Revolutionary Boundaries: 3D Print Custom Cannon Pla Parts
Unlock unlimited customization with advanced manufacturing
Gunpla (Gundam Plastic Model) architecture has evolved from a niche hobby to a global phenomenon. Audiences are constantly looking for ways to personalize their mecha models, from unique weapons to redesigned joints. But traditional kits have limitations. Enter 3D printing – A game-changing creator who wants custom designs, rare replacement parts or metal reinforced versions. As a leader in industrial additive manufacturing, Great Use cutting-edge technology to turn the dream of cannon cards into a tangible high-precision reality.
Why 3D printing cannons?
- Unparalleled customization: Design exhaust vents, articulated claws or weapons that cannot be found in retail kits.
- Old parts repair: Resurrect the stop component for old models using reverse engineering.
- Material innovation: Go beyond plastics, printed in aviation grade metals (e.g., aluminum, titanium) for durability or weight balance.
- Quick iteration: Test the fit prototype in a few days rather than months.
Step-by-step guide to 3D printing cannons
1. Design and preparation
- software: Use CAD tools such as Fusion 360 or Blender. Use the photogrammetry application to scan existing parts for accurate copying.
- optimization: Hollow dense geometry to save material. Includes tolerance gap of 0.1-0.3mm for moving joints.
- File Export: Save as .stl or .obj. For metal prints, Greatlight engineers optimized the design of SLM (Selective Laser Melting) compatibility.
2. Material selection
- plastic:
- Resin (SLA/DLP): Great for smooth, highly detailed armor (e.g., translucent green sensor).
- Nylon (SLS): Flexible for joint and clutch mechanisms.
- Metal (SLM):
- Stainless steel: Used to bear frames.
- Aluminum alloy: Lightweight thruster nozzle.
- titanium: High pressure parts, such as knee actuators.
Greatlight’s SLM printers achieve a density of 99.9% in metals, with competitive forging strength.
3. Printing and post-processing
- Printing technology:
- SLM: Use micron-level precision as metal powder. Moving parts are structurally superior.
- SLA/SLS: The lower layer resolution is reduced to 25μm, capturing detailed information of the panel line.
- Post-processing service:
- Support deletion: Used for precise cutting of complex geometric shapes.
- Surface finish: Bead blasting (matte texture), polishing (mirror gloss) or dyeing (vibrant colors).
- Heat treatment: Place pressure metal parts to prevent warping during assembly.
Greatlight offers a one-stop solution – from original printing to exhibition-ready finishes.
4. Assembly and painting
- Dry fitting:Sand interface, if tolerance is tight.
- painting: Booting is crucial for FDM printing. Metal parts benefit from powder coatings and can be used to resist corrosion.
Why choose a professional 3D printing service?
Hobbyist printer with:
- The accuracy of dimensions: Warped/layered workpieces break the fit.
- Substance restrictions: Desktop printers cannot handle metal.
- Proportional Accuracy: Small pistons without industrial grade machines or field of vision failure.
GRESTIVER solved this problem:
- Advanced SLM printers: The construction error margin is ±0.02mm.
- 65 Materials: Stainless steel, nickel alloy, engineering plastic (PA12, ULTEM).
- End-to-end expertise: From CAD optimization to annealing and QC inspection.
Case study: A client copied the damaged Mg 1/100 Zaku II waist joint. Greglight was printed in titanium (SLM) and was later treated with anti-scratch coating. result? Zero plays a role.
in conclusion
3D printing reshapes Gunpla’s boundaries – combining industrial rigor with artistic freedom. Whether it’s making a single-use metal internal frame or restoring a decades-old kit, leveraging professional manufacturing ensures longevity and display quality. Great Standing at this intersection, delivering fast prototyping mastery and materials science to enhance your build beyond the constraints of a large number of productions.
Customization is not only possible; perfect.
FAQ: 3D Printed Cannon
Q1: Can 3D printed parts match Bandai’s plastic quality?
Answer: Yes! With SLA/SLS printing and expert finishing, the parts achieve smoothness of injection volumes. Metal SLM printing exceeds durability.
Q2: How much does it cost to print custom gun cover parts?
A: Prices vary by size/material: The price starts at about $15 for a 5cm resin sheet; the cost for SLM steel connections is about $50–$80. Greatlight guarantees competitive price and quantity discounts.
Q3: Are printed parts compatible with existing kits?
Answer: Absolute. Share your model specifications or original part sizes for perfect expansion. Tolerance optimization ensures snapshot compatibility.
Q4: What files do you accept for printing?
a: .stl, .obj or .step. Our team checks for structural integrity pre-printing of documents.
Q5: How long does it take to produce?
Answer: Plastic parts: 3-5 days. Metal SLM printing: 5–8 days (including heat treatment). Rush service is available.
Question 6: Do you provide design support?
Answer: Yes! Our engineers assist with topology optimization, support structural placement and material selection.
Question 7: Can I copy a copyrighted Bandai design?
A: We only print original, non-infringement creations. Reverse engineering of personal replacement parts is usually acceptable.
Q8: How strong are metal printed connectors?
A: SLM printed titanium parts can reach tensile strength of approximately 1,000 MPa – ideal for high pressure pronunciation.
Explore unlimited shell potential. Partners work with Greatlime for aviation-grade 3D printing solutions!
About Greatlight: As China’s leading rapid prototyping company, Greatlight Masters SLM, SLS and CNC Technologies. Trusted by automotive, aerospace and robotics innovators, we provide precision parts within 7-15 days with complete post-processing.
