The ultimate guide to 3D printed metal gundam parts: Accurately fits passion
If you are a Gundam enthusiast, you know the frustration of finding rare replacement parts or dreaming of customizing models with unique components. Traditional methods often under-drop-plastic parts lack durability, while machining metal parts can be very expensive. Enter Metal 3D printinga game changer for enthusiasts and builders. With similar progress Selective laser melting (SLM)High-strength, sophisticated metal parts can now be created that promotes your Gundam model to a biological level. In this guide, we will explore how SLM 3D printing can change Gundam customization, the materials and processes involved, and why it is the future of model engineering.
Why 3D printed metal parts for Gundam models?
Gundam models flourish in realism, pronunciation and durability – requirements that plastics usually cannot meet. Metal parts solve key problems:
- Key joints and bearing components: Plastic joints break under pressure; printed steel or titanium parts withstand repeated movements.
- Aerodynamic frame/weapon: Lightweight aluminum parts increase structural integrity without compromising agility.
- Details and Realism: Metal finishes (polished, brushed or colored) mimic the precise aesthetic of anime.
- Proportional Accuracy: Tiny gears and hydraulics can be printed with micron-level accuracy.
Unlike filament-based printing, SLM does not melt layer by layer of plastic – it Fusion metal powder Use high power lasers. This eliminates weak layer lines and provides quality for the end use.
Step by step: entrust metal gundam parts
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Design collection
- Custom CAD design: Use tools such as mixers or solid tools to draft parts (calculate shrinkage and support structure).
- Existing Files: Extract parts from Gundam model STL and perfect them for metal printing.
hint: Simplify complex components into fewer interlocking parts to reduce costs.
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Material selection
SLM supports metals perfect for Gundams:- Aluminum alloy (ALSI10mg): The frame is lightweight, 50% lighter than steel.
- Stainless steel (316L): Corrosion-resistant joints or armor plates.
- titanium (TI6AL4V): High strength and weight ratio of moving parts.
notes: Greatlight offers material customization – perfect for specific anime schematics.
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Preprint optimization
SLM printers use special software to:- Orienting parts to minimize support (critical for thin details (such as through-style grilles).
- Hollow design to save material (e.g., internal lattice structure).
- Apply thermal stress simulation to prevent warping.
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Print using SLM technology
Greglight’s industrial printers (such as the EOS M series) handle heavy workloads:- Powder layer 30mm Fusion by precise laser scanning.
- Complex geometry (curved gun barrel, articulated claw) is printed in one breath.
- Tolerance reduced to ±0.1mm Ensure the snapshot component.
- Post-processing and completion
Original parts need refining – This is where Greatmexs Shines:- Support removal: Automated CNC trimming dissolves the scaffold structure.
- Surface treatment:
- Sanding for matte textures.
- Electric smooth, smooth finish.
- Anodize to add color (e.g., red on Zaku Shields).
- Heat treatment: Pressure preference to prevent vulnerability.
Why collaborate with professional services for Gundam Parts?
Although hobby printers can handle plastic, Metal SLM printing requires industrial expertise. This is what professional manufacturers like Great Ensure perfection:
- SLM Advantages: Higher resolution than DMLS/SLS printers to capture silk details in beam sabers or vents.
- Rapid Prototyping Workflow: Iterative design in a few days rather than weeks is crucial for RC-enabled Gundam.
- Prevent failures: Engineers pre-check the design of wall thickness (≥0.8mm) and overhang angle.
- One-stop completion: Used for painting, galvanized or CNC engraving of model precision badges.
- RUSH Services: Rapid track production (small buildings start from 3 days).
Case Study: Reshaping the Zaku II Framework
A client approached Greatlight’s Zaku II frame and shattered in the knee joint. us:
- The original plastic part was scanned and it was redesigned in Titanium (Ti64).
- The core of the wiring channel was hollowed out (LED upgrade enabled).
- Apply black oxide coating to give the appearance a weathered appearance.
result? Functional, indestructible joints are printed in 3 days.
in conclusion
3D printing is not only convenient, it also unlocks the creative frontier for Gundam Builders. SLM technology turns fragile plastic components into elastic, ultra-detailed metal components, bridging novels and engineering. By working with professional manufacturers Greatyou bypass the trap of amateur printing: inaccurate, weak structure and finishing flaws. Whether you are restoring a classic kit or creating a unique RG version, metal additive manufacturing ensures longevity and authenticity. Ready to arm your gundam with industrial-grade parts? Today we will dig into rapid prototypes.
FAQ: Metal Gundam Parts are 3D Printed
Q1: Are 3D printed metal Gundam parts worth comparing with plastic?
Yes – for pressure components such as axial joints or weapon mounts. Metals surpassed plastics 10:1 in stress tests, while adding professional realism. Unit cost of bulk orders decreases (e.g., making 10 same thrusters).
Q2: Which file format does Greatlight accept?
STL, steps and OBJ files. Our engineers have verified your model to provide manufacturing preprints.
Q3: How do SLM parts connect to plastic kit?
The integration is seamless. We have connector sizes with Bandai specifications (such as 3mm polycaps) or design embedded clips. Design consultation ensures non-invasive components.
Question 4: Can I print chrome or gold parts?
Stainless steel parts can be mirror polished for chrome plating, while brass alloy simulates gold. Anodizing increases the hue of MG-style neon lights.
Q5: What is the maximum build volume of Greatlight?
We print up to 300 x 300 x 350mm and can accommodate a full 1/60-scale unicorn gundam frame. Larger models are subdivided for printing.
Question 6: Do I need to clean the post-delivery cleaning/surface treatment parts?
no. Each order includes tailored post-processing. You will receive the parts ready to be assembled.
Q7: Which turnover times are feasible?
From CAD to Shipping:
- Aluminum/steel: 3-5 days.
- Titanium: 5–7 days.
Rush Services lowered this by 35%.
Armored? Upload your design to today’s good light- Precision rapid prototyping partner– Quality grading with military grading at competitive pricing. Let’s design your vision.
