POSTED 12/03/2024
Physik Instrumente (PI) has adapted its Hexapod 6-Axis Precision Robort / Stewart platform production capacities to the intelligent web greater in query and is titillating to elongate them even further when required. The point of interest of the restructuring turned into the optimization and relocation of PI’s total “Hexapod” micro-robotics production build to newly designed premises, as smartly because the growth of the personnel. These measures are an integral share of the firm-huge funding program with a quantity of discontinuance to $70 million. The arrangement is to capitalize on PI’s above-common growth alternatives in markets equivalent to Industrial Automation, Semiconductors, Photonics, Microscopy and Existence Sciences.
Video: Diversified functions for hexapod precision robots from automobile to fiber optics.
“The query for electromechanical hexapod micro- and nano-positioning 6-axis robots has been growing very much for a different of years,” says Markus Spanner, CEO of PI, describing the market area. “Expanding means on this product division at PI’s Karlsruhe, Germany build turned into due to this fact a logical step as share of our funding program to prepare all PI product divisions for a continued web greater in query.”
The new electromechanical hexapod stewart platform production factory layout turned into developed by PI consultants, with the enhance of consultants from the Fraunhofer Institute for Manufacturing Engineering and Automation IPA. It takes the most recent findings within the fields of ergonomics, digitalization, and automation, as smartly as lean approaches into story. “We maintain got analyzed all route of steps and optimized and reorganized assembly within the manufacture of matrix production,” explains Dr. Axel Widenhorn, Director Operations for the PI trend and production sites in Germany. “To boot to an overall web greater in production capacities, our honest turned into to very much prick lead instances. This has been totally accomplished. We maintain got already lowered lead instances to lower than half of of what they had been first and predominant of the 365 days and is susceptible to be correct down to some weeks for current merchandise by the live of the 365 days. Moreover, now we maintain the opportunity of accelerating the output by extra than 100 %, which is titillating to permit us to respond flexibly to further increases in query,” adds Dr. Widenhorn.
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Dr. Axel Widenhorn, Director Operations PI DPG: “We maintain got analyzed all route of steps and optimized and reorganized assembly within the manufacture of matrix production. We maintain got already lowered lead instances to lower than half of of what they had been first and predominant of the 365 days and is susceptible to be correct down to some weeks for current merchandise by the live of the 365 days. Moreover, now we maintain the opportunity of accelerating the output by extra than 100 %, which is titillating to permit us to respond flexibly to further increases in query”.
Hexapod micro-precision robots are 6-axis, parallel kinematic circulate systems with six levels of freedom which would be used in an growing different of functions including: micro-assembly production lines, fiber optical alignment, Silicon Photonics wafer probing, camera attempting out, satellite tv for laptop antenna attempting out, microscopy, and substantial abundant telescopes. PI has an intensive portfolio of configurable solutions of various sizes and capabilities for these and many various functions. The redesigned factory layout for PI’s hexapod production turned into developed per the most recent ergonomic findings and taking lean solutions into story. As a consequence, capacities maintain been very much elevated while lead instances maintain been shortened at the identical time.
Industries Served
Industrial Automation, Semiconductor Manufacturing, Automobile, Silicon Photonics, Quantum Computing, Excessive Resolution Microscopy, Existence Sciences
发布者:Anne McGovern MIT Lincoln Laboratory,转转请注明出处:https://robotalks.cn/hexapod-robot-production-increased-with-new-automation-at-pi-3/