Custom Life‑Size 3D Printed Smart Robot Models

Product Overview

Bring your vision to life with our life‑size 3D printed smart robot prototypes. Utilizing advanced SLA, FDM, SLS, MJF, SLM and vacuum‑casting methods, we deliver museum‑quality models in plastic, resin, metal powder or TPU. Perfect for robotics demos, movie props, industrial design validation and exhibition pieces.

Key Features & Advantages

Ultra‑High Precision
- Tolerances as tight as ±0.05 mm for impeccably accurate parts
- Micro‑machining capabilities for intricate gears, joints and fine textures
Extensive Material Selection
- Plastics: ABS, PP, ASA, PC, PEK
- Resins: Standard, engineering, castable, flexible TPU
- Metals: Stainless steel, aluminum, titanium grade powders
Versatile Processes
- SLA & DLP for smooth, high‑resolution surfaces
- SLS & MJF for durable, functional nylon prototypes
- FDM for fast, cost‑effective concept models
- Vacuum casting for small‑batch production of polyurethane parts
End‑to‑End Quality Control
- 100% pre‑shipment inspection
- Certified to TUV ISO 9001 & RoHS standards
- In‑house metrology lab with CMM, optical scanning
Rapid Turnaround
- Prototypes ready in as little as 2 days for single pieces
- Weekly capacity up to 10,000 units
- Scalable for pilot and low‑volume production

Technical Specifications

Parameter	Details
Model Number	YYI09
Processes	SLA, DLP, SLS, MJF, SLM, FDM, Vacuum Casting
Materials	TPU, Nylon, ABS, PP, ASA, PC, PEK, Resins, Metal Powders
Surface Finishes	Sandblast, Paint, Coating, Coloring, Plating, Polish
Tolerance	±0.05 mm – ±0.1 mm
Certifications	TUV ISO 9001, RoHS
CAD File Formats	STP, IGS, STL, STEP, IGES
Usage Scenarios	Robotics, Automotive, Medical, Consumer Appliances, Crafts
Packaging	Bubble bag + export carton / wooden case
Port of Dispatch	Guangzhou or Shenzhen, China

Applications

Robotics & Automation: Functional arm joints, sensor housings
Entertainment & Exhibitions: Life‑size characters, set props
Industrial Design: Fit‑form prototypes, ergonomic studies
Medical Devices: Anatomical models, custom tooling aids

Why Partner with Us?

One‑Stop Service: From digital design support to final assembly
Competitive Pricing: Flexible MOQ (starting at 1 piece) & volume discounts
Experienced Team: 3+ years in rapid prototyping and small‑batch manufacturing
Global Reach: Trade Assurance, secure online payments, reliable shipping

Our 5‑Step Cooperation Process

Inquiry & Consultation
- Share your CAD files (.STP, .STL, etc.) and project goals
Quotation & Design Review
- Detailed cost estimate, material/process recommendations
Prototype Production
- Sample build, finishing & internal QA
Approval & Adjustment
- Review sample, request tweaks, sign‑off for mass build
Batch Manufacturing & Delivery
- Complete production, final inspection, worldwide shipping

Frequently Asked Questions

Q1: What is the minimum order quantity (MOQ)?
A1: Our MOQ is just 1 piece—ideal for concept validation or display models.

Q2: How long will my prototype take?
A2: Single‑piece SLA parts ship in 2 days; batches of 2–5 pieces in 5 days; larger runs are negotiated.

Q3: What CAD formats do you accept?
A3: We accept STEP/STP, IGES, STL, Parasolid (X_T), and other standard 3D formats.

Q4: What level of tolerance can you achieve?
A4: Depending on process, we hold ±0.05 mm to ±0.1 mm tolerances, verified via CMM.

Q5: How do you ensure quality?
A5: Every part undergoes 100% inspection, including dimensional checks and visual review against your design.

Q6: Which materials are best for functional vs. display parts?
A6: Use SLS/MJF nylon or metal powders for functional strength; SLA/resin or vacuum‑cast PU for detailed displays.

Q7: How is shipping handled?
A7: We ship via sea, air or express courier. Costs and lead times vary—contact us for a tailored quote.