Surface finishing automation for sanding and polishing
ABB Robotics has launched the OmniVance Collaborative Surface Finishing Cell, its first fully automated sanding and polishing cell for manufacturers that want to automate surface finishing tasks. [1] The system is designed for work such as sanding and polishing, giving manufacturers a way to automate important surface finishing steps without needing robotics expertise. [1] ABB Robotics launches automated surface finishing technology at a time when surface finishing remains a critical manufacturing step across virtually every industry. [4]
The OmniVance Collaborative Surface Finishing Cell is positioned as a turnkey option for companies that need more than an entry-level tool kit but may not be ready for a fully customized automation project. [1] ABB Robotics says the system bridges that gap by combining a focused application with a ready-to-use approach. [1] For manufacturers that rely on repeatable sanding and polishing, that positioning is the main point of the launch. [1]
At the center of the cell is a GoFa collaborative robot, which ABB uses to carry out high-quality, precision surface finishing. [1] ABB says the cell shows how collaborative robots can deliver application-specific solutions that improve competitiveness, including for businesses and operators that are new to robotics. [1] In practical terms, the message is clear: surface finishing automation is being packaged for manufacturers that do not want to start with a complex custom robotics program. [1]
Why ABB Robotics is targeting surface finishing
Surface finishing is used across many manufacturing sectors, and companies are also dealing with more complex production requirements and a shortage of skilled labor. [6] That combination makes sanding and polishing difficult to manage when consistency, throughput, and labor availability all matter. [6] Deloitte and The Manufacturing Institute projected that 1.9 million manufacturing jobs could remain unfilled by 2033. [6]
ABB Robotics framed the new finishing cell as a response to companies that want to automate sanding and polishing but do not have in-house robotics expertise. [4] That is an important distinction because many manufacturers may understand the value of automation while still lacking the people or experience needed to design a robotics system from the ground up. [4] The OmniVance cell is therefore being presented as a more accessible route into automated surface finishing. [4]
Craig McDonnell said a growing number of companies are looking to automate processes such as sanding and polishing, but many smaller businesses lack in-house robotics expertise. [4] The same comment described the challenge for smaller businesses as needing to deliver perfect quality every time without having a solution that fits their needs. [4] That is the gap ABB Robotics is trying to address with a plug-and-play finishing cell focused on specific surface work. [4]
RoboticFirms reported that the plug-and-play system targets small and medium-sized enterprises seeking affordable automation for sanding and polishing operations. [5] This makes the launch especially relevant for manufacturers that want repeatability but may not have the resources or internal robotics knowledge associated with large automation projects. [5] The focus is not on general-purpose automation; it is on a specific cell for sanding and polishing. [5]
How the OmniVance finishing cell works
The cell is described as a self-contained system supplied as a plug-and-play solution that includes the GoFa cobot and safety components. [6] ABB says the fully CE-certified cell does not require additional engineering before operation. [6] That detail matters because additional engineering can be a barrier for companies that want automation but do not have dedicated robotics teams. [6]
The Robot Report wrote that ABB said it hopes to bridge the gap between customized automation and entry-level tool kits with the finishing cell. [8] That description helps explain where the OmniVance system fits: it is not presented as a basic tool kit, and it is not described as a one-off custom installation. [8] Instead, it is meant to sit between those two options as a ready-made cell for a clearly defined task. [8]
The system is built around a GoFa collaborative robot, which ABB Robotics uses for surface finishing tasks in the OmniVance cell. [6] Robotics & Automation News reported that the GoFa collaborative robot is used to execute high-quality, precision surface finishing. [1] By putting the cobot inside a self-contained finishing cell, ABB is packaging the robot, application, and safety elements as one solution. [6]
The new cell is aimed at manufacturers that need repeatable sanding and polishing but do not want to begin with a bespoke automation project. [1] That makes the finishing cell a practical option for companies that want to reduce the complexity of adopting robotics. [1] It also keeps the system focused on a clear production need rather than presenting it as a broad, open-ended automation platform. [1]
Market fit for small and medium-size manufacturers
ABB Robotics said the OmniVance Collaborative Surface Finishing Cell empowers small and medium-size enterprises to automate key surface work. [7] That positioning is consistent across the launch coverage: the system is meant to help manufacturers take on surface finishing automation without requiring deep robotics knowledge. [7] For small and medium-size enterprises, the appeal is the combination of a defined task, a packaged cell, and a plug-and-play approach. [7]
RoboticFirms reported that the system was designed to help manufacturers automate surface finishing tasks with minimal robotics expertise. [5] RoboticFirms also reported that ABB said the solution improves throughput, reduces processing time, and lowers costs compared to traditional manual finishing methods. [5] Those claims show how ABB is tying the finishing cell to business pressures as well as production needs. [5]
The launch also sits alongside broader interest in manufacturing technologies that change how parts are made, prepared, and finished. The global recyclable 3D printing filament market is expected to be worth around USD 3.9 Billion by 2035, from USD 0.9 Billion in 2025. That market is forecast to grow at a CAGR of 16.0% during the forecast period from 2026 to 2035. North America held 37.4% of the global recyclable 3D printing filament market share and reached a market value of nearly USD 0.3 Billion.
Hands-on fabrication examples also continue to show how digital production can create complex mechanical assemblies, even when not every component is printed. [3] Hackaday reported that Alexander is on his third generation 3D printed engine. [3] The engine includes 3D printed pumps to distribute coolant water and oil. [3] Hackaday also noted that the engine is not fully printed and uses some non-printed parts. [3]
For Fast3DPrint readers, the connection is the growing importance of the full production workflow. Parts may be made through newer fabrication methods, but preparation and finishing still remain important steps in manufacturing. [4] ABB Robotics’ finishing cell is one example of how automation suppliers are packaging specific processes, such as sanding and polishing, for manufacturers that need consistent results. [1]
The automation gap in sanding and polishing
The appeal of ABB Robotics’ new finishing cell is tied to a practical automation gap in sanding and polishing. [1] Businesses may need consistent surface finishing, but customized automation can be too involved for teams without robotics experience. [1] ABB Robotics says the OmniVance cell bridges that gap with a turnkey approach rather than a fully custom system. [1]
This matters because surface finishing can be labor-intensive while production demands become more complex. [6] Process Online described businesses as facing dual pressures of more complex production demands and a shortage of skilled labour. [4] The Robot Report also described those pressures in the context of surface finishing across manufacturing. [8]
For manufacturers, the problem is not simply whether sanding and polishing can be automated. [1] The bigger question is whether automation can be adopted in a way that fits the company’s skills, budget expectations, and production needs. [5] By presenting OmniVance as a plug-and-play finishing cell, ABB Robotics is aiming at manufacturers that want a more direct path to automation. [5]
The GoFa cobot is central to that approach because the system uses it to deliver precision surface finishing inside the OmniVance cell. [1] The cell’s value comes from combining the robot with an application-specific setup rather than asking the manufacturer to define every part of the automation project. [1] That is why ABB describes the solution as a bridge between custom automation and entry-level tool kits. [1]
What to watch next for ABB Robotics launches
The next question is how small and medium-size enterprises respond to a plug-and-play cell built specifically for sanding and polishing. [7] Adoption will likely depend on whether manufacturers see the OmniVance Collaborative Surface Finishing Cell as an accessible alternative to customized automation and entry-level tool kits. [8] If the system fits their needs, it could give more companies a way to automate surface finishing without starting from a blank robotics project. [8]
The key signal to watch is whether ABB Robotics’ application-specific collaborative robot approach becomes a repeatable model for other manufacturing tasks beyond sanding and polishing. [1] The OmniVance launch is built around a defined process, a collaborative robot, and a turnkey cell. [1] That combination is what makes the announcement notable for manufacturers following surface finishing automation. [1]
See more: More applications
Sources & Further Reading
- ABB Robotics launches new automated surface finishing cell - Robotics & Automation News - roboticsandautomationnews.com (accessed 2026-05-30)
- Recyclable 3D Printing Filament Market Size | CAGR of 16.0% - Market.us - market.us (accessed 2026-05-30)
- You Wouldn’t Download A Combustion Engine - Hackaday - hackaday.com (accessed 2026-05-30)
- ABB Robotics launches automated surface finishing cell - processonline.com.au (accessed 2026-05-30)
- ABB Robotics Launches Automated Surface Finishing Cell for Simplified Industrial Automation - RoboticFirms - roboticfirms.com (accessed 2026-05-30)
- ABB launches OmniVance surface finishing cell - designworldonline.com (accessed 2026-05-30)
- ABB Robotics launches new automated surface finishing cell - abb.com (accessed 2026-05-30)
- ABB Robotics launches OmniVance autonomous surface finishing cell - The Robot Report - therobotreport.com (accessed 2026-05-30)