WIXOM, MI, USA — Kawasaki Robotics’ dedication to continuous improvement is evident in their technically advanced general purpose robot line: the R series. With a history dating back to the mid-1980s, Kawasaki has continued to refine their general purpose robot arms over time, routinely producing robots with wider working ranges, faster cycle times, longer reach, and increased torque. The release of the RS007N/L models in 2017 marked the beginning of a new generation of Kawasaki R series and the latest model, the RS013N, is no exception. By offering a 13 kg payload capacity, a wide working range, small footprint and IP67-classi ed design, the NEW RS013N sets the industry benchmark for small-to-medium payload robots.
Industry Leading Speed & Flexibility
The new robot’s design includes a new arm structure, drive system and lighter main unit, which enables high speeds and a large working area. Its 1,460 mm reach is the largest in its class, allowing for installation flexibility and use in a wider variety of applications. The RS013N robot also leads its class in speed, resulting in reduced cycle times and increased productivity.
Teleskopierbare triflex TRX-Energiekette von igus spart Platz am Roboter und sorgt für einen Rückzugsweg von bis zu 40 Prozent
Köln, 6. Mai 2021 – Damit Leitungen an Industrierobotern sicher, leicht und kompakt in der Bewegung geführt werden können, hat igus jetzt die vierdimensionale Energiekette triflex TRX entwickelt. Die neue Designstudie löst klassische Roboterschlauchpakete und Rückzugsysteme ab. Das Besondere: Ein einzigartiger Teleskop-Mechanismus im Inneren der Kette sorgt für einen Rückzugsweg von 40 Prozent. So können Anwender an der dritten Achse ihres Roboters Platz, bis zu 83 Prozent Gewicht und hohe Kosten für Rückzugsysteme sparen.
Die dreidimensionalen triflex R-Energieketten von igus sind in der Industrie weit verbreitet, wenn es darum geht, Leitungen und Schläuche am Roboter ausfallsicher zu führen. Damit bei der Bewegung des Energiekettensystems keine Schlaufen entstehen, die den Roboter behindern könnten, kommen bisher Rückzugsysteme auf der dritten Achse zum Einsatz. „Die Achsen an den Roboter bieten jedoch immer weniger Platz, daher musste eine neue Lösung her“, so Jörg Ottersbach, Leiter des Geschäftsbereichs e-ketten bei der igus GmbH. Gesagt, getan, wurde auf Basis der triflex R-Energiekette das triflex TRX-System entwickelt. Hierbei handelt es sich um eine vierdimensionale Energiekette in der das Rückzugsystem bereits integriert ist. „Mit TRX schaffen wir eine platzsparende Kette, die direkt kompakt auf der dritten Achse fixiert werden kann. Die Energieführung tordiert in sich, verlängert und verkürzt sich spiralförmig wie bei einem Teleskopauszug um bis zu 40 Prozent“, so Ottersbach. Dazu setzt igus in dem einzigartigen Mechanismus auf ein Schraubverbindersystem sowie auf ein integriertes Rückstellband. Das Band bringt die Kettenglieder immer wieder in ihren Ausgangspunkt, dabei ist die Rückzugkraft einstellbar. Die Leitungen werden in Form einer Wendel in die Kette hineingelegt und sicher in der Bewegung mithilfe der Kette geführt. Zusätzlich sind die Leitungen und Schläuche in der Mitte der TRX befestigt, um beim Ziehen an der Kette nicht die Position zu verlassen.
83 Prozent Gewichtsersparnis
Im Vergleich zu anderen Rückzugsystemen spart der Anwender bis zu 83 Prozent Gewicht ein und benötigt weniger als der Hälfte des Platzes. So lässt sich die Performance des Roboters weiter verbessern. Weiterhin reduzieren sich die Kosten durch den Verzicht eines zusätzliches Rückzugsystems deutlich. TRX kann einfach mit bestehenden triflex R-Ketten der Serie TRE verbunden werden. Wie auch bei triflex R lassen sich die Leitungen schnell von außen in die Energiekette befüllen. Die neue TRX stellt igus Interessenten ab dem 5. Mai 2021 auf seiner neu aufgelegten real-virtuellen Messe vor.
Das igus Low Cost Automation- Portfolio wird ab Herbst 2021 erstmalig um einen Cobot für Serviceaufgaben erweitert. Dank der elektronischen Komponenten im vollintegrierten ReBeL Wellgetriebe sind MRK-Fähigkeiten möglich. So eignet der ReBeL Roboter für:
industrielle und private Anwendungen als Cobot bzw. Serviceroboter
bis zu 2x leichter als andere Cobots
kein Schaltschrank; Steuerung im Fuß integriert
MRK-fähig
mobile Anwendungen
Hol- und Bringdienste
Pick & Place Aufgaben
Montagehilfe
Technische Daten ReBeL Roboter
Kinematik/ Bauform: Gelenkarmroboter
Anzahl der Achsen: 6
Reichweite: Gesamt 600 mm
Nennreichweite: 350 mm
Mögliches Einsatzgebiet: Servicerobotik
Winkelgeschwindigkeit: 90°/s
Endgeschwindigkeit TCP (Volllast): 250 mm/s
Dynamik mit 500 g Nutzlast (Piks/min): 10
Nutzlast inkl. Werkzeug: 2 kg
Wiederholgenauigkeit: +- 1 mm
Der neue ReBeL Roboter benötigt keinen Schaltschrank und ist kompatibel mit der igus Robot Control Steuerung. Ab Sofort können Sie Ihre individuelle Service-Robotik- Anwendung vorab programmieren und testen. Laden Sie dazu jetzt kostenlos die igus Robot Control Software runter. Die benutzerfreundliche Software ist ideal für Programmier-Einsteiger. Mit vorprogrammierten Projekten für verschiedene Kinematiken, wie z.B. den ReBeL, können Sie sofort loslegen!
Industrie- und Service- Roboter selber bauen
Auf Basis der ReBeL Getriebe lässt sich mithilfe von Verbindungselementen ein individueller Roboter konstruieren, dank der zusätzlichen elektronischen Komponenten auch als Cobot. Das ReBeL Getriebe kann beispielsweise in der letzten Achse von Gelenkarm-, Portal- und Delta-Robotern vor verschiedenen Greifersystemen eingesetzt werden. Der Getriebebaukasten für Cobots mit vollintegrierten Getrieben hilft bei der schnellen Umsetzung verschiedenster Cobot-Ideen. Der Anwender muss sich mit der Plug & Play- Lösung keine Gedanken zur Leistungselektronik machen.
Veo Robotics, Inc., an industrial automation company building technology to make robots responsive to humans, today announced that its flagship product FreeMove® has received safety certification from TÜV Rheinland for its industrial robot safeguarding system — making it a first-of-its-kind solution for human-robot collaboration. FreeMove is the only solution on the market today that implements dynamic, 3D Speed and Separation Monitoring and has been certified for compliance with ISO 13849 for PLd, Category 3. It is available for purchase now.
“This is a game-changer for human-robot interaction in industrial environments and a great accomplishment for the team,” said Veo Robotics CEO and Co-Founder Patrick Sobalvarro. “After spending the last four years visiting factories, working with our manufacturing customers, and building FreeMove, we are thrilled to be able to offer the fully safety-certified system.”
Additionally, Atlanta-based Factory Automation Systems (FAS) has joined Veo’s Certified Systems Integrator program. FAS is an industry veteran of nearly 30 years specializing in the creation of custom turnkey solutions. FAS will include FreeMove® as part of its safety solution offering to customers.
“Veo Robotics’ FreeMove is a first-of-its-kind safeguarding system that fills a need in the industrial robotics industry,” said Mark Ligler, VP of FAS. “We are excited to partner with Veo and offer FreeMove as part of our safety solution.”
FreeMove is available now. Please contact [email protected] to receive a quote for your workcell.
About Veo Robotics Using advanced computer vision and 3D sensing, Veo Robotics is reinventing the way we manufacture products by giving standard industrial robots the ability to perceive and respond to their surroundings so they can work safely alongside humans. Veo provides the conditions for safe and dynamic interactions between humans and robots so that manufacturers can build more fluid, efficient, and flexible production lines. Veo currently partners with the four major robot manufacturers FANUC, Yaskawa, ABB, and Kuka. To learn more, visit http://www.veobot.com.
SHENZHEN, March 29th, 2021 – Umbratek, a cutting-edge new robotic tech startup, has just released its first robotic arm series called the UTRA series on Kickstarter. With 5 different robot arm models to choose from, the UTRA series is the world’s most powerful and most affordable modular robot on the market today.
Ranging from a 4 to 6 axis build, the arms can be easily configured with modular design for improved efficiency. Each robot is built with modular structures and can be constructed to meet your business needs. Being 90% produced in-house, the UTRA series is approximately 70% more affordable than leading worldwide competitors.
Specifications: Payload: Up to 20kg Repeatability: Up to ±0.01mm Weight to Payload Ratio: Up to 0.75 Reach: Up to 1500mm Quick-Release Module: 2s tool change speed
Driving the revolutionary UTRA series is Umbratek’s ADRA Actuator series. Each ADRA Actuator is built to last and comes with a high-precision harmonic reducer made of high-strength aviation aluminum and high-carbon chromium steel.
A high-torque density, and compact structure, enable the motor to be integrated into the actuator and lessens the actuator weight. Each actuator is fitted with high-performance servo drivers, which use field-oriented control, to protect against overvoltage, overcurrent, over-temperature, reverse connection, undervoltage ESD, short-circuiting, and rotor lock. The ADRA series also uses dual GMR+TMR hybrid detection technology and comes with a 16-bit off-axis multi-turn absolute encoder.
Evan Deng, founder, and CEO of Umbratek, stated, „Umbratek focuses on high-performance dynamic robots and control systems. We’ve spent the last few years developing simplified, customized, affordable robotic solutions for any potential needs. Our robots provide fresh energy to industrial automation, logistics, medical, agricultural, and many more settings.“
Umbratek was built with growth in mind. With meticulous design and implementation, Umbratek is always thinking forward. They want to become a world-leading enterprise in the field of dynamic robotics and control systems and continue to explore the limits of the world, working on cutting-edge technologies, and delivering knowledge and technology to those that need it.
Umbratek was founded in 2019 by the founder and CEO of UFactory. After being responsible for the revolutionization of desktop robotics, Umbratek was formed with the idea of developing quality assured robotics and robotic control systems at industry-breaking prices. The first range of solutions that Umbratek is offering is the UTRA Robot series, the ADRA Actuator series, and their corresponding software – Umbratek Studio & Assistant. To help Umbratek bring its UTRA series to the market, they are launching a crowdfunding campaign on Kickstarter in March 2021.
Necessity is the mother of invention. Currently, we have to protect ourselves and our fellow human beings. Masks help with this. But how can we make dispensing safer and easier? Creative minds and tinkerers from igus have designed a contactless mask dispenser. A Delta robot from igus is used together with the igus Robot Control. In addition, a D1 motor controller is used to drive a linear axis.
The Low Cost Automation mask dispenser now receives visitors at igus and distributes respiratory masks at the push of a button.
Delta Robot – Pre-Assembled, with Control Unit
Based on a modular system, users can choose between a compact self-assembly modular kit or pre-assembled in a transport frame. Now new with calibrating pin for easy positioning at the zero point. It is directly fixed to the mounting hub and simplifies the initial calibration process. The cable clip for the delta robot was developed for the secure guidance of lines, e.g. individual pneumatic hoses, along the coupling joint. Easy to fit, lightweight.
In diesem Video seht ihr, nur leicht beschleunigt, wie schnell sich der Rotrics DexArm Roboterarm anschließen, einrichten und in Betrieb nehmen lässt. Für einen ersten Test, lasse ich den Roboterarm mein RobotsBlog Logo zeichnen.
Zuvor habe ich die neueste Firmware und Software installiert, sowie mich mit dem TouchPanel auseinandergesetzt und dessen Funktion getestet. Rechnet man diese Zeit heraus, so dauert es vom Auspacken bis zur erstens Verwendung des Roboterarms höchstens fünf Minuten.
Verzichtet man auf die Anbindung an den Computer oder das Verwenden eines eigenen Logos zu Testzwecken, kann der Roboterarm komplett über das Touchpanel eingerichtet und direkt ausprobiert werden. So könnte man sogar noch schneller mit dem Rotrics DexArm starten und benötigt noch nicht einmal einen Computer.
Insgesamt ist die Bedienung sehr einfach und die Software führt einen am Computer durch alle notwendigen Schritte. Hier sind keinerlei Vorkenntnisse erforderlich. Das Schreiben von Text oder Zeichnen von Grafiken mit dem Roboterarm könnte wirklich nicht einfacher sein.
Stretch is designed to make warehouse operations safer and more efficient
Waltham, MA – March 29, 2021 – Boston Dynamics, the global leader in mobile robotics, has revealed Stretch, its new box-moving robot designed to support the growing demand for flexible automation solutions in the logistics industry. This debut marks the company’s official entrance into warehouse automation, a fast-growing market fueled by increased demand in e-commerce.
Stretch is Boston Dynamics’ first commercial robot specifically designed for warehouse facilities and distribution centers, of which there are more than 150,000 globally, according to analysts. The multi-purpose mobile robot is designed to tackle a number of tasks where rapid box moving is required, first starting with truck unloading and later expanding into order building. Stretch’s technology builds upon Boston Dynamics’ decades of advancements in robotics to create a flexible, easily-integrated solution that can work in any warehouse to increase their flow of goods, improve employee safety in physically difficult tasks and lower expensive fixed automation costs.
The robot’s small, omni-directional mobile base allows Stretch to navigate loading docks, maneuver in tight spaces and adapt to changing facility layouts, eliminating the need for costly fixed automation infrastructure. It is equipped with a custom-designed lightweight arm and a smart-gripper with advanced sensing and controls that can handle a large variety of boxed and shrink wrapped cases. Stretch also includes Boston Dynamics’ computer vision technology that enables it to identify boxes easily and without extensive training for each customer. Its vision system works in tandem with pick & place activity, enabling high pick rates.
Traditional warehouse automation approaches require either installation of fixed infrastructure or mobile robots that convey goods but struggle to meet productivity requirements to be an attractive investment for warehouse operators. Stretch offers logistics providers an easier path to automation by working within existing warehouse spaces and operations, without requiring costly reconfiguration or investments in new fixed infrastructure.
“Warehouses are struggling to meet rapidly increasing demand as the world relies more on just-in-time delivery of goods,” said Robert Playter, CEO of Boston Dynamics. “Mobile robots enable the flexible movement of materials and improve working conditions for employees. Stretch combines Boston Dynamics’ advancements in mobility, perception and manipulation to tackle the most challenging, injury-prone case-handling tasks, and we’re excited to see it put to work.”
Boston Dynamics is currently seeking customers to pilot test deployment of Stretch with truck unloading tasks ahead of its commercial deployment in 2022. Interested parties can apply to join the Stretch Early Adopter Program by visiting: https://www.bostondynamics.com/stretch
About Boston Dynamics
Boston Dynamics is the global leader in developing and deploying highly mobile robots capable of tackling the toughest robotics challenges. Our core mission is to lead the creation and delivery of robots with advanced mobility, dexterity, and intelligence that add value in unstructured or hard-to-traverse spaces and positively impact society. We create high-performance robots equipped with perception, navigation and intelligence by combining the principles of dynamic control with sophisticated mechanical designs, cutting-edge electronics, and next-generation software. We have three mobile robots in our portfolio – Spot®, Stretch™ and Atlas® – as well as Pick™, a machine learning vision solution for warehouse automation. Founded in 1992, Boston Dynamics spun out of the MIT Leg Lab and is one of Inc. Magazine’s Best Workplaces of 2020. For more information on our company and its technologies, please visit www.bostondynamics.com.
Pittsburgh, PA, March 31 – IAM Robotics is breaking boundaries in the midline autonomous mobile robot (AMR) market with its new robot, Bolt™. Making its debut April 12, 2021 at ProMat DX, Bolt gives you the power to do more in material handling—faster, longer, and farther.
Packed with high-tech features, Bolt is built to thrive in warehouse and manufacturing environments. It elevates productivity and efficiency to new heights and stands out as an autonomous mobility solution for more than just a few reasons:
● Adaptability – Bolt allows you to retrofit various tops to serve your needs, from piece-picking arms to pallet movers. Choose from standard solutions or customize a unique top. No other AMR has this flexibility.
● Smarter Safety – Bolt uses 360-degree vision and a combination of state-of-the-art sensors and direct-drive wheel motors to ensure complete safety. Direct-drive wheel technology means Bolt’s entire body acts as a bump sensor. And for this to work, Bolt offers the same type of power-force-torque limiting as collaborative robot arms.
● Unmatched Power and Efficiency – Bolt is powerful, with a battery 3.5X the size of similar AMRs and 20-hour runtime that exceeds any other AMR. The patented hot swap battery makes it easy for one person to change in ten seconds or less. Plus, with a best-in-class 661-pound payload capacity, customers never compromise.
Bolt is completely autonomous, is compatible with conveyor and material handling systems, and scales easily for any size application.
Founder and CEO, Tom Galuzzo, reflected on developing the robot. “When we built our AMR, we thought, ‘How can we make this the most powerful, flexible, and collaborative solution?’ Bolt expands on our AMMR, Swift™, by turning its base into a standalone AMR. We applied what we learned with Swift, honing in on battery power and direct-drive wheels to ensure Bolt has the power to operate safely and efficiently—even with top modules attached.” He continued, “Bolt is already opening new doors for IAM Robotics because it introduces us to a faster-growing market with general AMRs.”
IAM Robotics knows AMRs are in high demand because of their benefits to businesses over existing automation and human labor. AMRs have a low barrier to entry because they’re relatively affordable, and they deploy in as quickly as a matter of weeks—so businesses can hit the ground running. But they’re also flexible. AMRs provide the power of autonomous mobility, so you’re not limited by stationary conveyors, and they’re designed to collaborate with and complement human workers and existing automation. Bolt is certainly no different, doing all this and more.
For more information about Bolt, explore the product online or get in touch with IAM Robotics to discuss specific applications.
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About IAM Robotics
IAM Robotics is the future of material handling. Our mobile robotics platform powers operational excellence in an on-demand world.
We are dedicated to building adaptable and safe robotics solutions that seamlessly integrate into any operational environment. Our team of robotics engineers and supply chain veterans work closely with partners to model, simulate, and configure optimal solutions that keep their businesses competitive.
IAM Robotics was founded in 2012 and is proudly based in Pittsburgh, Pennsylvania. The company is home to over 50 employees and supports customers worldwide.
