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Gridar Technologies is an Indian engineering solutions company specializing in the design and manufacture of industrial 3D printers, rapid prototyping machines, light automation systems, and robotics and collaborative robot (cobot) solutions. We serve manufacturers, R&D centers, educational institutions, and quality inspection teams with reliable, high-precision technologies.
Gridar Technologies’ industrial-grade 3D printers are ruggedly built to help you move seamlessly from prototype to production. Designed for small businesses, tech labs, colleges, busy offices, makerspaces, print and prototyping shops, and manufacturing plants, our printers deliver fast, reliable, and affordable 3D printing with low noise and high precision.
We provide custom-made, industrial-grade linear drives for automation applications. Our solutions include XY tables tailored to customer requirements, as well as linear drives using ball-screw and belt-drive mechanisms to suit diverse industrial needs.
Using components tested and proven in our rapid prototyping machines, we design and build open-source 6-axis robots for educational and training purposes. These robots are offered at an affordable cost to educational institutions and training centers, enabling hands-on learning in robotics and automation.
We engineer our 3D printers with a rigid sheet-metal chassis constructed using high-grade aluminum components to effectively suppress vibrations and deliver stable, accurate prints. An industrial-grade ball-screw or lead-screw driven Z-axis eliminates Z-wobble, ensuring smooth layer stacking and superior surface finish. Most sub-assemblies are precision CNC-machined to maintain tight tolerances, resulting in consistent, high-quality 3D prints you can rely on—from rapid prototyping to production-ready parts.
Gridar Technologies provides comprehensive end-to-end customer support. All products are supplied with a one-year manufacturer warranty. Post-warranty, we offer Annual Maintenance Contracts (AMCs) to ensure continuous technical support, regular maintenance, and reliable operation of our machines with minimal downtime, supported by the fact that most components are designed and manufactured in-house.
Developing reliable 3D printers and robot/cobot systems begins with robust engineering and systematic product development, supported by high-quality manufacturing processes. This includes careful selection of components, followed by extensive testing and validation to ensure consistent performance, safety, and long-term reliability.