Analysis and improvement (R&D) are the driving forces behind innovation in just about each industrial and scientific sector. On this context, robotics for R&D has develop into a key instrument for accelerating experimentation, testing, and validation of recent applied sciences.
At Robotnik, we have now been growing and offering cell robotic platforms for over 20 years, enabling analysis facilities, universities, and enterprise innovation departments to create, validate, and scale cutting-edge technological options.
On this article, we discover what robotics brings to the R&D sector, its particular functions, and why selecting modular platforms like these supplied by Robotnik is a strategic resolution for R&D tasks.
🟥WHAT IS ROBOTICS FOR R&D?
The objective of most robotics analysis tasks is to carry them into the industrial realm and ship actual worth to the business. An instance of that is the work Robotnik has carried out in recent times in R&D, specializing in robotics tasks for inspection and security. This effort culminated within the improvement and launch of RB-WATCHER, a closed and scalable industrial resolution designed particularly for the economic market.
Robotics for analysis and improvement refers to the usage of robots and robotic platforms as experimental instruments in scientific and technological tasks, serving as a precursor to strong and confirmed commercialization. This part permits researchers to:
– Check navigation algorithms, SLAM, laptop imaginative and prescient, AI, and so forth.
– Simulate industrial or logistical environments.
– Validate sensors, manipulators, or autonomous methods.
– Combine rising applied sciences similar to 5G, IoT, Edge Computing, or Digital Twins.
🟥EXAMPLES OF ROBOTS FOR R&D
Any robotic from Robotnik is appropriate for R&D, as they’re multipurpose, open, modular platforms with ROS-based structure.
With greater than 20 years of expertise in R&D tasks, Robotnik has developed cutting-edge robotic options tailor-made to essentially the most demanding wants. Moreover, we have now our personal R&D division in robotics, fashioned by professionals and consultants in integrating rising applied sciences like augmented actuality, the Web of Issues (IoT), Synthetic Intelligence, Large Information, and 5G into our robots and cell manipulators.
Listed below are a number of the most used robots for R&D:
🔺RB-SUMMIT: A flexible, modular, and versatile AMR for indoor and out of doors use, ultimate for duties associated to logistics, building, or inspection.
🔺RB-VOGUI: A general-purpose robotic platform designed for out of doors R&D duties, facilitating the event of finish functions in sectors like agriculture or building.
🔺RB-SUMMIT+: An Autonomous Cell Manipulator designed to carry out varied R&D duties in collaborative environments similar to laboratories, analysis facilities, and different educational settings, addressing finish functions associated to inspection, medication, or logistics.
🔺RB-KAIROS+: An Autonomous Cell Manipulator designed for plug-and-play integration with Common Robots e-Collection arms, particularly helpful for duties similar to Choose & Place, piece feeding, metrology, high quality management, giant half operations, packaging, cleansing, sprucing, screwing, drilling, and so forth.
🔺Customized robots: These are different examples of customized robots we have now developed particularly for R&D tasks that required very particular customization, each in software program and {hardware}.
🟥BENEFITS OF ROBOTICS FOR R&D
As industrial environments develop into extra advanced, robotics should face new technological challenges to evolve on the tempo that the business calls for. Analysis with robotics supplies a versatile, repeatable, and scalable experimental basis. Some key benefits of robotics for R&D embody:
🔺Modularity and customization: Robotnik, as a producer, has the power to adapt its robotic platforms to sure ranges to fulfill the specs required by the venture. Within the R&D atmosphere, commonplace configuration robots are usually much less appropriate as a consequence of their restricted potential to adapt to totally different testing situations and necessities.
🔺Managed atmosphere: Utilizing robotics in R&D tasks permits the creation of extremely managed testing environments the place exterior variables stay fixed. This ensures repeatability and ensures that the outcomes come solely from adjustments launched by the researcher. This accuracy contributes to the validity of the info obtained and reduces the opportunity of industrial errors, enhancing reliability.
🔺Actual-Time information: Robotnik’s robots are geared up with superior sensors that continually acquire info, similar to temperature or stress, all through the venture improvement. This allows steady monitoring and knowledgeable decision-making. Actual-time info facilitates the detection of errors and fast changes, enhancing effectivity and the standard of outcomes.
🔺Accelerated improvement cycle: Robotics hastens the test-and-error cycles by automating repetitive duties, permitting for extra iterations in much less time. That is essential in prototyping and validation. Robots can carry out dozens of exams each day, decreasing timelines and prices. Fast failure detection improves deal with options, driving extra agile and aggressive innovation.
