
UNIVERSAL ROBOTS
Collaborative robots
e-Series
- Payload in model order
- 3 / 7.5 / 12.5 / 16 kg
- Reach in model order
- 500 / 850 / 1,300 / 900 mm
- Current manufacturer lineup
- UR3e / UR7e / UR12e / UR16e
- Application checks
- Tool/workpiece load, inertia, contact hazards and workspace
Price, supply and delivery are confirmed after checking the exact model.
PRODUCT OVERVIEW
Introducing e-Series
Collaborative robot family for machine tending, assembly and inspection. Assess safety and practical cycle performance including tool and workpiece hazards.
PRODUCT FEATURES
Features & configuration
01Coordinate tooling and peripheral equipment into a process-specific system.
- Payload in model order
- 3 / 7.5 / 12.5 / 16 kg
- Reach in model order
- 500 / 850 / 1,300 / 900 mm
- Current manufacturer lineup
- UR3e / UR7e / UR12e / UR16e
DETAILED SPECIFICATIONS
Detailed specifications
Read model scope, units and conditions together with the values.
| Item | Specification |
|---|---|
| Current manufacturer lineup | UR3e / UR7e / UR12e / UR16e |
| Payload in model order | 3 / 7.5 / 12.5 / 16 kg |
| Reach in model order | 500 / 850 / 1,300 / 900 mm |
| Application checks | Tool/workpiece load, inertia, contact hazards and workspace |
For installed UR5e/UR10e systems, use specifications of the actual production version rather than substituting figures from current model names.
Reference: UNIVERSAL ROBOTS · Checked 2026-10-27
Selection conditions and checks
- Verify the exact model, options and device compatibility against process speed, environment and installation conditions.
PRODUCT RESOURCES
Product resource center
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e-Series · Listed specifications
On-site specifications · English · 2026-10-27
e-Series · Product summary
Overview, key specifications and selection notes
These are IIEMAC product summaries, not full manufacturer manuals or certified drawings. Registered original manuals and drawings are listed separately below.
IIEMAC ENGINEERING
Product selection & system integration
Share the model code, equipment, application, quantity and schedule. We review the product configuration and its electrical, control and mechanical interfaces.

