Robot and drone parts that install cleanly.
- Airframes
- Mounts
- Gimbals
- End effectors
- Grippers
- Brackets
- Enclosures
- Housings
From airframe arms to gripper fingers, every application starts with the same questions: what the part must do, what it interfaces with, and what evidence is needed before release.
01 / Drones and UAVs
Drones and UAVs
Lightweight housings, sensor mounts, payload interfaces, airframe fixtures and field spares for UAV programs.
Drone and UAV airframes
Arms, center plates, landing gear and frame fixtures for UAV programs that keep revising.
- Arms
- Center plates
- Airframe fixtures
Mounts and payload interfaces
Motor mounts, camera mounts, sensor mounts and payload interfaces, plus field-ready spares.
- Motor mounts
- Payload interfaces
- Field spares
Gimbals and camera frames
Lightweight gimbal frames and camera brackets where complex geometry and low weight matter.
- Gimbal frames
- Camera brackets
- Damping features
02 / Robots and automation
Robots and automation
End-of-arm tooling and manipulator parts that change as quickly as the task does.
Robot end effectors
End-of-arm tooling, manipulator links and tool plates built around your flange and payload.
- Tool plates
- Manipulator links
- End-of-arm tooling
Grippers and fingers
Gripper plates and custom fingers that can be revised quickly as the handled part changes.
- Gripper plates
- Custom fingers
- TPU contact pads
03 / Across both
Across both
The brackets, enclosures, housings and routing parts every machine needs.
Brackets and structural mounts
Sensor brackets, camera mounts, perception pods, chassis interfaces and lightweight structural parts.
- Sensor brackets
- Perception pods
- Chassis interfaces
Enclosures and covers
Electronics enclosures, battery trays, guards and protective covers with insert-ready features.
- Electronics enclosures
- Battery trays
- Guards
Housings and cable routing
Sensor and motor housings, cable guides, strain relief and routing clips for machines that move.
- Sensor housings
- Cable guides
- Routing clips
Program fit
From one component to a controlled repeat cycle.
The strongest manufacturing path accounts for revision cadence, quantity, installation and how the part will be supported after delivery.
- 01
Prototype
Validate fit, packaging and functional intent before the design hardens.
- 02
Pilot
Support controlled builds while the product, process and demand are still maturing.
- 03
Repeat
Plan revisions, batch needs and release expectations for recurring orders.
Other hardware programs
The same shop, other demanding parts.
These are application contexts, not blanket material or certification claims.
Medical, Dental & Orthotics
Anatomical models, Dental and lab prototypes, Orthotic support components
Consumer Products & Product Design
Product housings, Functional prototypes, Pilot-run consumer parts
Automotive & Mobility
Routing clips, Lightweight brackets, Service and test parts
Industrial & Engineering
Fixtures and jigs, Machine guards, Replacement components
Flexible & Personalized Products
Custom grips, Wearable components, Impact and damping features
Drones, Defense & Advanced Technology
Sensor mounts, Payload interfaces, Field-ready spares
Food-Grade & Certified Applications
Food-line fixtures, Certified-use prototypes, Process tooling
R&D, Education & Material Development
Lab fixtures, Test coupons, Classroom prototypes
Architecture & Design
Scale models, Presentation parts, Complex design studies
Regulated, certified-use and food-contact applications require an explicit review of material, finishing, cleaning, documentation and end-use requirements before production.