Industrial robots

A traditional industrial robot is generally designed for high speeds, large working ranges and heavy or complex industrial applications. A cobot, or collaborative robot, is specifically designed to make collaboration with people possible.

The main difference lies in how the robot is used, its performance and the safety measures it requires. A cobot is not automatically safe without additional measures. Depending on the application, both cobots and industrial robots may need safeguarding.

Our engineers are happy to look at which solution best fits your application by means of a no-obligation simulation.

A delta robot is an industrial robot with a parallel mechanical structure, in which several arms drive a central moving platform. Thanks to its lightweight moving parts, a delta robot can reach very high speeds and accelerations, which makes it particularly suited to high-speed pick and place applications.

Delta robots are often used for sorting, packing and positioning products on conveyors. They are of particular interest for the food industry, packaging lines and production processes in which large numbers of light products must be handled quickly and accurately. Combined with machine vision, they can also recognise and pick up products that do not always lie in the same position.

In the concept phase of a new project, we determine whether a delta robot is the right solution for your application, taking into account the required cycle time, product weight, gripper, working area and integration into your production line.

A SCARA robot (Selective Compliance Assembly Robot Arm) is an industrial robot designed for fast and precise movements in a horizontal work plane. Thanks to its jointed robot arm and vertical axis of motion, this robot is particularly suited to applications where products or components must be positioned accurately.

SCARA robots are used for assembly, pick and place, machine loading, inserting parts and moving small components, among other things. They combine high repeatability with short cycle times and a compact installation.

We select the SCARA robot that best fits the application, taking into account product dimensions, payload, required speed and required accuracy, among other factors.

We model your production line in Visual Components, 3D simulation software for robotics and automation. That way we calculate the cycle time, determine the footprint of your end-of-line or assembly line and check whether the robot can reach every position. You see in advance what the installation looks like and how it works, before anything is built. That makes the investment decision easier and avoids surprises at start-up. Curious about your line? Request a simulation.

We start with an analysis of your process and, where needed, a test or feasibility study. We then design and simulate the robot cell, build and test it in advance and install it in your factory.

After start-up and operator training, we remain available for after-sales service. The lead time depends on the complexity of the cell and the delivery time of the robot.

We adapt existing robot cells for new products, add a vision system or an extra gripper, or replace an outdated control system. We also check whether the safety still meets current standards.

We design and build industrial robot cells with particular attention to machine safety and CE conformity. Our installations are developed in accordance with the applicable requirements of the Machinery Regulation (EU) 2023/1230.

In doing so, we take into account the risks of the complete application, including the robot, gripper, control system, safety devices and interaction with operators and other machines.

During design and build, we also pay attention to the risk assessment, the selection and integration of suitable safety measures and the verification of the safety functions. The required technical documentation and the applicable CE conformity procedure are also part of the process.