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Top shells, bumper assemblies, battery compartment covers, sensor housings, and chassis panels for autonomous mobile robots — thermoformed in ABS, HIPS, ASA, and FR-rated materials. 70% lower tooling than injection molding. 3-week mold turnaround. Color-through, no painting.
70%
Lower Tooling Cost
3 wk
Mold Turnaround
0
Paint Operations
50-5K
Units / Year Sweet Spot
Why Thermoforming for Robotics
AMR companies iterate fast, produce in hundreds (not millions), and need covers that look premium without premium tooling costs. Thermoforming is purpose-built for this reality.
AMR startups iterate fast. CNC-machined aluminum molds cost $5K-20K vs $50K-150K for injection molds. When your design changes every 6 months, thermoforming tooling pays for itself in the first production run.
New mold from 3D model to first article in 3-4 weeks. Critical for robotics companies racing to market — your mechanical team finalizes the design, and production-grade covers are shipping before the injection mold would even start cutting.
Thermoformed from pre-colored sheets — the color runs through the entire wall thickness. No painting, no paint shop, no chipping. Scratch the cover and it's still your brand color underneath. Eliminates a secondary operation and its associated cost.
Changing the cover design? Modify the CNC mold in days, not months. Robotics companies typically go through 3-5 design revisions before settling — thermoforming makes each iteration affordable instead of catastrophic.
ABS and HIPS covers at 2-4mm wall thickness provide excellent impact resistance at a fraction of sheet metal weight. Lighter covers mean more battery capacity allocated to payload — directly improving your robot's value proposition.
Perfect for the AMR production sweet spot. Too many units for hand layup, too few for injection molding ROI. Thermoforming scales linearly — double the order, roughly double the cost. No step-function tooling investments.
AMR Component Portfolio
Every external panel and enclosure an AMR needs — from the top shell to the battery compartment cover — formed in the right material for the application.
Thermoformed outer shells that define the AMR's visual identity and protect internal electronics. Smooth, Class A surface finish with integrated ventilation slots, sensor windows, and logo embossing. Available in custom colors with UV-stable materials for outdoor-rated robots.
Impact-absorbing front and rear bumper covers that house proximity sensors and safety LiDAR. Formed in flexible or semi-rigid materials to absorb low-speed collisions without cracking. Designed with sensor apertures that maintain detection accuracy.
Lower body panels that enclose the drive system, battery packs, and wiring harnesses. Thermoformed HIPS or ABS panels with snap-fit mounting for tool-free maintenance access. Chemical-resistant grades available for pharmaceutical and food-processing environments.
Flame-retardant enclosures for lithium-ion battery packs — thermoformed in ABS FR V-0 or PC/ABS. Designed with ventilation channels for thermal management and quick-release latches for battery swap operations. UL 94 V-0 rated materials standard.
Precision-formed housings for LiDAR, cameras, ultrasonic sensors, and safety scanners. Optically clear PETG or polycarbonate windows maintain sensor accuracy. Anti-glare and anti-scratch coatings available for demanding warehouse environments.
Thermoformed covers for the cargo/payload area — conveyor tops, tray carriers, and load platform enclosures. Designed for specific payload types: pallet AMRs, shelf-carrying robots, and conveyor-top units. ESD-safe options for electronics handling.
Robot Types We Serve
Every type of autonomous robot has unique environmental and performance requirements. We match the right material and design to your robot's operating conditions.
Covers for goods-to-person robots, pallet movers, and sortation AMRs operating in fulfillment centers. Designed for 24/7 operation with impact-resistant bumpers and tool-free maintenance panels.
Materials: ABS, HIPS, ABS FR V-0
Examples: Shelf carriers, pallet AMRs, sortation bots, conveyor-top units
Rugged body panels for automated guided vehicles in automotive, electronics, and heavy manufacturing. Chemical-resistant materials for environments with cutting fluids, solvents, and industrial dust.
Materials: ABS, ASA, HDPE
Examples: Line-side delivery AGVs, tugger bots, heavy-load transporters
Smooth, sealed enclosures for autonomous floor scrubbers, UV disinfection robots, and cleaning AMRs. Chemical-resistant materials withstand daily exposure to cleaning agents and disinfectants.
Materials: ABS, PETG, ASA
Examples: Floor scrubbers, UV robots, spray disinfection units
Clean, smooth-surface covers for hospital delivery robots, pharmacy dispensing units, and lab transport AMRs. Antimicrobial-compatible materials with sealed edges to prevent contamination.
Materials: ABS, PETG, PC/ABS
Examples: Hospital delivery bots, pharmacy robots, lab transport AMRs
UV-stable, weather-resistant covers for outdoor delivery robots, agricultural AMRs, and inspection drones. ASA material provides 10+ years of UV resistance without yellowing or chalking.
Materials: ASA, ABS UV-stabilized, HDPE
Examples: Delivery robots, farm bots, solar panel cleaners, inspection units
Sleek, professional enclosures for autonomous security patrol robots and infrastructure inspection units. Designed for brand presence with premium surface finish and integrated sensor apertures.
Materials: ABS, ASA, PC/ABS
Examples: Patrol robots, perimeter security bots, pipeline inspection units
Materials for Robotics
Every material is selected for the specific demands of autonomous robots — impact resistance, flame retardancy, UV stability, and ESD protection.
| Material | AMR Application | Key Properties | Max Temp |
|---|---|---|---|
| ABS | General-purpose covers, bumpers, chassis panels | Impact resistant, paintable, excellent formability, cost-effective | Up to 80°C |
| ABS FR V-0 | Battery compartments, electronics enclosures | Self-extinguishing, UL 94 V-0, low smoke emission | Up to 80°C |
| HIPS | Interior panels, lightweight covers, cost-sensitive parts | Lightweight, good surface finish, easy to form, economical | Up to 70°C |
| ASA | Outdoor robots, UV-exposed covers, agriculture AMRs | UV stable 10+ years, weather resistant, color-through | Up to 90°C |
| PETG | Sensor windows, transparent covers, chemical-resistant panels | Optically clear, chemical resistant, impact resistant, FDA compliant | Up to 70°C |
| PC (Lexan) | High-impact sensor windows, transparent guards | 250x stronger than glass, optically clear, high heat resistance | Up to 130°C |
| ABS ESD | Electronics-handling robots, ESD-sensitive payload areas | Static dissipative, controlled resistivity, prevents ESD damage | Up to 80°C |
We extrude sheets in-house from raw pellets — meaning we can match your exact brand color (Pantone, RAL, or custom) throughout the material. No painting, no color inconsistency between batches. Your robot's covers will be your brand color from day one, and they'll stay that color even after years of warehouse operation.
For Robotics Startups
Most AMR startups begin with 3D-printed or hand-laid fiberglass covers for their first 10-20 units. When it's time to scale to 100+ units, those processes become bottlenecks — slow, inconsistent, and expensive per unit. Thermoforming is the natural next step: production-grade quality at startup-friendly economics. We've helped robotics companies transition from prototype to production with covers that look and perform like injection-molded parts at a fraction of the cost.
01
STEP, IGES, or SolidWorks files. We'll review for thermoformability.
02
Mold cut in 3-4 weeks. First articles for your approval.
03
Repeat orders in 2-3 weeks. Scale as your fleet grows.
Process Comparison
How vacuum forming compares to other manufacturing processes commonly used for AMR body panels and enclosures.
| Factor | Thermoforming | 3D Printing | Fiberglass | Injection Molding |
|---|---|---|---|---|
| Tooling Cost | $5K-20K | $0 | $1K-5K | $50K-150K |
| Lead Time (First Part) | 3-4 weeks | 1-3 days | 2-4 weeks | 12-20 weeks |
| Unit Cost (500 pcs) | $$ | $$$$ | $$$ | $ |
| Surface Finish | Class A | Layer lines | Variable | Class A |
| Color Consistency | Excellent | Good | Variable | Excellent |
| Design Change Cost | $500-2K | $0 | $500-2K | $10K-50K |
| Ideal Volume | 50-5,000/yr | 1-50/yr | 1-200/yr | 5,000+/yr |
| Painting Required | No | Usually | Yes | No |
Thermoforming bridges the gap between prototyping (3D printing/fiberglass) and mass production (injection molding) — the exact production range where most AMR companies operate.Read the full comparison guide →
Send us your 3D models or drawings. We'll review for thermoformability, recommend the right material for your operating environment, and quote your AMR covers — typically within 48 hours.