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Switching

Physical operating elements for systems

Switching devices define how operators interact with machines and how safety functions are triggered. Texim Europe supplies industrial switches, relays and control components for PCB and panel-level designs.

Together with partners such as RAFI, we provide both standard products and customised switching solutions tailored to your application. Our focus is on reliable operation, straightforward integration and compliance with relevant standards.

Key requirements and standards

Our switching devices are designed to meet the following requirements:

  • Safety: Emergency stop devices compliant with IEC industrial safety standards.
  • Customisation: Configurable PCB switches and panel components supported by RAFI accessories.
  • Reliability: Long mechanical lifetime, consistent actuation force and robust construction for industrial environments.
  • Compliance: CE, RoHS, REACH, and additional sector-specific approvals where required.
  • Design and engineering support: Assistance with component selection, mechanical integration and compliance verification when standard products do not fit the design.

Why switching matters

Switches and relays define system control and safety function implementation. Engineers need components that maintain predictable behaviour under mechanical stress, vibration, contamination or repeated actuation. The right switching solution reduces downtime, reduces safety risks and increases the long-term reliability and performance of machinery. Whether used in control panels, emergency stop systems or PCB-level signal switching, stable and dependable operation is essential.

Integration, engineering and lifecycle support

Reliable switching solutions depend on correct integration and long-term availability. Texim Europe supports both. We help you select and adapt switching components that match the electrical, mechanical and safety requirements of your application.

Our engineering team supports:

  • Selection of suitable switching technologies based on usage, environment and safety requirements
  • Customisation of PCB and panel switches (including caps), plungers and mounting options
  • Support with safety standards and documentation for compliance and certification
  • Coordination with partners such as RAFI for customised assemblies
  • Lifecycle management to ensure continuity when products evolve or reach end-of-life

Our goal is simple: making sure your switching solution fits your application – reliable in operation, maintainable throughout its full lifecycle.

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Based on these capabilities, our portfolio covers the following switching devices and control components:

Portfolio overview

Our portfolio includes the following switching devices and control components:

  • Emergency stops (E-Stop): Industrial E-stops designed in accordance with to IEC requirements. Available in different sizes, reset modes and illumination options for mounting formats.
  • Panel switches: Momentary and latching switches for operator interfaces, with options for tactile feedback, sealing levels, illumination types and specified mechanical lifetime.
  • PCB switches: Tactile and modular designs for compact HMI layouts, compatible with plungers, caps and customer-specific mechanical interfaces.
  • Relays: Signal switching and control relays for industrial, automotive and energy applications, suitable from low-level logic signals to higher current loads, depending on type.
  • IO-Link devices: Switching and sensing elements with IO-Link capability for diagnostics, condition monitoring and Industry 4.0 integration.
  • Signal lamps and E-boxes: Compact indication and control components for visual feedback and operator guidance.
RAFI logo

With RAFI switches you can expect products that go one step further. Since we offer standard as well as customized solutions, you should be able to find the right solution for your application with our product range.

Is there no standard switching device for your application? Please contact us for the available customisation options. We will help you compose the appropriate specifications for your switching device.

Emergency Stops

PCB & Panel Switches

When safety matters you will find the perfect e-switch for your application. Whether small or large, round or square, reset by pulling or turning, rugged or elegant – we have the solution for you.

Always in traditional RAFI reliability and quality.

E-STOPS PCB Switches

You are able to build your desired switch panel with our PCB switch program – combined with accessories like plungers and caps – to create the ultimate HMI.

Our dedicated experts and online tools can help with a custom design for your application.

Panel Pushbuttons

Work with us on your next switching project!

Every application has its own requirements. Together we can define the best fitting switching device for your equipment. Contact us directly for industrial switching solutions or support.

Related technologies

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Expand on switching devices with more technology – embedded computing platforms, sensors and cameras, and wireless communication technologies that enable reliable data processing, monitoring, and connectivity in modern electronic applications.

Switching FAQs

What types of sensors are used in environmental and safety systems?

Common types include gas sensors, air-quality and particulate sensors, temperature, radiation, chemical, and pressure sensors. All selected for accuracy and long-term stability.

How do displays survive in public safety systems?

Rugged displays use vandal-resistant glass, optical bonding, and wide-temperature operation to ensure long-term reliability in e.g., public or industrial environments.

Which wireless standards are used in environmental monitoring?

Solutions commonly use LoRa, NB-IoT, LTE-M, Zigbee, or Wi-Fi, depending on range and power consumption, and infrastructure requirements.

What sensors support driver assistance systems?

We deliver motion and vision sensors that are ideally suited to be combined with smart AI systems to optimise driver assistance.

How do in-vehicle computers handle power fluctuations?

Automotive-grade computing platforms use ignition delay circuits and wide-voltage input to prevent damage during engine start. These platforms are subject to voltage transients, load dumps, and noise. Robust power management and protection are essential to ensure long-term reliability.

Which wireless technologies are used in connected vehicles?

Vehicles often use 5G, LTE, V2X, GNSS, and Wi-Fi for real-time connectivity.

Our other technologies

Display & Touch

Embedded Computing

Wireless Communication

Batteries & Power Supplies

Sensors & Cameras

Passive & Timing

Cooling & Connection

Switching

Questions?

Get in touch with one of our representatives that can help you sustain our grow your curren and future business.

Contact us

Better. Smarter. More powerful.

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