a. Rivelin Robotics deploys an industrial robot equipped with mechanical tools similar to manual tools, and employing similar techniques. The approach is reconfigurable, can be portable by design and represents a tenfold reduction in cost compared to the status quo.

b. We are using state-of-the-art sensors and processes to bring dexterity, versatility and ease of operation to industrial robotic arms.

c. A digital twin and physics engine allow for fast and reliable planning, simulation and visualisation of complex robotic tasks.

d. The use of computer vision, and a unique force control algorithm allows us to tackle delicate operations with confidence and with precision.

e. Compared to the current manual post-processing methods our system offers:

• 90% reduction in defects
• 10x reduction in operational cost
• elimination of human risk and variability

f. Our USP is the robotics technology that’s specific to near-net shape manufacturing:

• a control system which uses both machine learning and traditional deterministic control theory and is tuned to the manufacturing process with state-of-the-art sensors
• a software application to teach, simulate and control industrial robots in machining and polishing operations

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3. In "Appearance" tab; slide all options to the left

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