Laser + Plasma + drilling + threading + milling + marking + oxy-fuel cutting

Advanced eyes for any robot OmniCore™ EyeMotion gives any OmniCore-powered ABB robot powerful sensing and perception capabilities. Its smart, hardware-agnostic software toolbox adds vision capabilities to our RAPID programming language, working with any camera or sensor, and with any ABB robot. With OmniCore EyeMotion, customers can easily create vision programs by dragging and dropping functional blocks within an intuitive interface, enabling fast image acquisition and accurate recognition. Fully integrated in RobotStudio®, it enables rapid setup and deployment, cutting commissioning time by up to 90%. When combined with automatic collision-free path planning online, cycle times can be reduced by as much as 50%. OmniCore EyeMotion provides a comprehensive framework that integrates everything needed to create 2D and 3D vision applications – from image acquisition and processing to vision-to-robot communication. Where speed, accuracy, and adaptability are essential and production conditions can change in an instant, OmniCore EyeMotion-enabled robots keep operations productive, safe, and consistent.

Easy-to-use and flexible surface finishing solution OmniVance™ Collaborative Surface Finishing Cell is an easy-to-use and flexible surface finishing solution, which employes a collaborative robot (cobot) to execute automatic polishing or sanding. The solution is suitable for various materials and geometries, from flat shapes to 3D forms, enabling consistent performance across different part types. This automated system boosts production by improving efficiency, ensuring consistent quality and preserving operator health by automating repetitive surface-finishing tasks. The Omnivance™ Collaborative Surface Finishing cell is extremely easy to use. Thanks to its revolutionary application software Surfin Companion provides a very intuitive and collaborative experience. It allows any operator, even first-time users and those not trained in robotics, to create and execute automatic polishing or sanding within minutes.

Robotic welding within everyone’s reach Experience the future of welding with the OmniVance Collaborative Arc Welding Cell, a complete welding solution that can be operated even without any robotics programming knowledge. Whether you face a shortage of skilled welders or need to quickly boost productivity, or both. The OmniVance Collaborative Arc Welding Cell is a fast and easy solution for your welding needs. Key features Get started quickly Fully integrated and pre-tested cell, complete with cobot and CE certification, is quick to deploy, saving engineering time, effort and costs with guaranteed results Fast and easy welding No code programming enables first-time robot users to weld without needing specific robotic skills. Save up to 70 percent of programming time with the auto-generated programming feature of the Easy Teach Device Weld with assured quality GoFa’s unmatched position accuracy and ABB’s industrial-grade welding software ensure high-quality output, every time Unleash next level flexibility Versatile system can be easily reprogrammed to perform multiple welding tasks. Ideal for high-mix, low volume production Upskill your workforce Empower manual welders to easily automate simple weld jobs and focus on more value-added work Elements of the cell Cobot Arc Welding Package Including robot-mounted Easy Teach Device, GoFa welding cover and cabling GoFa CRB 15000 Cobot (5kg) Collaborative robot with class-leading speed, precision, safety and ease of use CE certified Ensuring the best standards to weld with confidence ABB Arcware Application Software Simple, yet power programming software to execute welding sequences efficiently Complete welding equipment Includes welding torch, welding table, wire feeder and power source for fast and easy installation Safety Fence Enhanced features for safe, high quality welding

ABB’s new machine tending cell simplifies automation to offset labor shortages Unlock next level productivity Experience the benefits of simplified automation with the OmniVance Collaborative Machine Tending cell. A complete application solution that is quick to install and easy to use. So, you can spend time growing your business instead of performing repetitive tasks. Built using ABB’s versatile GoFaTM 12 collaborative robot, the OmniVance Collaborative Machine Tending Cell is the perfect fit for high-mix, low volume tasks. Key features - Equipped with tray system and robot controller - All components are built on one movable baseplate - Pre-installed, user-friendly application software Key benefits Easiest way to automate Pre-assembled & pre-tested cobot solution is quick to install and easy to operate Ideal solution to transition from manual to automatic machine tending Boosts business efficiency Maximize machine utilization and boost your productivity by working without interrup-tions and lowering down time Focus on high-value work Reduce up to 60% of personnel’s time spent tending machine to focus on growing the business Improves quality Achieve consistent quality while cutting out scrappage & rework with the class-leading performance of GoFa cobots Faster Payback Increased productivity + lower operational costs = faster return on investment Elements of the cell - GoFa 12 cobot - Tray system - WebApp - OmniCore Controller - Gripper - Communication interface - Safety scanners (optional)

On-site services make it possible to carry out specialized stainless steel treatments directly at the customer’s facilities, avoiding complex dismantling, transport and extended production downtime. Using mobile units and qualified technical personnel, processes such as pickling, passivation, electropolishing, biological cleaning, derouging and surface conditioning can be performed on already installed equipment. This service is especially suitable for tanks, reactors, piping, circuits, process machinery, CIP systems and large-scale equipment in sectors such as pharmaceutical, food processing, chemical, cosmetic, wine and industrial applications. Each intervention is adapted to the plant conditions, ensuring safety, technical control, traceability and documented results.

Thanks to the engineering department, Innoprofile is able to design any online process such as winded, drilled, die-cut, etc … According to the characteristics and needs of each project, the specific tools for the needed operations are developed. The image shows an illustrative example of a profile we manufacture that is assembled in a tube shape. According to the client’s needs, the shape and geometry of the profile can be changed.

Cutting range - 1500×3000 mm up to 2500×12000 mm Positioning speed - 120 m/min Acceleration - Up to 2 Gm/s² Positioning accuracy - ±0.03 mm Repeated accuracy - ±0.02 mm Laser generators available - From 1 kW up to 80 kW Open Laser Cutting - The giant of industrial cutting Ideal for large formats and maximum power. Perfect for metal structures, large-format parts and high-demand processes.

Cutting range - 1500×3000 mm up to 2500×12000 mm Positioning speed - 120 m/min Acceleration - Up to 2 Gm/s² Positioning accuracy - ±0.03 mm Repeated accuracy - ±0.02 mm Laser generators available - From 1 kW up to 80 kW Open Laser Cutting - The giant of industrial cutting Ideal for large formats and maximum power. Perfect for metal structures, large-format parts and high-demand processes.

Operating elements include different types of steering handwheels and crank handles with various diameters, for operating on machine tools and equipment. They are provided with or without handle. The variety of production materials used for the operating elements allows for use in wide field of industrial sectors. Different designs and materials are available: technopolymer, Duroplast, aluminium or stainless steel. Ergonomics and original design awarded by the most prestigious international juries for Industrial design. In this group we find spoked handwheels, solid handwheels, arm handwheels and crank handles.

Wide range of control elements for manual machine operation, combining ergonomics, durability and reliability.

Operator Protection Equipment TOTAL PROTECTION, TOTAL COMFORT Workplace safety is a top priority. Clemco accessories with CE marking protect the operator from heat, cold, dust, and noise. Protection combined with operator comfort is the foundation of Clemco’s protective products. When Clemco equipment is used together with the appropriate accessories, the operator can focus on the job with complete safety and comfort—achieving the highest levels of productivity.

Optical sensors to obtain high accuracy 3D pointclouds of your products for reverse engineering, virtual metrology and automatic inspection.

Collect, manage and analyze data across production facilities, all from one place ABB OptiFact™ is a modular software platform for extracting and creating business value by collecting, managing and analyzing data in production facilities. Optifact can connect to many devices in the factory, including ABB robots. There is no need for permanent connectivity or sending your data externally, meaning users have full control over your digital settings. Users can create their own dashboard and organize data with our labeling and modeling tools to better display key performance indicators based on your specific needs and production processes. Benefits Collect data from hundreds of factory devices to determine cycle time and OEE Increase production time by up to 20% by limiting the number of errors in your factory Improve factory decision-making by tracking KPIs and avoiding major breakdowns Analyze your data in 3 clicks using a selection of pre-created dashboards or designing your own Make sense of your data with Data Manager and free up up to 25% of the time of your most valuable experts Designed for different use cases Optimize your factory's OEE Data-driven maintenance Improve your factory operations

Understanding Your Robot’s Condition: Introducing the Robot Diagnosis Dashboard in OptiFact™. Industrial robots generate vast amounts of operational data every day. Until recently, much of this data remained underused, making it challenging for operators to understand the condition of their robotic fleet without manual checks or reactive troubleshooting. As production environments grow more complex, there is increasing value in tools that turn raw machine data into meaningful insights. OptiFact™ now addresses this need with Robot Diagnosis, a dedicated dashboard designed to help users better understand the internal behavior of their robots and make more informed maintenance decisions. What Robot Diagnosis Does The Robot Diagnosis dashboard works by collecting motion-related data directly from the robot’s motors and gearboxes. Using ABB-developed algorithms, OptiFact processes this data and translates it into a health score between 0 and 10, giving users a clear, at‑a‑glance indication of the robot’s current condition. This score consolidates a range of internal performance factors—such as mechanical behavior, load patterns, and motion characteristics—into one accessible metric. A lower score indicates normal robot operation, while a higher score highlights deviations that may indicate emerging mechanical issues where proactive maintenance could improve performance.