Custom Metal 3D Printing Service

Intelligent preparation from model to print

Looking for metal 3D printing software? We offer a complete additive manufacturing pre-processing solution for LPBF (Laser Powder Bed Fusion) systems.

Our support generation software, intelligent slicing engine, and multi-laser path planning tools help you reduce print failures and optimize build quality. Used by leading manufacturers in aerospace, medical, automotive, and mold & die industries.

Core Functional Modules

📐 Model Processing & Synchronous Modeling

Model import/display/cleaning/positioning
Synchronous modeling, real-time model modification
Custom support parameters & overhang area analysis

🖨️ Intelligent Slicing System

Custom slicing parameters (layer thickness, contour, infill)
Multi-channel slice visualization & customizable slice display
3D build process simulation to anticipate printing risks

🛡️ Multiple Support Design

Solid, block, frame, tree supports
Real-time support area & overhang region analysis
Reduces post-processing difficulty and saves material

⚡ Multi-Laser Path Planning

Customizable partitioning, chessboard/stripe/island scanning strategies
Top/bottom surface cutting for quality & efficiency balance
Intelligent multi-laser coordination to minimize spatter interference

Advanced Process Parameter Configuration

200+ Process parameters and workflow configurations — covering laser power, scan speed, hatch distance, layer thickness, preheat temperature, etc., suitable for titanium alloys (Ti6Al4V), nickel-based alloys (Inconel 718/625), stainless steel (316L, 17-4PH), aluminum alloys (AlSi10Mg), and cobalt chrome (CoCr).
Parameterized storage & import/export — one-click reuse of process packages ensures batch-to-batch consistency.
Log file storage — full process data recording for quality traceability and process optimization.

File Interoperability & Ecosystem

✅ Supported import formats

STL / step / igs / 3mf / obj / amf
Multiple native CAD formats (expanding)

📤 Export formats

CLI / SLC / custom slice files
Directly compatible with Tajia equipment control software & major metal printers

Intelligent Strategies for Metal Additive Manufacturing

Efficiency meets quality

Supports skin-core intelligent partitioning — skin area ensures surface quality, core area uses high-speed large spot scanning, reducing total print time by 20%~30%.

Variable layer printing

Automatically identifies overhangs, thin-walled regions based on model features, dynamically adjusts layer thickness and process parameters, reducing support needs.

Full-frame slice preview

Visualize multi-laser partitioned paths, verify scan strategies for conflicts before printing, avoiding build failures.

Technical Specifications | Pre-processing Module

Maximum part size: depends on build platform (up to 600mm)

Triangle mesh handling capacity: ≥20 million facets, smooth operation

Support generation speed: < 25 seconds for millions of facets

Slicing speed: 1GB STL file sliced within ≤ 90 seconds

Frequently Asked Questions

What is metal 3D printing pre-processing software?

Metal 3D printing pre-processing software prepares your 3D model for printing. It includes support generation, slicing, scan path planning, and print simulation — all critical for successful LPBF builds.

Which file formats does your pre-processing software support?

We support STL, STEP, IGES, 3MF, OBJ, and AMF formats for import, and export to CLI, SLC, and custom slice formats compatible with most LPBF systems.

How does automatic support generation work for metal printing?

Our software automatically analyzes overhang angles (typically >45°) and generates optimized supports (solid, block, tree, or frame) to minimize material use while ensuring build stability.

Can I customize laser scan strategies for different materials?

Yes. You can configure scan strategies including chessboard, stripe, island, and contour patterns. Each material (titanium, Inconel, stainless steel) has optimized presets.

Why Choose Our Pre-processing Software?

Fully self‑controlled

From underlying algorithms to UI, completely self-developed, rapid response to customization needs.

Deep metal process integration

Specifically optimized support and scanning strategies for LPBF, EBM and other metal processes.

Integrated workflow

Seamless connection with Tajia equipment control software and online monitoring systems for a closed loop.

Cost & efficiency improvement

Through intelligent packing / support minimization / multi-laser balancing, significantly reduces cost per part.

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