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PRODUCT ADVANTAGES

Deliver high precision and high stability for industrial production lines, while enabling fast integration and large-scale deployment.

Industrial-grade precision

High repeat positioning accuracy for stable gripping

Repeat positioning accuracy up to ±0.02 mm. Combined with 2D/3D vision for high-precision positioning guidance to meet precision placement requirements.

All-in-one Multi-station

Serves multiple devices and stations

Composite robots can automatically transport, sort and load/unload between different stations, improving production line flexibility and automation coverage rate.

All‑in‑One Control

Unified Management via Edge Controller

It unifies the control of robotic arm, chassis motion, vision and peripherals to reduce integration difficulty; with open APIs for easy connection to production line systems.

Safe & Controllable

Obstacle Avoidance & Multi-robot Coordination

Multi-sensor verification, fault self-checking and automatic detour obstacle avoidance; supports multi-robot collaboration and scheduling management.

Rapid Deployment

Low-code Task Orchestration

Composite robots can automatically transport, sort and load/unload between different stations, improving production line flexibility and automation coverage rate.

Industry Adaptability

Multi-industry Application Coverage

Customizable according to process requirements for automotive, electronics, new energy, machining, logistics, food & beverage, life science and other industries.

FULL-STACK SELF-DEVELOPED · ALL‑IN‑ONE EDGE CONTROL SYSTEM

Out-of-the-box ready, redefining robot deployment.

Traditional legacy solutions

Originally four independent modular systems. Equipment fragmentation leads to long-cycle on-site commissioning and complicated communication redundancy.

FUWEI full-stack self-developed

A single edge controller perfectly integrates core functions of "manipulator, mobile base, vision and brain", delivering centralized all-in-one hardware and software control to connect all digital links in the factory.

Obstacle Avoidance & Multi-robot Coordination

Multi-sensor verification, fault self-checking and automatic detour obstacle avoidance; supports multi-robot collaboration and scheduling management.

Low-code Task Orchestration

Composite robots can automatically transport, sort and load/unload between different stations, improving production line flexibility and automation coverage rate.

Multi-industry Application Coverage

Customizable according to process requirements for automotive, electronics, new energy, machining, logistics, food & beverage, life science and other industries.

OUT-OF-THE-BOX READY · REDEFINING ROBOT DEPLOYMENT

· 15-minute fast startup

On-site physical robot deployment and basic commissioning can be completed in as fast as 15 minutes.

• Zero-code drag-and-drop programming

On-site physical robot deployment and basic commissioning can be completed in as fast as 15 minutes.

・Excellent system compatibility

Highly compatible with most intelligent devices on the market, including grippers, AMRs, collaborative robots, etc.

・Intelligent cluster scheduling system

Multi-robot collaboration solution, enabling flexible traffic management and scale adjustment for mobile robot clusters.

PRODUCT MODEL

COMPOSITE ROBOT   ±0.02MM HIGH PRECISION   0-30KG FLEXIBLE LOAD MATCHING

  • ICR-200
  • ICR-300
  • ICR-400
  • ICR-500
Model

ICR200-SV

Net Weight

Approx. 260kg

Base Payload

200kg

Arm Payload

3–5kg

Arm Reach

800mm

Overall Dimensions

(Excluding Robotic Arm)

800×560×670(mm)
Navigation Method

Laser SLAM

Navigation Accuracy 

(Mobile Robot)

±5mm
Repeat Positioning Accuracy (Collaborative Robot)

±0.02(mm)

Max Positioning Accuracy 

(3D Vision)

±0.2mm

Max Positioning Accuracy 

(2D Vision)

 ±0.05mm
Drive TypeSupports two-wheel differential /steering wheel / Mecanum wheel
Climbing Capacity≤5°
Maximum Speed1.5m/s
Battery Capacity48v/40Ah (Lithium Iron Phosphate)
Charging MethodAuto / Manual
Battery Life8h
Obstacle Avoidance Method

LiDAR Obstacle Avoidance / Safety Bumper

Emergency Stop SwitchEmergency Stop Buttons on Both Front and Rear
Audible & Visual AlarmSupported
Communication Method

WIFI/5G

Debug InterfaceOpen API


Model

ICR300-SV

Net Weight

Approx. 320 kg

Base Payload

300kg

Arm Payload

12kg

Arm Reach

1300mm

Overall Dimensions 

(Excluding Robotic Arm)

1000×680×670(mm)
Navigation Method

Laser SLAM

Navigation Accuracy 

(Mobile Robot)

±5mm
Repeat Positioning Accuracy (Collaborative Robot)

±0.05(mm)

Max Positioning Accuracy 

(3D Vision)

±0.3mm

Max Positioning Accuracy 

(2D Vision)

±0.1mm
Drive TypeSupports two-wheel differential /steering wheel / Mecanum wheel
Climbing Capacity≤5°
Maximum Speed1.5m/s
Battery Capacity48v/40Ah (Lithium Iron Phosphate)
Charging MethodAuto / Manual
Battery Life8h
Obstacle Avoidance Method

LiDAR Obstacle Avoidance / Safety Bumper

Emergency Stop SwitchEmergency Stop Buttons on Both Front and Rear
Audible & Visual AlarmSupported
Communication Method

WIFI/5G

Debug InterfaceOpen API



Model

ICR400-SV

Net Weight

Approx. 450 kg

Base Payload

400kg

Arm Payload

20kg

Arm Reach

1700mm

Overall Dimensions 

(Excluding Robotic Arm)

1200×1000×670(mm)
Navigation Method

Laser SLAM

Navigation Accuracy 

(Mobile Robot)

±5mm
Repeat Positioning Accuracy (Collaborative Robot)

±0.02(mm)

Max Positioning Accuracy 

(3D Vision)

±0.5mm

Max Positioning Accuracy 

(2D Vision)

 ±0.2mm
Drive TypeSupports two-wheel differential /steering wheel / Mecanum wheel
Climbing Capacity≤5°
Maximum Speed1.5m/s
Battery Capacity48V / 72Ah (Lithium Iron Phosphate)
Charging MethodAuto / Manual
Battery Life8h
Obstacle Avoidance Method

LiDAR Obstacle Avoidance / Safety Bumper

Emergency Stop SwitchEmergency Stop Buttons on Both Front and Rear
Audible & Visual AlarmSupported
Communication Method

WIFI/5G

Debug InterfaceOpen API


Model

ICR500-SV

Net Weight

Approx. 700kg

Base Payload

500kg

Arm Payload

30kg

Arm Reach

1800mm

Overall Dimensions 

(Excluding Robotic Arm)

2720×1520×550(mm)
Navigation Method

Laser SLAM

Navigation Accuracy 

(Mobile Robot)

±5mm
Repeat Positioning Accuracy (Collaborative Robot)

±0.02(mm)

Max Positioning Accuracy 

(3D Vision)

±0.5mm

Max Positioning Accuracy 

(2D Vision)

 ±0.2mm
Drive TypeSupports two-wheel differential /steering wheel / Mecanum wheel
Climbing Capacity≤5°
Maximum Speed1.5m/s
Battery CapacityDC48v/120Ah (Lithium Iron Phosphate)
Charging MethodAuto / Manual
Battery Life8h
Obstacle Avoidance Method

LiDAR Obstacle Avoidance / Safety Bumper

Emergency Stop SwitchEmergency Stop Buttons on Both Front and Rear
Audible & Visual AlarmSupported
Communication Method

WIFI/5G

Debug InterfaceOpen API



APPLICATION INDUSTRIES

Covers high-demand industries including automotive production lines, 3C electronics and healthcare, delivering end-to-end solutions from automation to intelligence.

CNC loading and unloading

Enables multi-robot collaborative linkage, boosting stable cycle time by 20%+.

3C Electronics

Anti-drop precision handling to ensure zero damage to chips and components.

Machining Workshop

Unmanned full-process operation for sorting, loading/ unloading and handling, with efficiency increased by 30%.

New Energy

Intelligent circulation of battery module and cell tooling, adaptable to flexible production line scheduling.

Logistics / Warehousing

Integrating flexible handling and intelligent sorting to raise warehouse turnover efficiency by 25%.

Medical / Cleanroom

Automatic material handling in sterile environments eliminates the risk of contamination from human contact.

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