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Optimization assesses a multitude of pathways, sequences, poses, end-of-arm software rotations, and interlocks to optimize the performance of robots within a designated workcell. Supply: Realtime Robotics.
Real-time Robotics, a pioneer in collision-free autonomous movement planning for industrial robots, has appointed seasoned executive Ville Lehtonen as its vice president of product, effective last week.
Realtime Robotics credited Lehtonen with bringing in-depth expertise, a comprehensive range of products, and efficient administrative support. As recently appointed head of product at a leading company, he successfully steered it towards a prominent position in the truck and container loading and unloading industry.
Kevin Carlin, chief business officer at Realtime Robotics, attested that Ville’s observational file is self-explanatory, with confidence in his potential to make a valuable contribution to the team.
“Our optimization resolution has been successfully utilized by multiple manufacturing corporations, yielding significant reductions in cycle instances and improvements in productiveness.” “With Ville’s expertise, we can adapt seamlessly to meet emerging customer demands, driving widespread adoption across the manufacturing and logistics sectors.”
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Lehtonen anticipates a significant transformation in his team’s performance.
Prior to leading the development of Pickle, Lehtonen held senior roles at two innovative companies: as head of product at a software firm, where he drove key products forward; and as co-founder and CEO of LabMinds Ltd., a pioneering laboratory automation company that revolutionized workflows in this field.
Lehtonen earned a Bachelor’s degree and Master’s degree in Computer Science from the University of Helsinki, as well as a Master of Business Administration (MBA) from Oxford University.
Ville Lehtonen. Supply: LinkedIn
“He emphasizes that staying up late is justified when it enables his team’s advanced manufacturing systems to become significantly more efficient and cost-effective through the application of Realtime’s optimization solutions.” “We confidently predict that our support will enable manufacturers to reduce the time spent on industrial robotics projects by tens of thousands of hours.”
What’s driving this shift in automation deployment is a massive paradigm shift, according to Lehtonen. As small-scale manufacturers and entrepreneurs, the most exciting opportunities arise when the economics are unlocked, enabling them to produce innovative goods and services at a fraction of the cost traditionally required. Realtime’s expertise stack can revolutionize kinematics by mirroring the groundbreaking impact of real-time object-detection frameworks like YOLO on computer vision, thereby dramatically shrinking the barriers to entry in the robotics industry?
About Realtime Robotics
Headquartered in Boston, Realtime Robotics leverages its technical prowess to develop tailored movement plans and interlocks that minimize cycle times in both single- and multi-robot workcell applications. Developing innovative software, the company asserts that their applications significantly enhance automation capabilities, enabling numerous robots to function seamlessly together within complex, unstructured environments, adaptively responding to changing obstacles as they arise.
The company’s innovative solution combines proprietary software with expertise from robotics and utility engineering to significantly boost a manufacturer’s overall productivity by leveraging cutting-edge technology and optimizing processes. The system analyses a buyer’s current situation, identifying bottlenecks and suggesting targeted improvements aligned with specific objectives.
Realtime Robotics asserts that optimization can achieve these benefits without disrupting ongoing manufacturing activities.
