Gantry Cartesian Robots
BRIC Engineered Systems
| Intelligent Gantry Cartesian Robots & Monorail Systems A 5,000 lb. payload. Travelling at 10 ft./second. And an automated material handling operation spanning over 300 feet. Few automation companies have the precision know-how and 20+ years experience that BRIC has solving this kind of large-scale industrial challenge. BRIC Gantries are integrated with high quality Parker Hannifin components. Click Here for the Parker Motion website |
It’s no wonder leading multinational manufacturers like Caterpillar turn to BRIC to develop their high precision, heavy load and long reach automation solutions. Call us early in your development cycle and discover what our innovative engineering, proven technology platforms, and process knowledge can do to boost your productivity and quality. |
|
Monorails: Floor Mounted & Inverted Designed for ruggedness, reliability, low maintenance and ease of use, BRIC Gantry Robots are ideal for a wide range of industries and applications. Available as either area gantries or monorail systems, BRIC Gantry Robots are available from 2m by 2m in area and upwards to over 50m; with payload capacity from 1 Kg to many thousands of Kilograms. Fully integrated with a powerful controller & software, features such as quality testing, data logging, and scheduling are only some of the options available. Compatible with ABB robots and ABB controllers. |
 |
The BRIC Gantry StrongARM Robot Integrated with Parker Hannifin components, the BRIC Gantry StrongARM is designed with reliability, speed and accuracy in mind. Made in America, the StrongARM mounts to our Gantries to provide custom sized working envelopes. With a payload capacity of thousands of Kilograms, the Gantry StrongARM will handle large or awkward loads, at speeds in excess of 10 ft per minute, typical of many industries such as aerospace, automotive and batch processes. The Gantry StrongARM features a BRIC proprietary Lateral Thrust Bearing Technology which provides the ability to lift heavy loads with great stability. The BRIC Bearing Stress Relieve design reduces stress on linear bearings caused by thermal expansion. Integrated with three or more electric servos makes the Gantry StrongARM flexible, reliable and accurate. Options include Parker Hannifin Rack & Pinion drives, Belt options, DDL Motors, single or dual rail configurations and customized trolley design. |
 |
The BRIC Gantry SuperARM Robot Integrated with Parker Hannifin components, the BRIC Gantry SuperARM Robot is the only robot on the market to offer combined traverse and telescoping features making it flexible and ideal for loading and off loading overhead conveyor systems. The Gantry SuperARM provides a payload capacity of up to 500 lbs integrated with five or more servo axes, making it highly flexible, reliable and accurate. Like the Gantry StrongARM Robot, the Gantry SuperARM features a BRIC proprietary Bearing Stress Relieve design and comes with similar options. |
 |
ABB Robot BRIC Monorail Floor-mounted Rail for ABB IRB 2400 Robot $77,690.00 Travel length of 15ft. Includes cables, cable tray, two overtravel switches, and hard stops at each end. Rack and pinion with zero backlash drive unit. Not included ABB IRB Robot ABB Robot Controller ABB External Axis Kit We can assist you in ordering the above components through your local ABB representative. Custom travel lengths available |
 |
ABB Robot BRIC Overhead Gantry Overhead Monorail for ABB IRB2400 $85,990.00 Our Overhead Monorail provides 15 ft of travel for an inverted ABB IRB2400 Robot. Cables, cable tray, two overlimit sensors, and hard stops at each end are included. The drive unit is a rack and pinion zero backlash integrated unit of very high quality. Not included ABB IRB Robot ABB Robot Controller ABB External Axis Kit We can assist you in ordering the above components through your local ABB representative. Other travel lengths and configurations are available, please contact our office for pricing at 1-800-937-5135. |
BRIC Engineered Systems. All inquires call 1-800-937-5135.
Copyright © 2009. All Rights Reserved.