Choosing a safety curtain is one of the key elements of designing a safe industrial workstation. A properly selected curtain not only protects the operator but also ensures compliance with standards and minimizes the risk of production downtime. In this article, I explain step-by-step how to select a safety curtain for a machine—without unnecessary theory, but with an emphasis on practical application.
The Internet of Things (IoT) is permanently changing the way modern manufacturing plants operate. By integrating machines, sensors, and IT systems, companies gain full control over processes, reduce costs, and increase efficiency. In this article, we explain what IoT is in industrial automation and how it is applied in practice.
Installing a safety curtain is one of the key steps in implementing safety systems in machines and production lines. Proper installation directly impacts employee safety, compliance with standards, and the operational reliability of the entire system. In this article, we explain step-by-step how to install a safety curtain, what to look out for, and what mistakes are most common.
What is a Safety Relay? A safety relay is a device used in machine safety systems. Its main function is to monitor safety devices and stop a machine immediately when a hazardous situation occurs. Safety relays commonly work with devices such as: • safety light curtains • emergency stop buttons • safety door switches • safety mats • laser scanners They help machines comply with international safety standards such as ISO 13849-1 and IEC 62061.
Programmable Logic Controllers (PLC) are the foundation of modern industrial automation. They control machines, coordinate processes and ensure safe operation of production systems. Selecting the right PLC is crucial for system reliability, scalability and implementation cost. In this article we explain how to choose a PLC for a production line and which solutions are best suited for modern industrial automation.
Safety light curtains are one of the most important protective devices used in industrial machinery. Their purpose is to immediately stop dangerous machine motion when a person or object enters the protected area. However, for the system to function correctly, it is crucial to install the light curtain at the correct safety distance from the hazardous zone. If the curtain is installed too close to the machine, the operator may still reach the dangerous part before the machine stops....
Industrial Shields PLC controllers combine the robustness of industrial automation hardware with the flexibility of open-source platforms such as Arduino and Raspberry Pi. This unique approach enables cost-effective, scalable and highly adaptable control systems for modern industry. In this article, we present the types of Industrial Shields PLCs, their industrial applications, and the innovative features that differentiate them from traditional programmable logic controllers.
An optoelectronic safety light curtain (also known as a safety light curtain) is a non-contact protective device used in industrial automation. Its primary purpose is to detect the presence of fingers, hands, or the human body within a hazardous machine zone and immediately stop dangerous motion. The system consists of a transmitter and a receiver. Between them, a dense array of infrared light beams is generated. If even one beam is interrupted, the safety outputs switch instantly and the...
Automatic sorting systems have become the foundation of modern logistics, distribution centers, and production lines, where both high throughput and operator safety are paramount. One of the key protective elements in such installations is light curtains, which effectively combine safety standards with process continuity.
Modern industrial automation requires accurate, reliable, and environmentally resistant measurement systems. Errors in position, speed, or safety control may lead to downtime, financial losses, or even serious risks to operators.
Accurate linear position measurement is essential in modern CNC machines and industrial automation systems. The two most common technologies are optical linear scales and magnetic linear scales. Although both measure linear movement, their performance and application areas differ significantly. At Morkom-Tech, we offer magnetic linear scales and complete linear measurement systems designed for industrial environments.
Accurate position and speed measurement is essential in modern automation, robotics, and advanced industrial machinery. BOGEN Magnetics magnetic measurement systems are among the most reliable solutions for demanding environments where precision, durability, and repeatability are crucial. As the official BOGEN representative in Poland, APM MORKOM supplies high-quality incremental and absolute encoders as well as magnetic rings and scales.