01
What are you trying to build?
Enclosures and structural components that protect sensors, computing and batteries on autonomous platforms and delivery robots.
Solution
Autonomous Systems & Mobility
Sensor housings, computing enclosures and structural parts for field use.
Direct answer
Orvexyn manufactures LiDAR housings, camera housings, radar brackets, sensor racks, autonomous computer enclosures and sensor mounts for autonomous systems and mobility platforms.
Typical components and entities
LiDAR housingcamera housingradar bracketsensor rackautonomous computer enclosuresensor mountAGVAMR
02
What usually makes this difficult?
- Environmental sealing and protection for sensors
- Heat management for computing and battery packs
- Stiffness and mounting accuracy for perception hardware
- Low to medium volume economics before tooling is justified
03
How can ORVEXYN approach it?
- Start from the system requirement, not the part list
- Machine and form the enclosures before committing to tooling
- Coordinate sealing, mounting and thermal interfaces
- Move to extrusion or casting only when volume proves it
04
Which processes / materials may be involved?
- CNC machining
- Sheet metal
- Casting
- Surface finishing
- Assembly
05
What should you send us to start?
- Housing and bracket drawings or CAD
- Sensor, computing and battery mounting requirements
- Volume plan for the first two phases
- Target delivery date
Example Application
Typical parts in this solution
These are application scenarios we prepare for — not customer case studies.
LiDAR housingCamera housingRadar bracketsSensor racksAutonomous computing enclosuresBattery housingsDelivery robot / AGV / AMR chassis
Ready to start a project?
Send a drawing, CAD, sample or the problem itself to the Manufacturing Desk for an engineering review.