ABB Robotics
An IRB 2600 robot, a controller, and a turntable combined with pressure and level sensors and other equipment make up the OmniVance Machining Cell, with all components pre-tested to guarantee compatibility.
An IRB 2600 robot, a controller, and a turntable combined with pressure and level sensors and other equipment make up the OmniVance Machining Cell, with all components pre-tested to guarantee compatibility.
An IRB 2600 robot, a controller, and a turntable combined with pressure and level sensors and other equipment make up the OmniVance Machining Cell, with all components pre-tested to guarantee compatibility.
An IRB 2600 robot, a controller, and a turntable combined with pressure and level sensors and other equipment make up the OmniVance Machining Cell, with all components pre-tested to guarantee compatibility.
An IRB 2600 robot, a controller, and a turntable combined with pressure and level sensors and other equipment make up the OmniVance Machining Cell, with all components pre-tested to guarantee compatibility.

Machining Cell/Software Combo for Set-Up Simplicity, Production Speed, Flexibility

June 23, 2022
The OmniVance standardized machining package can perform up to eight applications in a single cell, with software for auto-calibration and path-tuning in one tool, cutting calibration time to 10 minutes.

ABB ROBOTICS launched its OmniVance machining cell and machining software packages for flexibility and simplicity in a range of applications, including sanding, polishing, cutting, and surface finishing. The new machining is the first of a new portfolio of standardized application cells, and the intuitive machining software simplifies programming and reduces set-up time by up to 92%.

“The OmniVance machining cell and machining software are our latest innovations in ABB’s growing robotics portfolio to make automation more accessible, flexible and faster,” stated Marc Segura, ABB’s Robotics Division President. “As consumers’ appetite for a greater range of products grows and product lifecycles shrink, manufacturers need to make quick and cost-effective changeovers to stay ahead in the market.”

An IRB 2600 robot, a controller, and a turntable combined with pressure and level sensors and other equipment make up the OmniVance machining cell, with all components pre-tested to guarantee compatibility. 90% of the cell is already built, meaning users only need to focus on tooling and robot calibration. ‘Pre-engineering’ results in a faster set-up and more compact footprint to ensure that cells can easily integrate into a wide range of production environments, and a standardized design makes it possible to run up to eight different functions on a single cell often by simply changing the end effector.

The OmniVance machining cell has been evaluated with real-life stress tests on 2,400 cells, resulting in a highly durable and stable solution suitable for harsh conditions and capable of running unsupervised for 20,000 hours before maintenance is needed.

ABB’s machining software is the first to integrate auto-calibration and path-tuning functions into a single intuitive tool. This simplifies the process of setting up new products while maximizing accuracy in machining applications including sanding, deburring, polishing, and dry ice cleaning. It is a standalone tool that supports the IRB2600 robot used in the machining cell as well as a wide variety of robots from ABB.

The machining software calibrates tools and work objects automatically, reducing re-calibration time from four hours to just ten minutes. Integrated path tuning functionality enables users to easily edit thousands of path points in just half a day, compared to the two days typically needed to obtain a high-quality surface such as that of a cellphone case or an aluminum wheel.

Non-programming experts can easily perform and monitor machining operations with an intuitive and user-friendly interface. Faster programming of the machining operation is achieved through simple drag and drop functions, minimizing the risk of errors. Copying and pasting programs between multiple machining stations can further reduce the time it takes to scale up operations.

The OmniVance FlexArc Compact is one of the latest offerings as part of ABB’s new OmniVance brand, that unifies all ABB standardized application cells. By combining robot, gripper, controller, software, and other components into a single application-specific solution, OmniVance cells require minimal integration effort and reduce the potential for errors. The standardized design of OmniVance cells, coupled with ABB’s global footprint ensures quick changeovers, easy expansion, and timely support.

Learn more at go.abb/robotics

Latest from New Products

Inovatools Eckerle & Ertel
Whether drilling, milling or grinding, application-optimized semi-standard and special tools from Inovatools make many machining operations more productive and efficient.
Whether drilling, milling or grinding, application-optimized semi-standard and special tools from Inovatools make many machining operations more productive and efficient.
Whether drilling, milling or grinding, application-optimized semi-standard and special tools from Inovatools make many machining operations more productive and efficient.
Whether drilling, milling or grinding, application-optimized semi-standard and special tools from Inovatools make many machining operations more productive and efficient.
Whether drilling, milling or grinding, application-optimized semi-standard and special tools from Inovatools make many machining operations more productive and efficient.
ATI Industrial Automation
ATI Industrial Automation’s patent-pending MC-50 manual tool changer.
ATI Industrial Automation’s patent-pending MC-50 manual tool changer.
ATI Industrial Automation’s patent-pending MC-50 manual tool changer.
ATI Industrial Automation’s patent-pending MC-50 manual tool changer.
ATI Industrial Automation’s patent-pending MC-50 manual tool changer.
Hamar Laser Instruments
The Hamar Laser Instruments L-703SP compact geometry, laser-based calibration system.
The Hamar Laser Instruments L-703SP compact geometry, laser-based calibration system.
The Hamar Laser Instruments L-703SP compact geometry, laser-based calibration system.
The Hamar Laser Instruments L-703SP compact geometry, laser-based calibration system.
The Hamar Laser Instruments L-703SP compact geometry, laser-based calibration system.
ECM PCB Stator Tech
An rotary electric motor with a PCB stator in place.
An rotary electric motor with a PCB stator in place.
An rotary electric motor with a PCB stator in place.
An rotary electric motor with a PCB stator in place.
An rotary electric motor with a PCB stator in place.