Robotics
Industrial robotics brings numerous benefits, including increased efficiency, precision, and production safety, as well as the ability to automate repetitive tasks. This allows employees to focus on more valuable and creative work.
Thanks to robotics, companies can achieve higher productivity by reducing operational costs, minimizing human error, and shortening cycle times — all of which contribute to greater competitiveness in the market.
Welding
Welding robots are increasingly being used by small and medium-sized businesses. Their high precision, speed, and repeatability ensure top-quality results while significantly reducing costs and increasing production flexibility.
Palletizing and Packaging
Palletizing robots are currently one of the most commonly used solutions in the industry. Their high performance, flexibility, and precision enable companies to become even more competitive in an increasingly demanding market.
Machine Operation
Robotic CNC machine operation contributes to increased efficiency, improved quality, cost reduction, and enhanced competitiveness in industrial production. Optimal use of robots in CNC environments enables process automation, frees employees from repetitive tasks, and allows them to focus on more advanced and creative aspects of their work. Robots can operate in multi-shift modes, servicing different machines in various configurations, which leads to better utilization of available resources.
Pick & Place
In the pick-and-place process, a robot is programmed to detect, grasp, and move objects from one location to another based on predefined parameters. This may involve picking items from a conveyor belt, pallet, or another source and placing them at a target location such as packaging, an assembly line, or another industrial machine. Pick-and-place applications make extensive use of various types of grippers — including mechanical clamps, suction cups, and magnets — allowing the robot to handle objects of different shapes, sizes, and weights. Precise positioning is a crucial aspect of the process to ensure accurate placement of items in their designated locations. The pick-and-place process is widely used across multiple industries, such as electronics, automotive, pharmaceuticals, food processing, and many others. Examples of pick-and-place applications include placing components on printed circuit boards, packing products into boxes, sorting items, and assembling products on production lines.