Exhibitor products

The high-precision surfaceCONTROL 3D 3500 snapshot sensor is used for the automated optical inspection of geometry, shape and surfaces on diffuse reflective surfaces. The surfaceCONTROL 3D 3500 stands out due to its compact design and high measurement accuracy combined with high data processing speed. With a z-axis repeatability up to 0.25 µm, the sensor sets new standards in high-precision inline 3D measurements. This enables reliable detection of even the smallest deviations in flatness and height. Two models cover different measuring fields.

High-performance VPN industrial router with LTE450 and 4G for use in 450 MHz networks

Your path to an energy-efficient compressed air network

Designed for use in the LTE mobile network Cat 4

The six degrees of freedom (6DoF) describe the freedom of movement of a rigid body in a three-dimensional space Inclination - Acceleration - Gyroscope - Rotation - Translation - Angle Measurement jobs on mobile machines require robust and precise technologies as well to detect the movement of the systems in an open and harsh environment. 6DoF sensors use various basic physical principles for different sensor functions in one sensor chip. MEMS sensors are used to transmit position and angle values to a processing unit in the backend of the sensor. PULSOTRONIC 6DoF sensors detect acceleration values up to 32g and angular rates up to +/- 2000 dps. An internal temperature sensor allows the stabilization of the system in a temperature range between -40°C and +85°C. The most important advantages of using such sensors in mobile machines is the independence from the earth's magnetic field, the compensated cross-sensitivity and a high vibration immunity stabilized by sensor fusion algorithms. Application-specific adjustments of the measuring ranges can be changed within the firmware. Several options for communication are in place like or CAN, SPI and IO-Link. An SPE interface will be also available shortly. Safetyrelevant applications with an IO-Link safety interface will be solved in near future. The performance of the 6DoF sensor is predestines for applications in agricultural machinery, forklift trucks, construction machinery, as well as in the field of wind power plants, photovoltaics, robotics or as part of fleet management systems.

We offer FEP/FEP shielded control cables with outstanding temperature resistance up to 180°C, chemical durability, and reliable EMI protection. Designed for demanding control and automation applications in harsh industrial environments.

Perfekte Oberflächen für 3D-Druckteile – Jetzt kaufen bei Ihrem druckerfachmann.de! Die ASM VX1 chemische Glättanlage / Dampfglätten revolutioniert die Nachbearbeitung von 3D-gedruckten Kunststoffteilen. Mit innovativer Technologie sorgt sie für glatte, spritzgussähnliche Oberflächen und maximale Effizienz – ideal für Industrie, Prototypenbau und Endverbraucherprodukte.

Der Formlabs Form 4 ist ein rekordschneller MSLA-3D-Drucker, der eine branchenführende Materialbibliothek mit einem zuverlässigen und präzisen Drucksystem vereint. Lassen Sie Ihre Ideen schneller denn je Wirklichkeit werden, mit einem simplen Arbeitsablauf, unübertroffener Zuverlässigkeit und überragender Druckteilqualität auf dem Ecosystem des Form 4.

Der Formlabs Form 4L ist ein rekordschneller MSLA-3D-Drucker im Großformat, der eine branchenführende Materialbibliothek mit einem zuverlässigen und präzisen Drucksystem vereint. Lassen Sie Ihre größten Ideen schneller denn je Wirklichkeit werden, mit einem simplen Arbeitsablauf, unübertroffener Zuverlässigkeit und überragender Druckteilqualität auf dem Ecosystem des Form 4L. 🔹 Bauvolumen: 353 × 196 × 355 mm 🔹 Druckvolumen: 24,2 Liter 🔹 Schnelle Druckzeiten: Große Teile in unter 6 Stunden 🔹 Höchste Präzision: ±0,15 % XY-Maßtoleranzen 🔹 Low Force Display™-Technologie für feine Details und glatte Oberflächen 🔹 Intuitive Workflows: Vom CAD zum Druck in wenigen Klicks

Der Form Cure der 2. Generation ist eine automatische Nachhärtelösung für die Kunstharz-3D-Drucker von Formlabs. Jetzt Form Cure bei Ihrem Fachhändler druckerfachmann.de bestellen.

Form Wash (2. Generation) – Automatisierte Nachbearbeitung für SLA-3D-Druck – sauber, effizient und einfach. Optimiere deinen 3D-Druckprozess von Anfang bis Ende. Mit dem Form Wash (2. Generation) erzielst du konstant saubere, einsatzbereite Druckteile – schnell, effizient und reproduzierbar.

Das Formlabs Fuse 1+ Special SLS und SLA Paket enthält alles, was Sie für die Einrichtung eines voll funktionsfähigen SLS-3D-Drucksystems benötigen. Dieses umfassende Paket vereint die hochpräzise Fuse 1+ 30W Drucktechnologie mit leistungsstarken Nachbearbeitungslösungen, einer großen Materialauswahl und Zubehör für den effizienten Betrieb. Damit ist das Pro-Package die ideale Lösung für industrielle Anwendungen, die auf Geschwindigkeit, Materialqualität und minimalen Abfall ausgelegt sind.

Bestellen Sie die Strahlanlege Formlabs Fuse Blast um Ihre gedruckten SLS Kunststoffteile ganz einfach zu entpulvern.

very precise temperature range -80...200°C pressure-proof up to 25 bar IP 65 with integrated hx processor for determination of the values dew point temperature, mixing ratio, enthalpy, absolute humidity and wet bulb temperature on-site adjustment via buttons and LED, three designs, optional with display: AW / AK / BW / BK / BZ A Series: Plug-and-Measure- exchangable probes B Series: probes are firmly connected Accuracy: Humidity: ± 1.5% RH 10...90 % rh at 23 °C Temperature ± 0.15 K at 23 °C Designed for use in industrial process automation, the sensors of the A + B series can be installed in virtually any position. The robust devices are available to be mounted in ducts, on walls, or are available with a stainless steel probe which can be up to 5 m away from the output electronics. Depending on the application, we either recommend using transmitters with exchangeable or permanently assigned probes. The type of filters and filter materials can be adapted to suit the respective protection category required (up to IP65). All devices work with an internal processor which uses the measured values for relative humidity and temperatures to also calculated enthalpy, absolute humidity, mixture ratio (water/air) or the wet-bulb temperature. Digitalization of the signal processing allows the measurement accuracy for humidity to reach excellent values of ±1.5 % RH, and with the platinum resistance sensor, the accuracy of the temperature measurement reaches tolerances of ±0.15 K. Depending on the individual design, the sensors can be used at temperatures of between -80 °C and 200 °C and at pressures of up to 25 bar in non-corrosive air.

very precise temperature range -80...200°C pressure-proof up to 25 bar IP 65 with integrated hx processor for determination of the values dew point temperature, mixing ratio, enthalpy, absolute humidity and wet bulb temperature on-site adjustment via buttons and LED, three designs, optional with display: AW / AK / BW / BK / BZ A Series: Plug-and-Measure- exchangable probes B Series: probes are firmly connected Accuracy: Humidity: ± 1.5% RH 10...90 % rh at 23 °C Temperature ± 0.15 K at 23 °C Designed for use in industrial process automation, the sensors of the A + B series can be installed in virtually any position. The robust devices are available to be mounted in ducts, on walls, or are available with a stainless steel probe which can be up to 5 m away from the output electronics. Depending on the application, we either recommend using transmitters with exchangeable or permanently assigned probes. The type of filters and filter materials can be adapted to suit the respective protection category required (up to IP65). All devices work with an internal processor which uses the measured values for relative humidity and temperatures to also calculated enthalpy, absolute humidity, mixture ratio (water/air) or the wet-bulb temperature. Digitalization of the signal processing allows the measurement accuracy for humidity to reach excellent values of ±1.5 % RH, and with the platinum resistance sensor, the accuracy of the temperature measurement reaches tolerances of ±0.15 K. Depending on the individual design, the sensors can be used at temperatures of between -80 °C and 200 °C and at pressures of up to 25 bar in non-corrosive air.