Skip to content

EVST ROBOTICS FlexArm S5

Built by EVST · China

Updated May 2026·methodology
EVST ROBOTICS FlexArm S5

Overview

The EVST ROBOTICS FlexArm S5 is a top collaborative robotic arm designed for small-scale assembly with a payload capacity of 5 kg and a reach of 900 mm. It emphasizes precision, achieving repeatability of ±0.02 mm, making it suitable for high-accuracy tasks. The arm is user-friendly, integrating seamlessly into existing operations while ensuring safety and flexibility in various assembly applications, especially in electronics and consumer goods.

Flagship features

  • High-speed performance with a J2+J3 synthesis speed of 7200mm/s
  • Excellent repeat positioning accuracy: J1: ±0.02mm; J2+J3 Synthesis: ±0.02mm; J4: ±0.01°
  • Rated load moment: 0.02kg.m²; Maximum load moment: 0.3kg.m²
  • Noise level under 75dBA, suitable for quiet environments

Specifications

Category: Cobot
Type
six axis collaborative
Axes
6
Payload
6 kg
Reach
917 mm
Repeatability
±0.03 mm
Weight
22 kg
TCP speed
2 m/s
IP rating
IP54
Safety cert.
ISO/TS 15066
Force limiting
Yes
F/T sensing
none
Teach pendant
Ethernet/RS485 combination

Detailed specifications

Motion & kinematics1
Dof Total
4
Other12
Price Tier
20-40K
Applications
assembly
Precision Mm
±0.02
Operating Temp
0°C to 45°C
Company Country
CN
Price Range Usd
$28,000
Deployment Notes
Products exported to 100+ countries and regions worldwide.
Industries Served
electronics,consumer goods
Lifting Capacity Kg
10
Programming Interface
no_code_gui,drag_and_drop
Additional Information
- High-speed performance with a J2+J3 synthesis speed of 7200mm/s - Excellent repeat positioning accuracy: J1: ±0.02mm; J2+J3 Synthesis: ±0.02mm; J4: ±0.01° - Rated load moment: 0.02kg.m²; Maximum load moment: 0.3kg.m² - Noise level under 75dBA, suitable for quiet environments
Deployment Environment
indoor

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

Reviews for EVST ROBOTICS FlexArm S5

Loading reviews…

Get pricing from

EVST

Compare with peers

Related reading

Industry Knowledge →