Can I use a robot instead a human for weaving hand made carpet?
Andrew Goldenberg from Engineering Services Inc. - President
golden [at] esit [dot] com (416) 595-5519, x236
Long overdue.
The issues is the cost of the development. The technology is there. Needs to be smartly integrated.
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I have a program that finds a point in space (x,y,z,rotation). Can that program deliver coordinates to a robotic arm controller and the controller does the work of finding the fastest way to get to that point? If so, what is the protocol?
Paul Carrier from KC Robotics, Inc. - Project Manager/Engineer
paul [at] kcrobotics [dot] com (513) 860-4442
Most robot controllers will allow you to input an offset from a known position. Some will allow you to re-wright the position from an input such as a simple binary for each axis X,Y,Z,W,P,R. You can also set this up a a real time ASCII stream. Industrial robots in general utilize an algorithm that calculates either the fastest way between two points or the most accurate way. This is programed in to the robot during setup.
We would love to talk to you more about your application and see how we can help.
Andrew Goldenberg from Engineering Services Inc. - President
golden [at] esit [dot] com (416) 595-5519, x236
This is a traditional problem. Call me to discuss it further
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I have an idea for a robotic piece of equipment that would remove an old elastomeric expansion joint, scarifying the joint and installing a new seam. This is a repetitive operation that is done to expansion joints in parking garages. Do you know a company that would help design and produce such customized robotic maching?
Andrew Goldenberg from Engineering Services Inc. - President
golden [at] esit [dot] com (416) 595-5519, x236
We can help. Call me to discuss and will direct you to one of our internal resources to discuss details
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Whats the best way to validate the accuracy of a robot? Interferometer, Leica, Faro? Suggestions please?
Tracy McWhirter from Dynalog, Inc. - Business Development Coordinator
tracy_mcwhirter [at] dynalog-us [dot] com (248) 203-9602, x222
Dynalog, Inc provides the CompuGauge system that includes the ISO-9283 performance standards. The standards include validation of robot accuracy/repeatability, both static and dynamic. Check out our website www.dynalog-us.com.
Tracy.
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I own a McKesson Robotic Rx system 2003 mft.
I want to sell. Where's my aftermarket? Thanks tom Gohn
Jason Jamiel from KC Robotics, Inc. - Service Manager & Senior Applications Engineer
jjamiel [at] kcrobotics [dot] com (513) 860-4442
Hey there, what brand of robots are in your cell?
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Does a rule-of-thumb exist between servo motor HP and robot payload (kg)? I am looking for a general rule of thumb for payload vs servo motor HP. I hope to ID a conservative ratio, as an example, a 4:1 ratio between robot payload capability (in kg) to servo motor HP. I am sure arm length, and other factors come into play. Do I need to ID the relationship between robot payload capability (in kg) and its arm length and speed to servo motor HP as well?
Jason Jamiel from KC Robotics, Inc. - Service Manager & Senior Applications Engineer
jjamiel [at] kcrobotics [dot] com (513) 860-4442
Hello, one of the most crucial elements to your math on configuring this is the gear reduction you are using, i.e. rotary vector or harmonic drive reduction. You would also need to know your r.p.m. as well. Most robots have designated parameters for the ratios, amps, and r.p.m. of the servos.
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Error Proofing Robotic Motion and End Effector Function: We are implementing some 6 axis robots in our factory, and it has become apparent that one of the big costs is error proofing what the robot and end effector are doing. You need to account for multiple unexpected, but possible conditions. I assume there are guidelines on how to optimize the error proofing to minimize the cost of implementing a new automated assembly operation, but I can't seem to find anything that directly addresses that question. Are there papers, books, or websites that cover the concepts involved with error proofing the automation process itself?
Samuel Bouchard from Robotiq Gripper Company - CEO
samuel [at] robotiq [dot] com (418) 563-3322
Hi Jim,
I don't know of books specifically on this topic.
With respect to the end-effector, have you considered electric grippers? They have built-in position measurement and grip detection that can be used in error proofing:
http://blog.robotiq.com/bid/37840/Top-5-Advantages-of-Servo-Electric-Grippers
Hope that helps.
Sam
Jason Jamiel from KC Robotics, Inc. - Service Manager & Senior Applications Engineer
jjamiel [at] kcrobotics [dot] com (513) 860-4442
Hi there, I think what you are looking for is to implement a formal risk assessment. There are books and procedures for performing one.
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I need to have a usb powered micro linear actuator replicate a finger touching and untouching an iPad touchscreen. Can you help?
Thanks,
Stu
Samuel Bouchard from Robotiq Gripper Company - CEO
samuel [at] robotiq [dot] com (418) 563-3322
Stu,
I have been aware of a very similar project. Please contact me directly so I can forward you to the right person.
Sam
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One of our clients, a major industrial company, is looking for experts and companies who can help design and build cleaning robots that would be able to work in the presence of public and would be part of a fleet exhibiting an autonomous behaviour.
What main areas do I need to research, design and plan a simple robot.
Patricia Kellogg from Vaccon Company, Inc. - Marketing Manager
pkellogg [at] vaccon [dot] com (774) 324-1217
First, determine what the robots task will be (i.e. pick and place of product, spray painting). Secondly what will the max payload be, this is important becuase most poeple buy a robot and then find out it can't handle the payloads they have. Thrid what will it use to do the task, pneumatic grippers, vacuum pump and cups (air driven or electrical maybe battery operated. Fourth would be any type of options you may want to add to the robots tasks (i.e. vacuum sensing, vision system). Feel free to call direct if you like, David 774-324-1214.
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I have a Fanuc 420iW with and R-J2 controller.
It was sitting for a while and does not operate properly now.
I can't get past the SRVO-075 error alternating with MCTL-003. I am trying to re-master but I can't get it to move. SRVO-075 G:1 A:6.
I would love a pointer to get around this.
Kate Puisis from JR Automation Technologies LLC - Technical Writer
kpuisis [at] jrauto [dot] com (616) 820-3366
Paul, Epoch Robotics, a division of JR Automation Technologies, LLC, is staffed with service engineers who are all factory trained and certified by Fanuc Robotics to have the highest level of knowledge concerning their robotic equipment. We can help you with this issue. Please contact Dale Schaner at (616) 639-1877, as he would be glad to assist with your Fanuc equipment.
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Where can i find research on robotic hands or dexterous hand? I need research that covers the market and industry.
Susanne Shafer from RAD - The Robotic Accessories Leader - Sales Manager
susannes [at] rad-ra [dot] com
Go to www.robotiq.com, they have several blogs with a lot of information on dexterous hands.
Samuel Bouchard from Robotiq Gripper Company - CEO
samuel [at] robotiq [dot] com (418) 563-3322
Anthony,
what kind of information are you looking for? I am not aware of any such study but might be able to refer you to a few relevant papers.
Best regards.
Samuel
http://robotiq.com
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I am trying to source companies that can provide healthcare automation solutions, specifically handling, categorisation and inspection of medical theatre instrumentation.
Joseph Fox from Systematix Incorporated - Vice President Marketing & Sales
jfox [at] systematix-inc [dot] com (519) 747-9555
Thank you for your inquiry Darren.
Systematix is heaviliy involved in machine vision inspection of medical devices. Our machine vision capabilities can be used for inspection, non-contact precision metrology, categorization and for robotic guidance, depending on the application. Our machine vision is usually integrated into a larger automated system that can involve assembly, kitting or other application. I would be interested in discussing you application further to see if there is a match.
Regards
Joseph Fox
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I am looking to see if a robot using a camera could find the core on a cabbage head and then pick up the head weighing about 30 pounds or less. Then have a coring bit in the robots arm to core the head at the same time.
Jennifer Kann from Motoman Robotics - Marketing Communications Specialist
jennifer [dot] kann [at] motoman.com (937) 847-3384
Yes, we think this is possible. It would be nice to have a few more bits of information before committing to a solution. What is the desired speed (picks per minute), How are the heads presented to the robotic system? In a bin? On a conveyor? Do the parts stop moving? It would be very helpful to have pictures of the heads in different positions that could be seen to get an idea of the image that would need to be analyzed.
Please contact Greg Garmann, Technology Leader, with any of this additional information you can provide: greg.garmann@motoman.com
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What is most important Worldwide industrial robotics exhibition in 2012?
Brian Huse from Robotic Industries Association - Director, Marketing & Public Relations
bhuse [at] robotics [dot] org (734) 994-6088
The 43rd International Symposium on Robotics (ISR), the world's most prestigious annual robotics conference, takes place during the Taipei International Robot Show (TIROS) 2012 Show and Conference in Taipei, Taiwan, August 29-31, 2012. The conference theme is Intelligent Human-Robot Interaction (http://www.ifr.org/news/ifr-press-release/international-symposium-on-robotics-isr-2012-289/)
Curtis Richardson from Spirit AeroSystems, Inc. - Associate Technical Fellow - Robotics
curtis [dot] a.richardson [at] spiritaero.com (316) 526-6500
The IEEE International Conference on Robotics & Automation (ICRA) will also be held in 2012 in Minneapolis in the US May 14-18.
http://icra2012.org/
Hans-Peter Kranewitter from KEBA Corporation - International Sales Manager
kw [at] keba [dot] com 0043 732 7090 23389
For Europe it's defintely the Automatica 2012 in Munic.
We'll be there!
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I am looking for pick and place robot which can handle weights upto 200 grams
Isabelle Roberts from BRIC Engineered Systems - Business Development
iroberts [at] briceng [dot] com (905) 436-8867
We may be able to assist you with a low cost solution. Please email me with more information.
Jennifer Kann from Motoman Robotics - Marketing Communications Specialist
jennifer [dot] kann [at] motoman.com (937) 847-3384
We have some robotics options. Please send an email to us at info@motoman.com, and we'll be in touch with you.
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I want to buy a robot for a friend who has a muscular dystrophy. Do you know from where I can buy a service robot? (I want the robot to be able to pick up things, and in case he falls down, the robot should call me)
What are the basic things that you need to look at when designing a robotic arm, the mechanical part only ?
David Haynes from Vaccon Company, Inc. - Technical Sales
dhaynes [at] vaccon [dot] com (774) 324-1214
Dear Ntuthuko:
A common mistake made is that the End of Arm Tool (mechanical part) is looked at after the robot has been purchased which creates some problems at times, mainly the payload. The tool design is now limited to how heavy it can be. Some very basic things should be taken into consideration.
Cycle time (how fast will the robot be moving, acceleration), this will also help determine size of pump needed.
Wieght of product to be picked up (will determine cup size or how many)
Sensing (is the part in place and the desired vacuum level reached)
Any special fixturing needed (in case the product has an un even surface or holes in it)
These are a few things to consider, if you have any questions you can certainly contact me at 774-324-1214.
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I'm looking for robots that can handle cold (-5C) and hot (55C) temperatures - along with high and low humidity.
Isabelle Roberts from BRIC Engineered Systems - Business Development
iroberts [at] briceng [dot] com (905) 436-8867
BRIC offers custom robotics. Please forward me further details for our review. iroberts@briceng.com
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What robot manufacturer sells a good "Vision-On-the-Fly" out of the box? I want to be able to fly over the camera and snap a picture of the EOAT holding the part without stopping the robot. Then apply the camera offset to the tool offset with +/- 10 micron repeatibility for placement.
Jennifer Kann from Motoman Robotics - Marketing Communications Specialist
jennifer [dot] kann [at] motoman.com (937) 847-6200
Motoman Robotics can provide this, but there are a number of questions about the application that need to be asked before we can just say 100%. What is the speed of the motion over the camera and what is the identifiable features on the part? The lens and lighting are a concern in applications like this also.
For reference, please visit this link for information on our MotoSight 2D:
http://www.motoman.com/products/vision/MotoSight2D.php
And please feel free to contact us at 937.847.6200 for more information, or send an email to us at info@motoman.com.
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I'm writing a persuasive paper on "why the future doesn't need us" (i.e why the future don't need human labor due to the rise of robotics in industries). I've researched enough on the same topic and was able to write a good informative paper. However, I'm finding it hard to persuade experts. I plan to use evaluative argument type which is to appeal based on underlying values and beliefs. Besides, I think robots will enhance productivity, safety, and economic health. On the other hand, debates easily rises from there.
I would like to gain more knowledge on this particular topic since I want to specialize in robotics, besides having to write a report (university level) on it.
Thanks.
Jason Lazar from Nabtesco Motion Control, Inc.
jason [at] nabtescomotioncontrol [dot] com (248) 553-3020
You are right in some regards, that humans are not needed for labor.
However, the circle for life in manufacturing clearly indicates the importance for more high skilled people. To put it in better terms, google save my factory, and review it.
1. Robots replacing jobs is very important to increase manufacturing.
2. Robots increase revenue.
3. Robots decrease down time.
4. Robots do not need a 15 minute break, or health care.
The key here is that there are many ways in how the the future does not need us, and this is an easy argument. My thoughts are that I would push the benefits of why the future does not need us.
1. More robots=More manufacturing companies= more revenue.
2. Increased productivity is good for our economy, and is what the entire us economy is based on.
3. Increased manufacturing=increased skill set, and more jobs in other necessary aspects.
3. Its about being smarter and more efficiant use of time not legacy effects of Robot wages.
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I need to find a product that will give me a 4-20ma reading for speed of a train the lowest speed is .2mph to .6mph. I was told once about a camera that could watch the space between the cars as the came across its view and determine the speed is there any other way to do this. The application is a coal plant that is loading train cars and for us to automate the loadout area we need to know the speed of the train.
Jeff Fryman from Robotic Industries Association - Director, Standards Development
jfryman [at] robotics [dot] org (734) 994-6088
A camera may well be your solution, but not to monitor the space between cars.
A typical car would take about 1.76 minutes to pass a camera at .2 mph. That elapsed time would complicate any measurement to control such a slow speed. Also, since many hopper cars differ in size and end geometry, is it the solid end passing the camera, or structural elements of a slanted side? Plus you have another 3 to 4 feet of empty space between cars to account for. Also different dimensioned and style cars could appear in the same unit train consist, particularly if the railroad has inserted substitute cars for bad orders.
On the other hand a camera could be programmed to take two quick succession images and compare the shift in a selected feature to compute the time.
Check on our sister website www.machinevisiononline.org for integrators of camera systems. I expect most of them can offer you a solution.
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Hello, I’m trying to establish whether there could be applications for force feedback technology in the field of service robotics (besides in medical applications). Questions I’m trying to answer are for example: In which types of applications could Force feedback be of added value? Is force feedback already being used? If not, why not? I would appreciate it if you can point me in the right direction.
Kristine Castle from ATI Industrial Automation - Account Manager
kristine [dot] castle [at] ati-ia.com (919) 772-0115
Mark,
The short answer to your question is yes, force feedback is valuable in many applications involving service robots including but not limited to medical applications. It is already being used in medical and non-medical applications. Force feedback is useful any time you need the robot to servo off of information that it receives. It is also useful if you would like the robot operator to have a "human touch" feel when operating the robot.
Please feel free to email me at kristine.castle@ati-ia.com if you have further questions.
Thanks,
Kristine
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Are there any manufacturers of large industrial robots in the USA? The robots need to be manufactured in the US not just repackaged.
Isabelle Roberts from BRIC Engineered Systems - Business Development
iroberts [at] briceng [dot] com (905) 436-8867
We may be able to help you. Please call me 800-937-5135.
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