About Us
Hi-Tech solutions for Robotics and Industrial Automation
Since 2005
We are fully committed to expanding our network of partners, enhancing our support, and increasing our contributions to innovation.
What we do
- We design and develop cutting-edge solutions for robotics and industrial automation. Our focus is on providing industrial manufacturing companies with flexible and effective software tools and solutions to address challenges associated with small-batch production, high-quality requirements, and complex task automation. We collaborate with robot manufacturers, machine builders, and system integrators to create the best applications for automatic programming. Since our establishment in 2005, our mission has consistently aimed at enhancing the profitability of automation by minimizing programming time and incorporating adaptive skills.
- The offline programming software developed by Euclid Labs has been used across a wide range of applications, including lens edgers, panel machines, laser sorting, robot palletizers, robot press brake bending, riveting, clinching machines, marble polishing automation, frame painting Cartesian systems, automatic surface scanning, creation of trajectories using haptic devices, and translation of programs from one robot language to another. We are well-prepared to tackle new challenges.
- Obelisk is our flagship and longest-standing offline programming software for robotic press brake cells. Deployed by manufacturers around the world, it combines decades of continuous development with proven reliability and flexibility, making it a trusted solution for simulating, validating, and programming complex bending processes offline.
- Our random bin picking software, Moonflower, is our core product, with more than 500 installations worldwide, more than 20 robot brands, and around 30 different 3D cameras supported.
- We developed several applications around 3D input devices (haptic tools like Sensable, digitizers like Faro and Kreon, and VR sets like Vive, and Index). All of this has led to the creation of a specific solution to replicate human movements and gestures: Marvin is the rapid robot programming solution from Euclid Labs that allows operators to teach a manufacturing process directly on the real workpiece and quickly transform it into a robot program. Combining intuitive path recording, integrated 3D simulation, automatic validation, and hardware independence, Marvin reduces programming time while preserving the performance, flexibility, and robustness of industrial robotics. Compatible with the leading robot brands and multiple tracking technologies, Marvin adapts to a wide range of manufacturing applications, including welding, painting, polishing, deburring, and material dispensing.
- We have been always focused on manufacturing and we have collected on our servers more than 2000 robots’ backups.
Our history
2005
Founded by Matteo Peluso and Roberto Polesel.
2006
Development of the first custom CAD CAM (for a lens edger with curvilinear axis).
2007
First random bin picking application (for a Fanuc robot in a shovel factory).
2008
First installation of Obelisk, Euclid Labs offline programming software for robotized bending.
2010
Moonflower Red for robot random bin picking projects is Ras Maschinenbau choice for RAS MiniBendCenter loading.
2012
First installation of Moonflower White, random bin picking software based on Microsoft Kinect.
2014
Moonflower Blue exposed at Vision show in Stuttgart, Germany.
2015
First installation of our Monoflower software for robot random bin picking in China.
2016
Creation of joint venture in China with Estun Automation.
2017
Our bin picking software has been installed in USA (paper industry), Mexico (electrical cars), China (appliances), Germany (cams and crankshaft), Spain (connectors), Italy (billets, metal components), Japan (metalsheet).
2018
Among many new features, a complete simulation system for 3D sensors has been developed. This new project gives us much more speed for testing and a new range of possibilities in supporting the design development.
2019
Opening of a lab equipped with different robot brands and 2D-3D vision systems for sample testing.
2020
Euclid Labs Danube, a branch office for educational software, is started in Budapest.
2021
Nak3D cameras are adopted in the automotive industry for shiny components of white body both in USA and Europe.
2023
Mizar, the new 3D camera designed specifically for high-performance bin picking systems and shiny objects RAS Reinhardt Maschinenbau joins Euclid Labs as a shareholder.
2024
Itaca Japan becomes the new distributor of Marvin and Moonflower in Japan.
2025
Euclid Labs strengthens its presence in the US through its new exclusive distributor for Moonflower, Feedal Automation Inc.
2026
We have launched a new business model for our Moonflower software, making it the ideal solution for companies that see bin picking as a strategic lever for their business
our team is here for you!
