Fanuc ARC mate 0iB Industrial Robot - Image 1
1 / 8

Fanuc ARC mate 0iB Industrial Robot

Manufacturer
Fanuc
Model
ARC mate 0iB
Type
Industrial Robot
Year
2014
Category
Robotics
Sub-category
Robotics
Price: Upon request

Specifications

Technical Specifications

Number of axes
6
Repeatability
+/-0.08mm
Max. reach
1437mm
Max. wrist payload
3kg

Axis Working Range

A1
360°
A2
250°
A3
455°
A4
380°
A5
280°
A6
720°

Axis Speed

A1
225°/s
A2
215°/s
A3
225°/s
A4
425°/s
A5
425°/s
A6
625°/s

Inertia

A4
8.9Nm/0.28kgm²
A5
8.9Nm/0.28kgm²
A6
3Nm/0.035kgm²

Weight & Dimensions

Mechanical unit weight
145kg
Control unit weight
40kg
Installation dimensions
283x283mm

Equipment

Control system
Included

Interested in this machine?

Get in touch with the seller for pricing, additional photos, technical specifications, or to arrange a viewing.

Contact Seller

Optional - helps us improve (not shared with seller)

Know someone who might be interested?

Share this machine with colleagues or friends

Share this machine

AI Description

Beta

Capabilities

The Fanuc ARC Mate 0iB is a 6-axis industrial robot designed for precision assembly, welding, material handling, and light manufacturing tasks. With a maximum reach of 1437mm, repeatability of ±0.08mm, and a 3kg wrist payload capacity, this robot excels at consistent, accurate work in confined spaces. Its compact design (145kg) makes it ideal for integration into existing production lines without requiring major facility modifications.

Industries & Uses

Manufacturers across automotive, electronics, medical device, and small-parts assembly industries rely on robots like this for repetitive, high-precision tasks that demand consistency humans cannot maintain. It's particularly valuable for businesses scaling up production while controlling labor costs and improving quality. The 2014 model with included control system is well-suited for shops already familiar with Fanuc equipment or those building their first robotic automation system.

What to Check When Buying

When evaluating this used unit, inspect the wrist and arm joints for wear, corrosion, or play in the bearings—these are high-stress areas. Request maintenance records and programming documentation. Verify the control system boots correctly and test basic axis movements. Check cable condition and connectors, as replacements can be costly. An on-site inspection is essential to confirm mechanical condition and test performance before committing.

This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.

Similar Machines

More machines in Robotics