BEDFORD, Mass., Feb. 27, 2018 /PRNewswire/ — iRobot Corp. (NASDAQ: IRBT), a
leader in consumer robots, today announced that its Board of Directors has
authorized a stock repurchase program. Under the program, iRobot may purchase
up to $50 million of its common stock beginning March 28, 2018 and ending
December 28, 2018.
Under the repurchase program, the Company is authorized to repurchase shares
through Rule 10b5-1 plans (which would permit the Company to repurchase shares
when the Company might otherwise be precluded from doing so under insider
trading laws), open market purchases, privately-negotiated transactions, block
purchases or otherwise in accordance with applicable federal securities laws,
including Rule 10b-18 of the Securities Exchange Act of 1934. The Company may
choose to suspend or discontinue the repurchase program at any time but cannot
carry over unused authorization amounts to future periods.
„The Board’s authorization of a share repurchase program reflects our
confidence in the health and long-term outlook of the company,“ said Colin
Angle, chairman and chief executive officer of iRobot. „With a strong balance
sheet and cash flows, we believe we can take advantage of volatile market
conditions to buy back our shares while maintaining the flexibility to make
strategic investments in our future.“
As of December 30, 2017, iRobot had 27,945,144 shares of common stock
About iRobot Corp.
iRobot, the leading global consumer robot company, designs and builds robots
that empower people to do more both inside and outside of the home. iRobot
created the home robot cleaning category with the introduction of its Roomba®
Vacuuming Robot in 2002. Today, iRobot is a global enterprise that has sold
more than 20 million robots worldwide. iRobot’s product line, including the
Roomba and the Braava® family of mopping robots, feature proprietary
technologies and advanced concepts in cleaning, mapping and navigation.
iRobot’s engineers are building an ecosystem of robots and data to enable the
smart home. For more information about iRobot, please visit www.irobot.com.
For iRobot Investors
Certain statements made in this press release that are not based on historical
information are forward-looking statements which are made pursuant to the safe
harbor provisions of the Private Securities Litigation Reform Act of 1995.
This press release contains express or implied forward-looking statements
relating to, among other things, iRobot Corporation’s expectations concerning
management’s plans for execution of a stock repurchase program, including the
maximum amount and duration of purchases of our common stock under our
authorized stock repurchase program. These statements are neither promises
nor guarantees, but are subject to a variety of risks and uncertainties, many
of which are beyond our control, which could cause actual results and actions
to differ materially from those contemplated in these forward-looking
statements. Existing and prospective investors are cautioned not to place
undue reliance on these forward-looking statements, which speak only as of the
date hereof. iRobot Corporation undertakes no obligation to update or revise
the information contained in this press release, whether as a result of new
information, future events or circumstances or otherwise. For additional
disclosure regarding these and other risks faced by iRobot Corporation, see
the disclosure contained in our public filings with the Securities and
Exchange Commission including, without limitation, our most recent Annual
Report on Form 10-K.
Robots&Girls – Techfashionlabel Startup in a new dimension.
The Berlin-based fashion label start-up company Robots&Girls GmbH establishes humanoid robots in the retail trade. Opening of the first workerbotkioskTM is scheduled for spring 2018 in the ‚BIKINI BERLIN‘ concept shopping mall. In order to finance this ambitious project, Robots&Girls has started a worldwide crowdfunding campaign on indiegogo.com on January 18th, 2018. (https://igg.me/at/robotsandgirls )
The robot Gisela in the Robot&Girls Kiosk
Encountering a humanoid robot is sometimes very difficult. A small kiosk in the middle of a concept shopping center in Berlin will very soon change this situation however. Robots&Girls GmbH will open the doors to the public of its first flagship store in the BIKINI BERLIN in Spring with a festive atmosphere and in the presence of the media and switch on the friendly huma- noid robot Gisela for it to start its work. The robot will then produce goods on its own in the unique shop and then hand over the final products to customers.
The TechFashion label company Robots&Girls will offer technical Gadgets such as wearab- les, TechJewelry and TechToys. The first product will be a small robot, that the robot Gisela assembles in front of her customers. Also ‘click and collect’ purchases are being considered. This involves customers being able to order goods in advance in Internet and then collect them at the workerbotkioskTM.
But Robots&Girls GmbH will however go much further. The newly established company also of- fers the kiosks for sale or rent and plans, following a successful start in Berlin, to bring worker- botkioskTM to the market as a franchise concept, or to grant individual licenses for use of the concept.
Robots&Girls GmbH operates as the worldwide first company to run, lease or grant licenses for kiosks as retail outlets run by humanoid robots.
Lille – France – February 14, 2018 – Robby, the first robot entirely hackable and adaptable, with Plug & Play extensions to awake your creativity, has now reached more than 55% of its goal on Kickstarter (http://kickstarter.mr-robotics.com). Robby is the spark of curiosity everyone need to learn and create. Our evolutive robot is simple enough for beginners to learn step-by-step programming & robotics and powerful in order for the most advanced ones to create, prototype and use it as an open-source working base.
Curious innovators or students just have to follow the three easy steps below to create, learn and prototype:
choose the architecture: build the robot step-by-step starting by choosing its architecture according to its locomotion: holonomic (with three omni-directional wheels) or differential (with two classic wheels) training;
Add and remove Plug & Play extensions easily to the rhythm of your projects to achieve original constructions and more or less complex robots;
Program the robot with an intuitive Arduino library, lots of examples, tutorials, and a visual programming editor. For the most advanced one, you can participate to the open-source library and add your own functions.
Our goal is to stimulate the curiosity of everyone. We believe that learning complex disciplines can be achieved intuitively and with fun. Based on modularity and simple programming, our robots are designed to familiarize you with robotics, introduce you to programming and realize the most ambitious technological. But beginners aren’t the only one who will enjoy Robby. Based on an ARM Cortex-M4F 32 bit 120 MHz microcontroller, with a 12V extra long life Lipo 3S battery, DC-12V precise motors and incremental encoders, advanced ones will be able to program quickly a powerful platform that will be completed with DIY modules (breadboard sensors and extensions).
From the simple proximity sensor to the multi-articulated arm or the DIY sensor, several dozens of different configurations are possible and available to you! So don’t wait any longer to imagine and conceive! Robby can be used as a slaved robot, in order for everyone to discover, prototype, learn and create.
Mr. Robotics has worked for over one year to bring Robby to market. After dozens of prototypes and R&D testing, we have validated and tested our robot. The time has come to move forward with making Robby available to everyone, and that is why we launched a crowdfunding campaign. Find out more about the crowdfunding campaign at Kickstarter or on our website.
About Mr. Robotics:
We are three French students, who have launched the project one year ago. Olivier is currently doing an Engineer School at ENS Paris Saclay and working on the hardware and software. Guillaume, an alumni of Supmeca Engineer School, is currently focusing on the design and the production of the robot, in order to deliver everyone in time. Mathieu is at EDHEC Business School in Lille and manages the Marketing and Sales part.
SAN DIEGO, Calif. — February 14, 2018—Sony Electronics today announced its unveiling of the KOOV Educator Kit, an all-in-one coding, robotics and design kit that combines digital coding with physical building to teach the next generation of problem solvers and innovators. Reflecting Sony’s commitment to both technology innovation and quality science, technology, engineering, art and math (STEAM) education, KOOV is designed to help cultivate students’ collaboration and problem solving skills, which have become critically important in 21st century learning.
Studies show that 65 percent of kids entering primary school today will work in jobs that do not exist yet,* and that there will be 4.4 million computer and IT jobs in the USA by 2024.** STEAM-focused education helps children develop the abilities they need for a technology-driven world. To meet the marketplace’s growing demand for these skills, KOOV helps students develop their creativity, critical thinking, collaboration and communication abilities. KOOV was created to make STEAM learning tools accessible to all students. By using inclusive colors, a shareable design and the goal of building a foundation for future STEAM learning, KOOV serves as a ready-made, easy-to-use resource for teachers, students and parents.
“KOOV is a dynamic educational tool to help pave the road for tomorrow’s creative geniuses,” said Mike Fasulo, president and chief operating officer of Sony Electronics.” As a technology company, Sony depends on the next generation of talented engineers and artists to carry our industry forward. Exposing students to engaging science and technology projects during their formative years encourages them to embrace these subjects.”
KOOV is made up of over 300 building blocks and accessories, along with a plethora of sensors, motors, LEDs and more. The KOOV Educator Kit includes the KOOV App, which features more than 30 hours of easy-to-follow educational content via its Learning Course. The KOOV Learning Course offers a great starting point for students to begin learning key concepts in coding, building and design. This educational course introduces the different electrical components that KOOV uses and provides students an overview of how those parts work and how to use Scratch-based coding to control them. The KOOV Educator Kit also comes with 23 pre-designed, pre-coded “Robot Recipes” ranging from simple structures to complex animals and vehicles. These recipes enable students to start building right away and quickly develop the skills needed to create their own original robots. The Robot Recipes showcase what can be done with KOOV, giving young learners the inspiration they need to move ahead and make their own unique creations from scratch.
Designed for children ages eight and up, the KOOV Educator Kit allows students to build on core concepts that they will learn over time and create increasingly complex robots as they go. Once a student masters the basic concepts and skills, they can use their imagination to create an infinite number of robotic combinations.
KOOV is flexible enough for students to use for independent study or in a structured setting led by an educator. One KOOV Educator Kit can accommodate up to five students. The Educator Kit offers curriculum-aligned lesson plans, step- by-step teacher guides, and student progress reports. In addition, KOOV provides class management features to give educators the tools to quickly implement KOOV-based learning into any classroom. KOOV will be available for pre-order beginning February 14, 2018, and products are expected to start shipping in late March 2018. For more information please visit: https://www.sony.com/koov
*World Economic Forum Future of Jobs report, 2016
**Bureau of Labor and Statistics
About Sony Electronics Inc. Sony Electronics is a subsidiary of Sony Corporation of America and an affiliate of Sony Corporation (Japan), one of the most comprehensive entertainment companies in the world, with a portfolio that encompasses electronics, music, motion pictures, mobile, gaming and financial services. Headquartered in San Diego, California, Sony Electronics is a leader in electronics for the consumer and professional markets. Operations include research and development, engineering, sales, marketing, distribution and customer service. Sony Electronics creates products that innovate and inspire generations, such as the award-winning Alpha Interchangeable Lens Cameras and revolutionary high-resolution audio products. Sony is also a leading manufacturer of end-to-end solutions from 4K professional broadcast and A/V equipment to industry leading 4K Ultra HD TVs. Visit http://www.sony.com/news for more information.
San Fransisco, California/US – January 10, 2018 – Easycube brings innovation to an old standard toy: the building block. Playtime is much more sophisticated now than when building blocks first made their way to toy boxes. With EasyCube, children get a completely new experience.
Easycube are building blocks that safely conduct electricity. This enables those building to assemble a variety of different creations from houses to cars and more. The electric power systems are independent to each cube. This modular design feature allows users to add the power cubes to any position. Easycube also offers a new type of splicing interface for better assembly.
Easycube is easy enough for those aged six years or older. But kids aren’t the only ones who will enjoy Easycube. It’s great for all ages. Anyone with a creative mind will find these blocks exciting and fun. Kids and adults will appreciate the do-it-yourself electric building blocks. These blocks are great at stimulating young minds and fostering curiosity. More than just fun, they’re a great tool in early childhood development.
Easycube offers over seven different kinds of engineering vehicles in one kit. A kit includes a battery, one motor block, one control cube, three power cubes, two basic cubes, four triangular cubes, two rotating modules and various fittings. The three power cubes and control cubes can be connected by three extendable magnetic lines. With the telecontroller, users can control all three power cubes at one time. Silicone cushions are installed at each corner of each cube, and are harmless to children.
Founder Yuchen Tao said, “With Easycube, creativity is unlimited. Anyone can have fun with these blocks while also learning some valuable information about technology and the fundamentals of construction. We are very excited about the mark that Easycube will make on the toy and technology industries.”
Easycube has worked for over two years to bring their revolutionary building blocks to market. The idea was conceived in July 2015. The next few years focused on design, planning, mold creation, and R&D testing. Now that the idea has been validated, the time has come to move forward with making Easycube available to everyone. To do that, Easycube has created a crowdfunding campaign. As a well-funded, highly efficient technology company, Easycube strives to communicate with supporters to deliver products as soon as possible. Find out more about the crowdfunding campaign at Kickstarter.
Easycube was launched in 2015 with the idea to make block play more engaging. From this idea came modular robotic building blocks. These blocks allow for fun and learning as one. With multiple sizes and shapes, Easycube blocks create a new play experience for both kids and adults. Learn more about Easycube at easycube.club.
Wie autonome Roboter Helfer und Kollegen der Menschen werden können
Erst vor kurzem hat Prof. Dr. Sami Haddadin und sein Forschungsteam mit Simon Haddadin und Sven Parusel für ihren kostengünstigen, flexiblen und einfach zu bedienenden Roboter den Deutschen Zukunftspreis 2017 erhalten. Doch was steckt hinter dem Konzept dieses Roboters? In seiner Keynote auf der MATLAB EXPO im Sommer letzten Jahres sprach Sami Haddadin über seine Vision der Robotik für die Zukunft und welche Schritte heute bereits dafür getan werden können.
Der Stand der Technik
Prof. Dr. Sami Haddadin definiert Roboter als intelligente, lernfähige Werkzeuge, die in der Lage sind, den Menschen zu unterstützen, und verortet sie so als nächste Entwicklungsstufe der Werkzeuge in einer Linie nach Steinkeil, Dampfmaschine und Computer.
Dennoch sind die meisten Roboter heute noch weit davon entfernt, selbstständig handeln zu können. Stattdessen stehen sie hinter Schutzzäunen und absolvieren immer die gleichen Arbeitsabläufe. Zudem beschränken sich ihre Freiheitsgrade meist auf sechs oder höchstens zwölf Dimensionen. Das bedeutet: Die Roboter, die heute im Einsatz sind, fungieren zum größten Teil als Produktionsmaschinen mit festgelegten Aufgaben und sind abgeschottet vom Menschen.
Eine Revolution in der Mensch-Maschine-Interaktion
Der technische Fortschritt der letzten Jahre hat es möglich gemacht, Robotern einen neuen Platz in unserer Arbeitswelt aber auch im privaten Bereich geben zu können. Ein wichtiger Punkt ist, dass wir nun den Robotern beibringen können, mit dem Menschen zu interagieren. Besonders wichtig ist in diesem Punkt die Ingenieurstechnologie, die den Roboter hochbeweglich macht. So verfügt zum Beispiel der vom DLR (Deutsches Zentrum für Luft- und Raumfahrt) entwickelte Roboter Agile Justin über 53 Freiheitsgrade.
Ebenso zentral für die Interaktion mit dem Menschen ist die Sensorik, mit der ein Roboter ausgestattet ist. Denn über Sensoren kann der Roboter seine Umwelt und so auch Menschen in seiner Umgebung wahrnehmen. Zudem kann er merken, wenn ein Mensch physisch mit ihm interagiert.
Der Punkt, in dem Roboter dem Menschen schon einen großen Schritt voraus sind, ist die Vernetzung. Roboter können bereits heute untereinander kommunizieren und eine kollektive Intelligenz bilden. Genau hier können sie den Menschen auch weiter unterstützen, indem sie die Schnittstelle zwischen Mensch und Maschineninformationen bilden. Dazu Haddadin: „Ein ganz zentraler Meilenstein, wenn nicht sogar Quantensprung der derzeitigen Entwicklung sind die Cobots, das heißt, Roboter, die mit dem Menschen interagieren können und zugleich miteinander vernetzt sind.“
Durch die Vernetzung untereinander sammeln die Roboter eine Vielzahl an Daten, die sie nutzen können, um aus ihnen zu lernen und Entscheidungen zu treffen. Diese autonome Handlungsfähigkeit macht den Roboter zu einem wertvollen Unterstützer. Denn ein autonomer Roboter kann mehr als nur eine vordefinierte Handlung ausführen, besitzt Lernfähigkeit und kann für verschiedene Zwecke und Tätigkeiten eingesetzt werden.
Autonome Systeme als Herausforderung für die Programmierung
Die Fähigkeit, selbstständig zu handeln, erfordert auch ein neues Level für Betriebssysteme und der Programmierung für Autonome Systeme, denn, so führt Sami Haddadin aus: „Ein Autonomes System interagiert mit einer potenziell unbekannten und fast nicht beschreibbaren Umwelt. Das muss auch in den Abstraktionsmodellen einer Software repräsentiert sein.“ Eine große Herausforderung ist beispielsweise das Sammeln der über die Sensoren gewonnenen Daten, die dann in Echtzeit zu einem kohärenten Bild der Umgebung zusammengefügt werden müssen.
Weiterhin ist es essentiell, das Autonome System mit Informationen und Szenarien zu trainieren, sodass es erlernt, selbst sinnvolle Entscheidungen zu treffen. Gerade der Prozess des Trainings nimmt meistens viel Zeit und Ressourcen in Anspruch. Deshalb hat MathWorks vor kurzem die Möglichkeit in MATLAB eingeführt, auf bereits vortrainierte neuronale Netzwerke wie zum Beispiel GoogLeNet zurückzugreifen.
Digitale Unterstützung in allen Lebensbereichen
Je komplexer die Handlungen sind, die ein Roboter übernehmen soll, umso mehr Daten muss er in kürzester Zeit verarbeiten und daraus intelligente Handlungen initiieren können. Doch mit diesen Fähigkeiten steigt auch der Nutzen, den der Mensch aus ihnen ziehen kann.
Die klugen, digitalen Helfer könnten sowohl für die private Unterstützung im Alltag als auch für Industrieroboter in der Industrie 4.0, aber auch in der Medizinrobotik genutzt werden – etwa als Nanoroboter, die Medikamente im Blut verabreichen, ebenso wie als Exoskelette für die Rehabilitation. Noch hat die Forschung erst die ersten Schritte auf diesem Weg gemacht, aber die Möglichkeiten sind schon heute vielfältiger als je zuvor.
Den gesamten Vortrag von Prof. Dr. Sami Haddadin auf der MATLAB EXPO können Sie hier ansehen: https://de.mathworks.com/videos/robots-and-humans-in-the-digital-world-1504187986611.html
Eine sechsminütige Zusammenfassung mit allen Highlights finden Sie hier: https://de.mathworks.com/videos/robots-and-humans-in-the-digital-world-highlights–1504187845588.html
Auch im nächsten Jahr lädt MathWorks am 26. Juni 2018 wieder zur MATLAB EXPO ein. Die Konferenz bietet neben Vorträgen zu aktuellen Trends aus Forschung und Entwicklung auch die Möglichkeit, sich über konkrete Anwendungsbeispiele auszutauschen.
Durham, North Carolina – January 3, 2017 – For Immediate Release
Cerulean Submergence today launched a Kickstarter campaign for
OmniJoy, an open source, handheld, battery-operated, multi-function
controller powered by a Raspberry Pi Zero.
“I was looking for an all-in-one device that could control a variety of
devices while remaining portable and hackable,” said creator of OmniJoy,
Chris Lathan. “I couldn’t find anything I liked, so I designed my own.” As a geek, an engineer, and a maker, Lathan has worked in a variety of engineering roles for the past 15+ years. He fused his extensive mechanical and electrical engineering knowledge to create OmniJoy to fill the void he found in the market for configurable controllers.
OmniJoy features a custom printed circuit board that integrates all of the components Lathan felt a controller needed. OmniJoy consists of two analog joysticks, two shoulder scrolling wheels, a face-mounted navigation switch and six buttons that are all software configurable. The integrated 3.5” touchscreen display can be used to create any additional controls, and a full-size USB-A connector simplifies expandability. An on- board Arduino-compatible processor provides real-time IO to give low latency when precise timing is critical. Other features like the high frame rate display, integrated audio, and room for two large batteries make it excellent for gaming as well. The components are well supported by the maker/Raspberry Pi community.
While the circuit board is usable alone, OmniJoy is offering its Kickstarter backers several other options, from a case with 3D-printed handle grips to a fully-loaded robot-ready version featuring handcrafted Bolivian Rosewood grips. The case is a laser cut stack-up that makes modifications simple. OmniJoy’s grips are available in bespoke Bolivian Rosewood.
“We wanted it functional, hackable, and good looking,” said Lathan. OmniJoy is fully programmable and comes with all the configuration files, drivers, and source-code you need to get started. It can be used as-is, as a portable, handheld, Raspberry Pi-based Linux computer. By adding additional software or programming it, OmniJoy can control widgets, robots, and even your home. It can also be used as a portable RetroPie device.
The ways you can use OmniJoy are endless! We can’t wait to see what our users come up with!
A faster, smarter, and more powerful control system perfect for any learning environment
For over ten years, millions of schools around the world have chosen VEX Robotics as the premiere STEM education solution. This year at CES 2018 (Booth 43761, Sands Hall D) the world’s leading education STEM solution is unveiling a faster, smarter, and more powerful control system designed to scale from the classroom to the competition field. The V5 control system is engineered to provide the most advanced robotics learning experience, which is complimented with customizable STEM Labs and a programming environment that grows and evolves with the student.
From the touch interface of the Robot Brain to the VEX Coding Studio programming software, V5 was designed with the key focus of “Intelligent Simplicity.” This system of products embraces the model of explorative STEM learning through each unique component.
“We want kids to learn how much fun it is to solve challenging problems,” commented Paul Copioli, President of VEX Robotics, Inc. “With the launch of V5, we’ve revolutionized the way VEX EDR robots communicate so that teachers and students can focus on solving other truly complex STEM principles that will get them both excited and prepared for their future.
Our STEM Labs were designed by a team of classroom teachers, cognitive scientists, and pedagogy experts who work closely with the world-renowned Carnegie Mellon Robotics Academy to conduct collaborative research on educational robotics and computer science. Our STEM Labs are mapped to educational standards, and designed to transform the learning experience for students and teachers with fun and engaging activities that incorporate hands-on educational robotics. STEM Labs spark creativity and innovation in the classroom by moving students through projects that allow them to test and apply their knowledge in multiple situations, while understanding the real-world relevance of the topics and concepts they are learning.
VEX, in partnership with Robomatter and Modkit, is developing a completely new programming environment named VEX Coding Studio. VEX Coding Studio is a simple, intuitive programming environment to teach students of all skill levels how to program and keep them programming as their skills advance.VEX Coding Studio has multiple programming languages, device updates, and diagnostic tools are built into one package. Users can start with graphical programming using Modkit Blocks, move into the transitional (blocks & text) language called Modkit Text, and then advance into text-only programming with ROBOT C++ (the next evolution of ROBOTC). VEX Coding Studio includes many features that VEX users have been requesting for years, such as auto-complete, syntax assistance, color-coding, and UI themes and will also work on multiple platforms, including Windows, Mac, Chromebook, iPad and Android tablets.
VEX is also used in the world’s largest and fastest-growing educational robotics competition, providing the perfect opportunity for educators and students to apply learning in an exhilarating environment both in the classroom and beyond.
Scottsdale, AZ, January 4, 2017 – Roboteq, Inc (www.roboteq.com) introduces a new magnetic guide sensor capable of detecting and reporting the position of a magnetic field along its horizontal axis. The sensor is intended for line following robotic applications, using adhesive magnetic tape to form a track guide on the floor.
Measuring only 165 x 35 x 35mm, the MGSW1600 is built into a rugged, watertight, all-metal enclosure. It uses an 8-pin waterproof M12-type connector for its power supply and IO signals.
The sensor uses advanced signal processing to accurately measure its lateral distance from the center of the track, with millimeter resolution, resulting in nearly 160 points end to end. Tape position information can be output in numerical format on the sensor’s RS232, CANbus or USB ports. The position is also reported as a 0 to 3V analog voltage output and as a variable PWM output. Additionally, the sensor supports a dedicated MultiPWM mode allowing seamless communication with all Roboteq motor controllers using only one wire.
The sensor is primarily used to steer Automatic Guided Vehicles (AGVs), moving material on factory floors. However, its unique sensitivity and accuracy opens a world of new application opportunities, such as automatic shelf replenishing in supermarkets, patient transport in hospitals, stage theater props, or rail-less tramways.
Compared to other guiding techniques, magnetic guides are totally passive and therefore easy to lay and modify. The tape creates an invisible field that is immune to dirt and unaffected by lighting conditions. The magnetic track can be totally hidden under any non-ferrous flooring material, such as linoleum, tiles, or carpet.
Roboteq provides drawings, How-To videos and software free of charge for building Magnetic Track Guided mobile robots. Roboteq’s RoboAGVSim is a software package that lets the user develop and simulate such robots.
The sensor will detect and manage up to 2-way forks and can be instructed to follow the left or right track using commands issued via the serial, CAN or USB ports. All of the sensor’s operating parameters and commands are also accessible via its CAN bus interface.
In addition to detecting a track to follow, the sensor will detect and report the presence of magnetic markers. Markers are pieces of tape of opposite magnetic polarity that may be positioned on the left or right side of the track. The sensor is equipped with four LEDs for easy monitoring and diagnostics.
The sensor incorporates a high-speed, Basic-like scripting language that allows users to add customized functionality to the sensor. A PC utility is provided for configuring the sensor, capture and plot the sensor data on a strip chart recorder, and visualize in real time the magnetic field as it is “seen” by the sensor.
The sensor firmware can be updated in the field to take advantage of new features as they become available.
The MGSW1600 is available now to customers worldwide at $595 in single quantities. Product information and software can be downloaded from the company’s web site at https://www.roboteq.com/index.php/roboteq-products-and-services/magnetic-guide-sensors
Roboteq sells adhesive magnetic tape of 25mm and 50mm width, in 50 meter rolls. These are available from our online store.
A 2 minutes video presentation of the MGSW1600 can be viewed at:http://www.youtu.be/Hg3ToqLGqPY
A demonstration video of the RoboAGVSimulator can be viewed at: https://www.youtube.com/watch?v=3r_vB-9433Q&t=14s
Roboteq’s Magnetic Guide Technology is used by the World’s finest AGV and Mobile Robot manufacturers. Below are some Customer videos showing Roboteq’s sensor in action :
Aristeril – Spain: https://www.youtube.com/watch?v=k_R7gnSA5qI
ASI Technologies – USA: https://www.youtube.com/watch?v=Vjcbox8z9A0
Divel – Canada: https://www.youtube.com/watch?v=Da_FIXaPiRw
DTA – Spain: https://www.youtube.com/watch?v=eEnIHanKGmg
Ideasparq – Malaysia: https://www.youtube.com/watch?v=l6tr4okyCLc
Tekn0 – USA: https://www.youtube.com/watch?v=TM2t-ddph8Q