Kurzinterview mit Carsten Busch von DENSO

Sebastian Trella von Robots-Blog konnte ein kurzes Interview mit Carsten Busch von DENSO führen. Im Interview erfahrt ihr mehr über den DENSO COBOTTA.

Robots-Blog: Wer bist du und was ist deine Aufgabe bei DENSO?

Carsten: Mein Name ist Carsten Busch und ich bin der Product & Business Development Manager für Cobots (kollaborative Roboter)

Robots-Blog: Was macht DENSO?

Carsten: DENSO ist zum einen der weltweit zweitgrößte Automobilzulieferer (Tier1). Neben weiteren Geschäftsbereichen, wie Wärmepumpen, zentralen Klimaanlagen etc. ist DENSO auch Entwickler und Hersteller von Industrierobotern – und hierin marktführend in dem Bereich der kompakten Roboter.

Robots-Blog: Hast du viel mit Robotern zu tun im Beruf/im Alltag?

Carsten: Als Product & Business Development Manger habe ich quasi non-stopp mit der Robotertechnik zu tun – und es macht mir noch immer jeden Tag Spaß.

Robots-Blog: Welcher Roboter aus Wissenschaft, Film oder Fernsehen ist dein Lieblingsroboter und warum?

Carsten: Verschiedene Kinofilme wie Star Wars‘ R2D2 oder Nr. 5 lebt haben mich begeistert. Der Film „I, Robot“ von Regisseurs Alex Proyas nach dem Buch von Isaak Assimov hat mich sehr bewegt, da hier die Grenzen der Robotics deutlich aufgezeigt wurden.

Robots-Blog: Und welcher ist dein Lieblingsroboter aus eurem Produktsortiment?

Carsten: Das ist unser kollaborativer Roboter „COBOTTA“. Er ist ein sehr kompakter, leichter Cobot, der durch seine intuitiven Apps und seine im Arm integrierte Steuerung, integrierten Greifer und Kamera, extrem vielseitig einsetzbar ist (zudem Gewinner des German Design Award 2019)

Robots-Blog: Was macht den COBOTTA so besonders und für wen ist er gedacht?

Carsten: Mit einem Eigengewicht (inklusive integrierter Steuerung) von nur 4kg ist COBOTTA extrem portable und auch auf mobilen Plattformen (AGV/ARM) perfekt einsetzbar. Durch die intuitiven Apps können Applikationen auch ohne Programmierkenntnisse in wenigen Minuten erstellt werden – inklusive Greifen and Kameraintegration. Außerdem kann COBOTTA durch die offene Plattform auch mittels diverser Hochsprachen programmiert werden oder auch von ROS basierten Systemen direkt gesteuert werden. Durch sein sicheres Design und die TÜV geprüfte funktionale Sicherheit ist COBOTTA perfekt für die Mensch-Roboter-Kollaboration geeignet.

Robots-Blog: Welche Automatisierungsaufgaben hast du schon mit dem Cobotta gelöst?

Carsten: Wie schon erwähnt ist COBOTTA sehr vielseitig einsetzbar:  Montage- und Handhabungsaufgaben in der Elektronikindustrie z.B. Teileprüfung, Labeln, Be-/Entladevorgänge, Klebeapplikationen, etc. Laborassistent in der Life Science Industrie z.B. Mikrotiterplatten und Proben-Handhabung, Zentrifugen Be-/Endladung, Pipettieren, etc. oder in der Ausbildung sowohl in der Schule/Berufsschule und an Universitäten. Sogar ein bekannter Magier hat COBOTTA in seine Zaubershow mit eingebunden!  

Robots-Blog: Was kostet mich so eine Unterstützung durch einen Roboter?

Carsten: Ein COBOTTA startet schon ab weniger als 15.000 Euro.

Robots-Blog: Muss ich dafür Programmieren können?

Carsten: Für einfachere Pick&Place Anwendungen inkl. Kameraeinbindung zur Teileerkennung kann mit der COBOTTA World App eine Applikation intuitiv und ohne Roboterkenntnisse in wenigen Minuten erstellt werden – Kinderleicht!

Robots-Blog: Was würdest du gerne in Zukunft automatisieren?

Carsten: Unterstützung von pflegebedürftigen Menschen durch Roboter z.B. Hilfe beim Aufstehen, Anreichen etc.

4ocean and Poralu Marine Debut First of Its Kind Robot for Beach Cleanups

BOCA RATON, FL (August 18, 2021) — 4ocean, a purpose-driven B Corp with a mission to end the ocean plastic crisis, is pleased to announce their partnership with Poralu Marine, a global leader in marine- grade technologies, on the launch of the BeBot in the United States, an impressive beach cleaning robot designed to recover coastal plastic debris.

The electric-powered BeBot can clean up to 3,000 sqm of beach per hour, 20-30x more effective than collecting trash by hand. The machine is agile and easy to maneuver, a clear differentiator from existing options, and it specifically excels at removing small pieces of plastic and other trash that are notoriously difficult to clean by hand, using small 1 cm x 1 cm sifting grids to separate these items from the sand.

Traditional machines are typically very large, powered by gas, and often repurposed from other agricultural purposes, making them poorly suited for more delicate beach cleanup work. In contrast, the BeBot’s smaller footprint and more shallow cleaning depth of 10 cm, effectively removes common beach trash while avoiding disruptions to any nearby habitats or animals, providing a more effective and sustainable approach to cleanups.

„We are always searching for innovative technology to improve our cleanup capabilities and are thrilled to partner with Poralu Marine on introducing such an impactful piece of technology,“ said Alex Schulze, 4ocean’s co-founder and CEO. „With the launch of the BeBot, we are able to work smarter and sustainably while recovering plastic that has already seen the ocean and preventing new plastic from ever getting there in the first place.“

Meant to be used daily, the BeBot is remote operated and can be controlled by an operator up to approximately 950 feet away. The robot makes minimal noise while cleaning and requires a much smaller footprint for storage, making it the ideal cleaning method for beaches in populated areas. This design approach was intentionally created with cleaning trash in mind, which is a first of its kind. 4ocean is on track to remove 20 million pounds of trash by year’s end and the BeBot will be essential in helping the brand reach this important milestone.

Claire Touvier, member of the Environmental Solutions team from Poralu Marine noted „It is a real honor to present BeBot. We are very proud to be able to launch this new robot in the US with the help of 4ocean. This cutting edge technology was developed in Italy by a team of experts dedicated to robotics. While traditional machines equipped with wheels were degrading the shoreline, BeBot has groundbreaking and unpreceedented environmental assets. With a unique track system distributing equal and minimum pressure on the sand, BeBot reduces erosion. This innovative design also helps the preservation of biodiversity as it prevents the compression of turtles‘ eggs and any vegetal ecosystem in the sand.“

This impressive beach cleaning robot represents important innovation in the ocean reclamation space, thinking creatively about the more effective, efficient and eco-friendly way to remove the small plastics that currently litter our beaches. 4ocean and Poralu Marine are thrilled collaborating as leaders in this space, preventing further pollution of our oceans.

To learn more about the BeBot and all of 4ocean’s ocean cleanup initiatives, please visit 4ocean.com.

About 4ocean

4ocean is a purpose-driven business with a mission to help end the ocean plastic crisis by cleaning the ocean and coastlines while stopping the inflow of plastic. With the goal of creating an economy around cleaning the ocean, 4ocean has built a sustainable business model that allows the company to fund cleanups, utilize the latest technology and make a monthly $50,000 donation to marine conservation organizations. Ocean cleanups are funded entirely through product purchases, removing one pound of trash for every item sold, for a total of over 15 million pounds to date. 4ocean prioritizes engaging coastal communities, which creates jobs and adds revenue to local economies while changing the demand from catching fish to catching plastic. The solution to ending ocean plastic pollution lies in stopping it on land before it enters the ocean, which is why 4ocean is educating consumers about ways to reduce their single-use plastic consumption.

About Poralu Marine

Developing unique leisure marina solutions and equipment is the core activity of Poralu Marine, which has designed, built and installed more than 8,000 projects worldwide making it the global industry leader in the design and construction of aluminium structures. From this expertise in durable installations, Poralu Marine is constantly innovating with the launch of footbridges, environmentally friendly anchoring solutions, and floating waste collectors (Seabin), to name just a few. The activities of the group’s brands – Poralu Marine, Nautiscaphe, Poralu Bridge, Rotax, WPS, EDDS – are a testimony to the constant renewal of our product range which is particularly respectful of the natural environment and of those who fight to preserve it.

In 2021, Poralu Marine strengthened its leadership in the matter of environmental protection by launching „The Searial Cleaners“ the first ever range of littoral waste collectors.

4M Green Science Rover Robot Hybrid Solar Power

4M Green Science Rover Robot Hybrid Solar Power. Find the latest News on robots drones AI robotic toys and gadgets at robots-blog.com. Follow us on our Blog Instagram Facebook Twitter or our other sites. Share your robotics ideas and products with us. #robots #robot #omgrobots #roboter #robotic #mycollection #collector #robotsblog #collection #botsofinstagram #bot #robotics #robotik #gadget #gadgets #toy #toys #drone #robotsofinstagram #instabots #photooftheday #picoftheday #followforfollow #instadaily #solar #4m #hybrid #rover #stem #kit

4M KidzRobotix Motorised Robotic Arm

Revenues from Robotics Deployed in Warehouses to Cross US$51 Billion by 2030

Evolving e-commerce fulfillment operations and technical improvements in robotics tech and AI are rapidly growing the commercial robotics market

New York, New York – 18 Aug 2021, The warehousing industry has ramped up its automation efforts considering the increased order volume and labor shortages fueled by the pandemic. In addition to technology solutions such as Augmented Reality (AR) powered smart glasses and handheld devices with enhanced capabilities, autonomous, collaborative, and mobile robots are proving to be the most popular and fastest-growing productivity-enhancing solution in the warehouse workspace. According to ABI Research, a global tech market advisory firm, worldwide commercial robot revenue in warehouses will have a Compounded Annual Growth Rate (CAGR) of over 23% from 2021 to 2030 and exceed US$51 billion by 2030.

“Mobile robots are at the heart of the warehouse robotics market and account for most shipments and revenue. These robots, made up of Autonomous Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs), are being used to move goods within the warehouse and being integrated within wider automated or manual workflows,” states Adhish Luitel, Industry Analyst, Supply Chain Management and Logistics at ABI Research.

Commercially speaking in the warehouse sector, robotics has moved from the early exploration phase to a more mature market in which early adopters are benefitting from live implementations of fully capable technical solutions. As a sign of the growing maturity of the market, a wide number of vendors such as Advantech, Brochesia, Kontakt.io, and RightHand Robotics now offer compelling products and solutions. The surrounding ecosystem of software vendors and systems integrators is also maturing, as software and integration capabilities become increasingly important factors for commercial differentiation. ABI Research has assessed fulfillment and warehousing processes of dominant operators such as Penske, A. Duie Pyle, Amazon, and JD.com to evaluate the efficacy of deploying solutions and friction points that might arise. These companies have been reaping the benefits of enhanced key performance metrics such as shorter dock-to-stock cycles and improved inventory accuracy thanks to successful deployment of various automation and vision-based solutions in their day-to-day operations.

“In addition to robots, warehouse operators should be seeking to combine the value of multiple solutions across the fulfillment workflow to achieve desired results. There is also a need for operators to look beyond productivity and assess how technologies affect worker satisfaction and safety, worker comfort, energy consumption, distance traveled, and error rates,” Luitel explains.

For example, “Pick-by-vision” solutions from augmented reality vendors such as Picavi demand a mere 15-minute training time and can boast up to 30% efficiency gains and up to 60% in time savings for training. In addition, order storage and automated order dispenser solutions from Alert Innovation help grocery retailers enhance their Return on Investment (ROI) by over 50% versus traditional automated picking systems.

“We can also expect intelligent automation solutions to influence processes across the supply chain. In the future, operators will be venturing further into solutions like Robotic Process Automation (RPA) and mobile warehousing,” Luitel concludes.

These findings are from ABI Research’s Modern Fulfillment Trends: Warehouse Robotics, Handheld Devices and Wearables technology analysis report. This report is part of the company’s Supply Chain Management & Logistics research service, which includes research, data, and ABI Insights. Based on extensive primary interviews, Application Analysis reports present in-depth analysis on key market trends and factors for a specific technology.

About ABI Research

ABI Research provides actionable research and strategic guidance to technology leaders, innovators, and decision makers around the world. Our research focuses on the transformative technologies that are dramatically reshaping industries, economies, and workforces today. ABI Research’s global team of analysts publish groundbreaking studies often years ahead of other technology advisory firms, empowering our clients to stay ahead of their markets and their competitors.

Luwu Intelligence Technology Announces Launch of XGO-Mini: An Advanced Quadruped Robot With AI Modules

BEIJING, Aug. 3, 2021 /PRNewswire/ — Luwu, a STEM education technology company, has announced the launch of XGO-Mini, a 12 DOF, omnidirectional quadruped robot that can interact with its surroundings using voice, image recognition, and tracking. This programmable, open-source robot is the perfect way to learn about robotics for new and advanced users. XGO-Mini is available now on Kickstarter: https://www.kickstarter.com/projects/xgorobot/xgo-mini-an-advanced-quadruped-robot-with-ai-modules.

At first glance, XGO-Mini appears to be an incredible full-motion robotic dog. But it’s so much more than that. This desktop-sized AI quadruped robot with 12 degrees of freedom can achieve omnidirectional movement, six-dimensional posture and a variety of motions. As a quadruped robot, XGO-Mini can mimic the natural motion of a dog walking and is capable of movement on uneven terrain and extremely rough surfaces. It can even adapt to avoid obstacles by adjusting its height. With its unique bionic system, XGO Mini can perform any dynamic movement. Equipped with a 9-axis IMU, its joint position sensor and electric current sensor are able to reflect to its own posture and joint rotation angle and torque, which are used for algorithms verification and exploitation. The robot can be programmed for a variety of education, research, algorithm verification, and entertainment possibilities.

„As a technology company centered on robotics and STEM education, we understand the importance of robotics and AI education for youngsters. These technologies will be a key to the future. XGO Mini, a bionic quadruped robot dog for youth AI education, is the perfect platform for developing robotics and programming skills in a fun way. With 12 DOF, omnidirectional movement, and advanced-level AI, it is capable of virtually any movement or task and gives users unlimited programming possibilities that help users to explore, learn, and have fun,“ said Luwu Intelligence Technology Product Manager Pengfei Liu.

XGO-Mini is an incredibly versatile robot that can perform a variety of useful tasks and can be a very helpful assistant in daily life. It features fully functional AI modules that can facilitate both entry- and advanced-level AI applications. The Al modules feature visual recognition, voice recognition, and gesture recognition, giving XGO-Mini the ability to hear, recognize and reply to users like a real dog. It also can track multiple colors and recognize QR codes.

As an open-source robot with the Robot Operating System (ROS) and compatible with Python AI system, anyone can create their own functions for XGO-Mini. It can also be programmed by using common coding languages like Python and C++ that make it perfect for STEM education.

XGO-Mini Advanced Quadruped Robot with AI Modules is an incredible robotics platform for entertainment, STEM education, and exploring creativity. XGO-Mini is available now on Kickstarter with special pricing for early supporters. Learn more here: https://www.kickstarter.com/projects/xgorobot/xgo-mini-an-advanced-quadruped-robot-with-ai-modules.