Labdisc integrates up to 15 sensors into a single, wireless, portable device. It allows accurate experiments to be carried out in multiple disciplines without the need for a traditional laboratory, recording and analyzing data in real time. A professional tool that transforms science teaching into a practical, innovative and measurable experience.

The most advanced laboratory solution in its category. Labdisc redefines how science is taught by integrating up to 15 sensors into a single, wireless, portable, and fully digital device.
Its all-in-one system allows precise experiments in physics, chemistry, biology and environmental sciences to be carried out without the need for cables, traditional laboratories or additional equipment. Data is recorded in real-time and analyzed with intuitive software that empowers scientific interpretation and evidence-based learning.
Designed for institutions seeking innovation, portability, and academic rigor, Labdisc turns every measurement into an authentic, measurable scientific discovery experience.

Xploris integrates sensors, control, and coding into a single portable device. It combines science, technology, engineering, art, and math (STEAM) for students to program, experiment, and transform data into real action. A versatile tool that connects creativity with technological innovation in the classroom.

This all-in-one solution for STEAM learning was designed for students to not only measure the world, but also transform it. This device incorporates five integrated sensors (temperature, light, sound, motion and voltage), two motor controls, two voltage outputs and two on/off switches that allow data to be converted into real action. Using XploriLab software (with visual programming like Blockly/Scratch and support for Python), students create code, send commands via USB or Bluetooth, and see the results in real time: from adjusting the humidity of a greenhouse to animating a 16 × 16 LED pixel-art mosaic based on the ambient light.
Ideal for schools looking to integrate science, technology, engineering, art, and math (STEAM) without the need to purchase multiple separate devices. Xploris compacts sensors, control, coding and digital art in a portable form factor that drives curiosity, logical thinking and innovation.

MyStemKits is the comprehensive STEM/STEAM curriculum platform that connects 3D printers, sensors, robotics, and virtual simulations into a single learning environment. With more than 680 standards-aligned resources, printable lists, design challenges, and support for 3D printing + robots + sensors, it transforms the classroom into a laboratory of constant innovation.

MyStemKits offers a complete curriculum solution that integrates 3D printing, robotics, sensors, and virtual simulations into a single platform. With more than 680 resources aligned to NGSS, Common Core, and state standards, it enables teachers to implement ready-to-use STEM projects from elementary to higher levels. It includes lesson plans, teacher guides, design challenges, printable materials, and 3D models compatible with more than 75 printers and sensor brands. Their hands-on approach drives project-based learning and a deep understanding of science, technology, engineering, art, and math concepts. Designed to maximize the value of STEM tools, MyStemKits turns every classroom into a dynamic, collaborative, and innovation-driven experience.

The Robo E4 3D printer is designed for demanding educational environments: speed up to 600 mm/s, fully enclosed platform with HEPA filter, build volume of 220 × 220 × 220 mm and Wi-Fi/USB/Ethernet connectivity. It integrates MyStemKits curricular plan, printing with a multitude of materials and simple maintenance with a removable nozzle. The Robo E4 combines technical innovation and active learning to transform any classroom or makerspace into a STEM creation and discovery workshop.

The Robo E4 is a professional 3D printer designed specifically for educational environments that demand precision, security, and high performance. With a print speed of up to 600 mm/s, a closed structure with HEPA filter and a build volume of 220 × 220 × 220 mm, it offers a perfect balance between power, reliability and ease of use.
Compatible with multiple materials — PLA, PETG, ABS, Nylon and more — the Robo E4 allows you to develop advanced engineering, design, and prototyping projects without compromising quality. Its Wi-Fi, USB and Ethernet connectivity makes it easy to manage from any device, while its automatic calibration system and removable nozzle reduces maintenance and maximizes production time.
Fully integrated with the MyStemKits platform, the Robo E4 turns 3D printing into a comprehensive educational experience: students print models aligned to STEM standards, explore digital design, and apply science and engineering principles in real-world contexts. Innovation, precision and learning come together in a printer that elevates technology education to a new level.