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Banyan Technologies introduces a robotic chamfering device suitable for deburring, chamfering and radiusing the edges of slew bearing ring gears.
Pretty much everyone old enough to utter the familiar, dual syllabic refrain of â€śbeep boopâ€ť in the electro-mechanical, monotone pitch from every sci-fi movie ever made has the same idea of what a robot looks likes.
In robot configurations it is desirable to be able to obtain an arbitrary orientation of the output element or end-effector. This implies a minimum of two independent rotations about two (generally perpendicular) intersecting axes. If, in addition, the out element performs a mechanical task such as in manufacturing or assembly (e.g., drilling, turning, boring, etc.) it may be necessary for the end-effector to rotate about its axis. If such a motion is to be realized with gearing, this necessitates a three-degree-of-freedom, three-dimensional gear train, which provides a mechanical drive of gyroscopic complexity; i.e., a drive with independently controlled inputs about three axes corresponding to azimuth, nutation, and spin.
Emerging technologies such as robotics/automation, new materials, additive manufacturing and IIoT can and will change the course of gear manufacturing for the foreseeable future.
C & B Machinery Meets Rigorous Demands with Installation of Manufacturing Cell.
This report presents some interim results from an ongoing project being performed by INFAC, the Instrumented Factory for Gears. The purposes of this initial phase of the project were to demonstrate the feasibility of robotic automated deburring of aerospace gears, and to develop a research agenda for future work in that area.
The GS:TE-LM thread grinder from Drake Manufacturing is fitted with a robot load/unload system that provides maximum throughput for high-volume production of ground threads.
Compass Automation unveiled its Robotic Deburring System at Gear Expo 2009.
It's Monday morning, December 15, 2036. An autonomous vehicle drops off two engineers in front of a gear manufacturing facility in Metro Detroit. They punch in for work on their wristwatches and pay Uber for the ride on a smartphone. One of the engineers begins walking the shop floor, monitoring a series of collaborative robots using a tablet the size of a paperback novel. These robots interact right on the floor with the minimal staff scheduled to oversee manufacturing operations. Another engineer wears an interactive headset and begins training a group of new engineers (in real time) from China using some form of augmented reality.
Robots, computers and other signs of high technology abounded at IMTS 94, supporting the claim by many that this was one of the best shows ever. Many of the machines on display had so many robotic attachments and computer gizmos that they looked more like they belonged in some science fiction movie than on the floor of a machine shop.
In 1927 the first precursor of IMTS was held in Cleveland. Back then, lasers, robots and computer controls were just science fiction. At IMTS 98 they will fill nearly every last corner of the recently expended McCormick Place.
McCormick Place, Chicago. A manufacturer's dream. Acres and acres of machine tools up and running - cutting chips, filling molds, moving material, bending, shaping, smoothing, measuring. Computers, robots and lasers everywhere - George Lucas goes to engineering school. Sounds, light and, most important, over 100,000 people, moving around, taking notes, asking questions and, above all, buying. This was IMTS '94. A heady, if tiring, experience.
The great thing about a trade show the size of IMTS is the amount of options available to attendees. If youâ€™re into cars, fighter jets, machine tools, fighting robots, manufacturing relics or simply the latest technology advancements in a particular industry, youâ€™ll find it at IMTS 2010.
September 3-11 the 1986 International Machine Tool Show, "The World of Manufacturing Technology", will be held at the McCormick Place Exposition Center in Chicago. More that 1000 exhibits from over thirty countries are planned. These exhibits will present a complete range of machine-tool products from 2-story high presses to complete manufacturing systems, lathes, lasers, CAD/CAM systems and robotics.
Why Brushes? In this age of hi-tech, robots, automatic machines, machining cells, etc., is there a niche somewhere for power brushes? Let me answer by asking another question. What tool does the gear manufacturer have in his arsenal that allows him to deburr green gears, hardened gears, hobbed gears, ground gears and shaved gears? What tool allows him to deburr powder metal gears - green and sintered - brass gears, bronze gears, stainless gears made of exotic materials such as inconel, waspaloy, or hastaloy, and fiber and plastic gears? How about spur gears, helical gears, sprockets, both internal and external splines, clutch teeth and pump gears?
This article presents an efficient and direct method for the synthesis of compound planetary differential gear trains for the generation of specified multiple speed ratios. It is a train-value method that utilizes the train values of the integrated train components of the systems to form design equations which are solved for the tooth numbers of the gears, the number of mating gear sets and the number of external contacts in the system. Application examples, including vehicle differential transmission units, rear-end differentials with unit and fractional speed ratios, multi-input functions generators and robot wrist joints are given.
The NASA Lewis Research Center investigated the effect of tooth profile on the acoustic behavior of spur gears through experimental techniques. The tests were conducted by Cleveland State University (CSU) in NASA Lewis' spur gear testing apparatus. Acoustic intensity (AI) measurements of the apparatus were obtained using a Robotic Acoustic Intensity Measurement System (RAIMS). This system was developed by CSU for NASA to evaluate the usefulness of a highly automated acoustic intensity measurement tool in the reverberant environment of gear transmission test cells.
News Items About robot
1 Robotic Blast Machine Incorporates Transfer Cart (May 10, 2010)
Guyson Corporation has introduced a robotic blasting system that incorporates a component-manipulating six-axis robot and a shuttle trans... Read News
2 ABB to Become First Global Industrial Robotics Company to Manufacture Robots in the United States (July 27, 2015)
ABB recently announced that it is to start producing robots in the United States, making it the first global industrial robotics company ... Read News
3 Schunk Offers Symposium on Service Robots (December 14, 2018)
From February 27 – 28, 2019, Schunk Expert Days on Service Robotics, the leading symposium for applied service robotics will take p... Read News
4 Industrial Robot Sales Double in Five Year Span (October 24, 2018)
Sales of industrial robots increased 114% over the past five years – with a record 381,000 units shipped globally in 2017, accord... Read News
5 Addition of Robot Blasting Cell Enables Shot Peening Demonstration (April 23, 2009)
Guyson Corporation expanded its engineering test laboratory with the purchase of a robotic blast system to sustain application developmen... Read News
6 API Offers Robot Performance Measurement and Calibration Solution (November 23, 2018)
Laser measurement technology company, API, announces the launch of a Laser Tracker based industrial robot performance and calibration sol... Read News
7 Drakes Newest Thread Grinder Utilizes Robot Load/Unload System (April 11, 2006)
The GS: TE-LM thread grinder from Drake Manufacturing is fitted with a robot load/unload system that provides maximum throughput for high... Read News
8 Liebherr Gantry Robot System Offers Speed and Flexibility (January 23, 2017)
The new LP 100 gantry robot system introduced recently by Liebherr-Verzahntechnik GmbH is ideal for handling smaller and lighter componen... Read News
9 ANCA RoboTeach Software Decreases Teaching Time for the Fanuc 200iD Robot (November 23, 2016)
ANCA's new RoboTeach solution enables greater efficiency and accuracy when setting up robot automation on their CNC grinding machines... Read News
10 Arrow Gear and Motoman Robotics Offers Chamfering/Deburring Solutions (October 6, 2010)
PerfectEdge, a complete, full function robotic solution, meets the challenges of tight tolerance chamfering, deburring or finishing proce... Read News
11 Honing System Allows Robotic Part Loading of Landing Gear Components (July 24, 2008)
The SVC-310 vertical CNC honing system from Sunnen sizes small and medium gas/diesel engine blocks, large gears, air compressors, aerosp... Read News
12 North American Robotics Market has Strongest Year Ever in 2014 (February 6, 2015)
Robot orders and shipments in North America set new records in 2014, according to Robotic Industries Association (RIA), the industry&rsqu... Read News
13 ABB Robotics Receives Global Powertrain Manufacturing Excellence Award (December 16, 2015)
ABB Robotics received the Global Powertrain Manufacturing Excellence award from the Ford Motor Company at the Ford Powertrain Manufacturi... Read News
14 ABB to Feature Robotic Gear Handling Cell technology at Gear Expo 2015 (October 9, 2015)
ABB Robotics will feature its Robotic Gear Handling Cell technology at Gear Expo 2015 (Oct. 20–22, Cobo Center in Detroit, MI).&nbs... Read News
15 Sandvik, Haas and ABB Robotics Celebrate Tech Center (November 29, 2010)
Sandvik Coromant recently participated in the grand opening ceremony of the Haas Technical Education Center (HTEC) at Vincennes Universit... Read News