About OPTi5
Designed specifically for robotic welding, the OPTi5 integrates Neuromeka's collaborative robotics platform with advanced welding technologies to deliver reliable, high-quality welding performance in production environments. Its symmetrical robot architecture minimizes unnecessary movement during left- and right-side welding, improving efficiency while maximizing usable workspace.
The reinforced mechanical design incorporates materials and finishes selected to reduce contamination and improve durability in industrial fabrication environments. Combined with advanced collaborative control technologies and integrated welding capabilities, the OPTi5 provides a dependable platform for manufacturers seeking consistent, repeatable welding automation.
Best for
- General fabrication
- Medium assemblies
- Larger torch setups
Key features
- Extended reach
- 5kg payload
- Stable design
Applications
- Steel fabrication
- Medium bracket and frame welding
- Aluminum assembly
- General job shop work
Specifications
| Payload | 5 kg |
|---|---|
| Maximum Reach | 1,350 mm |
| Repeatability | ±0.1 mm |
| Degrees of Freedom | 6 (all revolute) |
| Weight | 34 kg |
| Maximum Tool Speed | 1 m/s |
| Maximum Joint Speed | 150°/s (J1–J3) · 180°/s (J4–J6) |
| Joint Motion Range | ±360° (J1·J4·J6) · ±160° (J2·J3) · ±180° (J5) |
| Workspace (at full payload) | 900 mm |
| IP Rating | IP54 |
Compact Radius of Rotation
Like OPTi3, the OPTi5's symmetrical arm structure — the same design that minimizes unnecessary movement between left- and right-side welds — lets the folded arm rotate within a 305 mm-diameter envelope. That tight swing radius means the robot can pivot between weld positions without extra clearance, even at a larger 5kg-payload scale.
OPTi5
Standard welding cobot
Direct Teaching
Collision Detection
Easy Programming
Simple Installation
Production-ready welding performance.
The OPTi5 is a collaborative welding robot engineered for demanding fabrication environments, combining intelligent welding technology with a robust, optimized mechanical design.