Frequently Asked Questions

Yes. Many products in the Texim portfolio are designed for long lifecycle industrial applications, where availability for 5-10 years or longer is often required.

Texim works closely with manufacturers to support long product lifecycles, which are essential for industrial and professional equipment.

Through the TKH Group network and established supply chains, Texim Europe helps customers secure reliable component availability for long-term production.

Texim Europe focuses on key building blocks used in modern electronic equipment:

• Displays & Touch solutions

• Embedded computing platforms

• Wireless communication modules

• Sensors and Cameras

• Batteries and power management solutions

These technologies form the core of many professional electronic systems.

Yes. In addition to standard products, Texim can support custom configurations or integration services, depending on the project requirements. This may include tailored displays, embedded platforms, connectivity solutions, or cabling.

Yes. Texim Europe can support early-stage development with samples, evaluation kits, and reference designs from its technology partners. This helps engineering teams test and validate technologies before moving to production.

Yes, definitely. Texim works closely with both customers and manufacturers to provide technical guidance on topics such as:

• selecting the right embedded platform

• display integration

• wireless connectivity options

• power management

• product lifecycle planning

The earlier the better.

Many customers contact us before the concept or prototype phase even starts, when key technology decisions are still open. Early involvement allows our experts to recommend solutions that meet performance, lifecycle, and regulatory requirements.

The supplied technologies are used in a wide range of professional applications, including:

• Industrial Automation & Control

• Medical & Healthcare

• Agriculture

• Robotics & Drones

• Energy

• Transportation

• Environmental monitoring

• Safety systems

Each industry has specific technical requirements, certifications, and reliability standards that Texim helps address.

Texim Europe is a technical distributor with a strong solution focus.

Besides supplying components from leading manufacturers, Texim supports customers with:

• product selection and prototyping

• integration advice

• long-term availability

• logistics and supply chain support

This combination allows engineers to accelerate development while reducing supply risks.

Texim Europe helps companies develop professional equipment by supplying and integrating embedded technologies such as displays and touch screens, embedded computing platforms, wireless communication modules, sensors, and power solutions.

Rather than only supplying the products, Texim Europe works closely with manufacturers and customers to support product development, prototyping, and long-term supply. Learn more on how Texim Europe works here.

Typical sensors include temperature, humidity, IMUs, soil sensors, and vision sensors for crop, livestock, and machinery inspection or monitoring.

Outdoor operator displays use optical bonding, high brightness panels, and UV-resistant coatings to maintain visibility and readability.

Most agricultural systems use technologies like LoRa, LTE-M, NB-IoT, GNSS, and 5G-ready modules for connectivity across fields and remote assets.

Common certifications include IEC 60068 for vibration, IP65/IP67 for dust and water ingress protection, CE RED, FCC, IC, TeLEC for wireless modules, and UN 38.3 / IEC 62133-2 for batteries.

If you have a defective product that went defective or malfunctions right after receiving the product, please request an RMA by following the RMA Request process and select the main reason for RMA ‘Defective on arrival’. You must place a request as soon as you notice the defect.

Please refer to the Return & Refunds (RMA) section for more information about returning defective products.

Please request an RMA by following the RMA Request process on the website and select the main reason for RMA ‘Defective products’.

The General Terms of Delivery can be found on the dedicated page with.

The lead time of each product is different and may vary from day to day. With most products we give you an estimation of the delivery time. If there is no information displayed or if you want to know more about the delivery time, please contact Texim Europe by requesting a quote or information on any product page.

Delivery times vary depening on the following factors:

• destination address;
• total weight of the order;
• number of coli;
• special restrictions and/or dangerous good fees of the ordered product(s);
• selected carrier.

For orders entered with your Texim Europe company account: the agreed conditions apply. For information on the status of your order, please contact your internal sales representative.

For orders placed as a guest, all products must be in stock and allocated to your order. As soon as your order has left our warehouse you’ll receive a shipping notification with tracking information. Contact us or send us a message for more information about the possibilities with partial deliveries.

Please note that orders containing dangerous goods (e.g. lithium) have a longer processing time in our warehouse due to special picking instructions and additional safety checks.

Please contact us as soon as possible for the possibilities. Call us on +31 (0)53 573 33 33 or use the order confirmation to get in touch with us.

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

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

Current, voltage, vibration, and environmental sensors are commonly used for monitoring performance and enabling predictive maintenance. Often ruggedised for long service life.

Outdoor displays use optical bonding, high-brightness panels, and UV-resistant materials to prevent fading, glare, or deterioration over an extended period of time.

Typical connectivity solutions include LPWAN, LTE-M, NB-IoT, and 5G, often combined with gateways for remote monitoring.

Common requirements include IEC 60068 for vibration, IP65/IP67 for ingress protection, EMC 2014/30/EU for electrical safety, and UN 38.3 / IEC 62133-2 for batteries and safe transportation. ATEX/IECEx may apply in hazardous zones.

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

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

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

Typical requirements include IEC 60068 for vibration, IP65/IP67/IP69K for ingress protection, EMC 2014/30/EU for electrical safety, and UN 38.3 / IEC 62133-2 for batteries. Depending on the application, standards such as EN 54 or IEC 61508 may also apply.

Outdoor displays use optical bonding, high-brightness panels, and UV-resistant materials to prevent fading, glare, or deterioration over an extended period of time.

Find the latest innovations in our product range on our website, please visit the recent news section or subscribe to our newsletter by amending your notification preferences (Texim Europe account required). For a meet & greet with Texim’s Finest you may want to know where our traveling circus can be found next, please visit the news section to view upcoming events.

If you want more information about a product or solution, you can click on the ‘Request quote or information’ button found at every product on the website, or visit the contact page for all contact options.

You can contact Texim in various ways. Visit the contact page for all contact details.

Operator displays use conformal coating, IP-rated housings, and vibration-resistant connectors to ensure long-term stability in harsh industrial conditions.

Industrial IoT systems often rely on Wi-Fi, NB-IoT, LTE-M, Zigbee, 5G, or private industrial LPWAN networks, depending on latency and reliability requirements.

Industrial automation systems typically use Ethernet, Modbus, Profibus, and CAN, supported by embedded computing platforms.

Typical requirements include IEC 60068 for vibration, IP65/IP67 for ingress protection, EMC 2014/30/EU for electrical safety, and UN 38.3 / IEC 62133-2 for batteries. In safety-critical processes, IEC 61508 functional safety also applies.

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

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

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

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

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.

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

Common requirements include UNECE R10 for EMC, ISO 26262 for functional safety where applicable, CE compliance, eMark for automotive approval, and ITxPT for public transport systems. Batteries must meet UN 38.3 / IEC 62133-2. Wireless modules must comply with regional radio regulations.

High-density lithium battery packs combined with supercapacitors help manage peak loads during take-off and dynamic manoeuvres, while improving overall energy efficiency and extending service life.

Reliable autonomy is achieved through edge-capable computing platforms combined with IMUs, vision sensors, and robust communication links that maintain performance under real-world conditions.

UAVs and drones often use GNSS, LTE-M, NB-IoT, 5G, and V2X for navigation and real-time data transmission.

Common requirements include IEC 60068 for vibration, ISO 13849-1 for robotic safety, CE RED, FCC, IC, and TeLEC for wireless communication, and UN 38.3 / IEC 62133-2 for batteries.

Medical devices commonly use temperature, pressure, biometric, and vision sensors, selected for accuracy, stability, and suitability for regulated environments or analysis of medical samples.

Typical technologies include Bluetooth Low Energy, Wi-Fi, LTE-M, and NB-IoT, selected based on power consumption, data security, and application requirements.

Medical displays use anti-bacterial coatings, sealed housings, and certified electrical designs according to IEC 60601-1 to support cleaning and hygiene protocols in clinical environments.

Key requirements include IEC 60601-1 for electrical safety, ISO 13485 for quality systems, ISO 14971 for risk management, and compliance with EU MDR 2017/ 745 for medical devices. Batteries must comply with UN 38.3 / IEC 62133-2.

Operator displays use conformal coating, IP-rated housings, and vibration-resistant connectors to ensure long-term stability in harsh industrial conditions.

Industrial IoT systems often rely on Wi-Fi, NB-IoT, LTE-M, Zigbee, 5G, or private industrial LPWAN networks, depending on latency and reliability requirements.

Industrial automation systems typically use Ethernet, Modbus, Profibus, and CAN, supported by embedded computing platforms.

Typical requirements include IEC 60068 for vibration, IP65/IP67 for ingress protection, EMC 2014/30/EU for electrical safety, and UN 38.3 / IEC 62133-2 for batteries. In safety-critical processes, IEC 61508 functional safety also applies.

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

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

Typical requirements include IEC 60068 for vibration, IP65/IP67/IP69K for ingress protection, EMC 2014/30/EU for electrical safety, and UN 38.3 / IEC 62133-2 for batteries. Depending on the application, standards such as EN 54 or IEC 61508 may also apply.

Current, voltage, vibration, and environmental sensors are commonly used for monitoring performance and enabling predictive maintenance. Often ruggedised for long service life.

Outdoor displays use optical bonding, high-brightness panels, and UV-resistant materials to prevent fading, glare, or deterioration over an extended period of time.

Typical connectivity solutions include LPWAN, LTE-M, NB-IoT, and 5G, often combined with gateways for remote monitoring.

Common requirements include IEC 60068 for vibration, IP65/IP67 for ingress protection, EMC 2014/30/EU for electrical safety, and UN 38.3 / IEC 62133-2 for batteries and safe transportation. ATEX/IECEx may apply in hazardous zones.

Typical sensors include temperature, humidity, IMUs, soil sensors, and vision sensors for crop, livestock, and machinery inspection or monitoring.

Outdoor operator displays use optical bonding, high brightness panels, and UV-resistant coatings to maintain visibility and readability.

Most agricultural systems use technologies like LoRa, LTE-M, NB-IoT, GNSS, and 5G-ready modules for connectivity across fields and remote assets.

Common certifications include IEC 60068 for vibration, IP65/IP67 for dust and water ingress protection, CE RED, FCC, IC, TeLEC for wireless modules, and UN 38.3 / IEC 62133-2 for batteries.

Medical devices commonly use temperature, pressure, biometric, and vision sensors, selected for accuracy, stability, and suitability for regulated environments or analysis of medical samples.

Typical technologies include Bluetooth Low Energy, Wi-Fi, LTE-M, and NB-IoT, selected based on power consumption, data security, and application requirements.

Medical displays use anti-bacterial coatings, sealed housings, and certified electrical designs according to IEC 60601-1 to support cleaning and hygiene protocols in clinical environments.

Key requirements include IEC 60601-1 for electrical safety, ISO 13485 for quality systems, ISO 14971 for risk management, and compliance with EU MDR 2017/ 745 for medical devices. Batteries must comply with UN 38.3 / IEC 62133-2.

You don’t need a Texim Europe account to order products from our catalogue website, you can also place an order with a valid credit card, PayPal account, or iDeal payment option.
In the ordering process two login options are presented:

• order with a Texim Europe account;
• order as a guest.

With a Texim Europe account you can order products in the web shop on your company’s customer account. By clicking on your account name you can enter the Your Account options. Within these options you can amend your contact information and notification preferences, view your backlog, view your invoices, view your deliveries, and submit an RMA request.

You can request a Texim Europe account within the Login Options by clicking on the Login button at the top of the website. You must be in the possession of a customer number, this number can be found on the invoices you receive from Texim Europe (excluding the invoices from orders placed with the guest account).

If you do not posses a customer number, please issue a customer creation request.

For more information about shipping and deliveries, please visit the dedicated Shipping & Delivery page with all information.

You can request a quotation through the website or contact Texim Europe directly. For accurate pricing and availability, it helps to include:

• product reference

• estimated volume

• expected project timeline

Yes. Texim Europe supports customers across Europe and internationally through its offices and logistics network.

Yes. Of course! Samples are available for many products and can be requested through the button ‘Request a sample’ on our product pages on our online catalogue or by contacting the our team.

Our catalogue website is designed to quickly find, compare & select products matching requirements from a selection of quality components that suit every application.

Please refer to the Website Features section for visual explanation and tips & tricks on how to use the website.

To order products on our catalogue website you’ll need either: a valid Credit Card; PayPal account; iDeal payment option (The Netherlands only); or a valid Texim Europe account. Before you can place an order, you need to add products to your basket. To add products to the basket click the ‘Add to Basket’ button on the product page of the required product. You can find your basket in the top right corner of the website. To complete your transaction, please follow the ordering procedure and instructions in the payment portal.

Texim Europe only delivers to companies. Therefore, during the online checkout process the Company Name and VAT number are both mandatory for customers located in the European Union.

To make a product enquiry you can do so from every product page on the catalogue website or get in touch with an engineer.

Yes. In addition to standard products, Texim can support custom configurations or integration services, depending on the project requirements. This may include tailored displays, embedded platforms, connectivity solutions, or cabling.

Yes. Texim Europe can support early-stage development with samples, evaluation kits, and reference designs from its technology partners. This helps engineering teams test and validate technologies before moving to production.

Yes, definitely. Texim works closely with both customers and manufacturers to provide technical guidance on topics such as:

• selecting the right embedded platform

• display integration

• wireless connectivity options

• power management

• product lifecycle planning

The earlier the better.

Many customers contact us before the concept or prototype phase even starts, when key technology decisions are still open. Early involvement allows our experts to recommend solutions that meet performance, lifecycle, and regulatory requirements.

Yes. Many products in the Texim portfolio are designed for long lifecycle industrial applications, where availability for 5-10 years or longer is often required.

Texim works closely with manufacturers to support long product lifecycles, which are essential for industrial and professional equipment.

Through the TKH Group network and established supply chains, Texim Europe helps customers secure reliable component availability for long-term production.

Texim Europe focuses on key building blocks used in modern electronic equipment:

• Displays & Touch solutions

• Embedded computing platforms

• Wireless communication modules

• Sensors and Cameras

• Batteries and power management solutions

These technologies form the core of many professional electronic systems.

High-density lithium battery packs combined with supercapacitors help manage peak loads during take-off and dynamic manoeuvres, while improving overall energy efficiency and extending service life.

Reliable autonomy is achieved through edge-capable computing platforms combined with IMUs, vision sensors, and robust communication links that maintain performance under real-world conditions.

UAVs and drones often use GNSS, LTE-M, NB-IoT, 5G, and V2X for navigation and real-time data transmission.

Common requirements include IEC 60068 for vibration, ISO 13849-1 for robotic safety, CE RED, FCC, IC, and TeLEC for wireless communication, and UN 38.3 / IEC 62133-2 for batteries.

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

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.

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

Common requirements include UNECE R10 for EMC, ISO 26262 for functional safety where applicable, CE compliance, eMark for automotive approval, and ITxPT for public transport systems. Batteries must meet UN 38.3 / IEC 62133-2. Wireless modules must comply with regional radio regulations.

Outdoor displays use optical bonding, high-brightness panels, and UV-resistant materials to prevent fading, glare, or deterioration over an extended period of time.