ER12H-1600 industrial robot arms
By EFORT Intelligent Robot Co., Ltd.
Compiled by Factinery from publicly available sources.
A specifically identified EFORT industrial robot model with its published wrist payload, reach and control architecture.
A specifically identified EFORT industrial robot model with its published wrist payload, reach and control architecture.
Only its exact model card supplies the retained facts. No underlying downloadable PDF is represented as read, and no safety, repeatability, task-cycle, specific application or independent performance conclusion is inferred.
Specifications
| Attribute | Value | Conditions | Source |
|---|---|---|---|
| Maximum payload on wrist | 12 kg | Publisher maximum wrist payload; actual tooling/load moments and operating envelope require the model documentation. | Original ER12H-1600 product page: Maximum payload on wrist. |
| Reach | 1604 mm | Exact individual model card. | Original ER12H-1600 product page: Reach. |
| Controlled axes | 6 axes | Exact individual model card. | Original ER12H-1600 product page: Controlled axes. |
| Control cabinet type | S-Cabinet | Publisher cabinet designation. | Original ER12H-1600 product page: Control cabinet type. |
Applications
- Industrial robotic positioning and handling in a configured manufacturing cell
Sources and updates
Scope of this page: Only its exact model card supplies the retained facts. No underlying downloadable PDF is represented as read, and no safety, repeatability, task-cycle, specific application or independent performance conclusion is inferred.
EFORT Intelligent Robot Co., Ltd. original public information
Public source from the named publisher · EFORT Intelligent Robot Co., Ltd.
Only its exact model card supplies the retained facts. No underlying downloadable PDF is represented as read, and no safety, repeatability, task-cycle, specific application or independent performance conclusion is inferred.
Source accessed: 27 October 2026
Content updated 27 October 2026. Source dates describe the documents or the recorded access to them.
How information is documented