that need to run multiple materials regularly, the DMP Flex 350 with its removable print modules is the better choice. The Factory 350 is optimized for running one material family at production volume.

05 How does the DMP Factory 350 compare to the EOS M 300-4?

Both are multilaser LPBF systems targeting production. The EOS M 300-4 offers four 400 W lasers in a 300 x 300 x 400 mm build volume with full-field access. The DMP Factory 350 provides three 500 W lasers in a 350 x 350 x 350 mm volume (triple config). The DMP Factory 350 has higher per-laser power and broader material qualification including copper and refractory metals. EOS has a significantly larger install base, more published parameters, and broader ecosystem. Both have integrated powder management for production use.

06 What quality monitoring does the DMP Factory 350 include?

The machine includes layer-by-layer imaging for post-build analysis and process monitoring through the 3DXpert software platform. Powder bed quality is monitored to detect recoating anomalies. The automated powder management provides traceability data including sieve records and lot tracking. For full in-process melt pool monitoring comparable to what some competitors offer, check with GF/3D Systems on current monitoring module availability as this capability continues to evolve across the DMP platform.

07

Videos

DMP FLEX 350 - Discover our unique features for metal 3D printing

DMP FLEX 350 - Discover our unique features for metal 3D printing

United Machining (USA)

DMP Flex 350 - Finished Print Removal

DMP Flex 350 - Finished Print Removal

3D Systems

Burteck LLC. Meets Increased Demand With Automated Cells From GF Machining Solutions

Burteck LLC. Meets Increased Demand With Automated Cells From GF Machining Solutions

United Machining (USA)

08

Community Discussions

Practical Machinist

EDM Machining | AgieCharmille Cut E 350 - Cutting Issue ...

Troubleshooting and problem-solving — AgieCharmille Cut E 350 - Cutting Issue ...

Practical Machinist

CNC Machining | UMC-350 stuck in restricted zone | Practical ...

Capabilities and material handling — UMC-350 stuck in restricted zone | Practical ...

Practical Machinist

EDM Machining | GF Charmilles Cut C350 - Practical Machinist

Comparison and buying advice — GF Charmilles Cut C350 - Practical Machinist

CNCZone

CNCzone.com - CNC Machines, CadCam, Classifieds, Metalworking ...

Community discussion — CNCzone.com - CNC Machines, CadCam, Classifieds, Metalworking ...

CNCZone

Need Help! GF Machining Agie CUT Error Messages

Troubleshooting and problem-solving — Need Help! GF Machining Agie CUT Error Messages

CNCZone

CNCzone.com- Largest Forums for CNC Professional and Hobbyist ...

Community discussion — CNCzone.com- Largest Forums for CNC Professional and Hobbyist ...

CNCZone

Problem G71 TYPE II CANNED CYCLE, I'M CONFUSED! - CNCzone

Troubleshooting and problem-solving — Problem G71 TYPE II CANNED CYCLE, I'M CONFUSED! - CNCzone

Reddit

I did the thing with the thing. : r/Machinists - RedditBest and worst CNC machines and brands you've ever used ...Anyone know how to clear This? : r/Machinists - RedditWhat are the best machining companies in the U.S. - RedditGrob 150 / 350 : r/Machinists - RedditShop Rates and industries : r/Machinists - Reddit

Pricing and buying discussion — I did the thing with the thing. : r/Machinists - RedditBest and worst CNC machines and brands you've ever used ...Anyone know how to clear This? : r/Machinists - RedditWhat are the best machining companies in the U.S. - RedditGrob 150 / 350 : r/Machinists - RedditShop

Reddit

Best and worst CNC machines and brands you've ever used ...

Community discussion — Best and worst CNC machines and brands you've ever used ...

Reddit

Anyone know how to clear This? : r/Machinists - Reddit

Community discussion — Anyone know how to clear This? : r/Machinists - Reddit

Reddit

What are the best machining companies in the U.S. - Reddit

Community discussion — What are the best machining companies in the U.S. - Reddit

Links to community discussions. Summaries are editorial — visit the original thread for full context.

09

Comparisons

10

Related Machines