OUR PROJECTS
Our team installed an EVA 2.0 system for a ship-building yard in Mangalore. Within three weeks the robot was welding bulkheads twice as fast as manual crews, cutting rework by 40 %.
EVA 2.0 Robotic Welding Complex in India, Mangalore
A turnkey cell was delivered and commissioned in record time thanks to pre-fabricated jigs. The plant now hits 60 t/month throughput with 24 ⁄ 7 lights-out operation.
EVA 2.0 for Karasai Engineering Plant
In 2025, Quant Robotics successfully implemented the EVA 2.0 robotic welding complex at MetalStroy AD, one of the leading steel construction companies in Bulgaria.
Robotic welding of I-beams with EVA 2.0 in Bulgaria
EVA 2.0 replaced three manual stations, introducing real-time quality analytics that reduced porosity defects by 55 %.
Welding Complex Metakon LLP
We built a compact research cell for test coupons, enabling R&D teams to iterate new alloys with robotic repeatability.
Laboratory – PSI Engineering LLP
EVA 2.0 became the centerpiece of a new academic lab, giving students hands-on experience with industry-grade automation.
Laboratory – Kazakh British Technical University
EVA 2.0 operates non-stop without breaks or downtime, ensuring stable task execution regardless of human factors.
24/7 PRODUCTIVITY
The robotic complex reduces the need for manual labor, minimizing expenses related to hiring, training, and staff management.
Investments in the complex typically yield a return on investment (ROI) due to cost reductions and increased production efficiency.
Reduced Personnel Costs
Short-Term ROI
Dynamic software
Techincal support

Automation ensures precise welding and high quality. Incoming parts are inspected to detect defects before assembly.

Optimized for single-unit production no reprogramming needed.
Trajectory plan generated automatically.
Full-cycle technical support with both remote and on-site assistance, ensuring minimal downtime and smooth operation after launch.
Increased Quality & Accuracy
EXTENDED BENEFITS OF EVA 2.0