Category Archives: Robot

Motion Control – Electromate Offers Tabletop Robots from IAI!

Motion Control – Automation – Improved Tabletop Robot for Cell Production Applications, Featuring Significantly Higher Payload, Maximum Speed and Rigidity!

motion control - tabletop robot

motion control - electromate robotics

 

Vaughan, Ontario, Canada — Motion Control – Automation-Intelligent Actuator Inc. announces the release of its new TTA Series Tabletop Robots. Features include:

  • Significantly Higher Payload and Maximum Speed-

Max Payload: Work Part Side (X Axis): 20 kg, Tool Side (Z Axis): 5 kg

Max Speed: X Axis: 800 mm/sec, Y Axis: 800 mm/sec, Z Axis: 400 mm/sec.

Motion Control – Mecademic Robotics releases new firmware for its Meca500 robot, available from Electromate!

Motion Control – Mecademic Robotics releases new firmware!

motion control - electromate robotics


motion control - electromate roboticsVaughan, Ontario, Canada — Motion Control Products — Mecademic is pleased to release firmware version 8.4 for its
Meca500 industrial robotic arm. Mecademic’s firmware releases are provided free of charge, along with complimentary technical support.

Features & benefits

Joint 6 multi-rotation with cartesian moves

Although rotating Joint 6 beyond the ±180° has always been possible with the Meca500 R3, it was limited to Joint-move-commands. With this new firmware, both point-to-point and linear commands can now be used outside of this limit. Apart from the benefit of no longer being limited in Cartesian space and requiring switching to Joint commands, new applications are now easier to implement directly with the Meca500.

Motion Control – Electromate extends its product portfolio to include Robots from Mecademic!

Motion Control – Electromate adds Robots from Mecademic!

motion control - electromate robotics

Electromate’s new partnership with Mecademic will expand its reach to end users and manufacturers needing ultra compact and precise industrial robots across Canada.

 

 

 

TORONTO, Ontario — Electromate Inc., a leading Canadian Distributor of Precision Robotic & Mechatronic Solutions, today announced a partnership with Mecademic, a Montreal based premier manufacturer of the world’s smallest, most compact, and precise industrial robots.

Motion Control – The World’s Most Precise Six-axis Robot by Mecademic!

Motion Control –  Six-axis Robot!

motion control - robot


motion control - electromate robotics

 

 

 

Vaughan, Ontario, Canada — Motion Control Components — Mecademic is a Canadian robotics manufacturer that builds the world’s smallest, most precise, and easy-to-use industrial robotic arm, the Meca500. The Meca500 robot excels in the precise and repetitive manipulation of small parts and tools in a variety of industries.

The six-axis robot can handle payloads up to 500 g with an unmatched accuracy of 0.005 mm (5 µm).

Motion Control – Three-axis Gimbal Mount from OES Features High Resolution and Stability from OES!

Motion Control – 3 Axis Gimbal Mount

motion control - 3 axis gimbal mount

motion control - OES Components

 

 

Van Nuys, CA – -Motion Control – The New AU300-AER three-axis Gimbal Mount from OES (Optimal Engineering Systems, Inc.) features full 360O rotation of each axis. This three-axis gimbal mount handles loads to 10kg (22.5 lbs) and has a clearance of 300 mm x 300 mm, (11.8 in. x 11.8 in.) around the roll axis stage. The Azimuth stage rotary table is mounted on a large 360 mm (14.173 in.) x 360 mm (14.173 in.) x 13 mm (0.512 in.) plate with handles and has predrilled accessible mounting holes for easy integration into new or existing applications, and for increased stability.

Motion Control Application – Intelligent robot systems are increasingly being used in disaster control, rescue missions and salvage operations!

After the severe earthquake in Japan and the subsequent nuclear disaster in Fukushima, Quince managed to reach the upper floors of the ruins of the power plant. There it measured the radioactivity levels and sent HD images to the world outside.

Wherever it is too dangerous for humans. Robots that can look for survivors after an explosion, an earthquake or other natural disasters, providing humans with a view of inaccessible areas. Powerful EC motors from maxon motor give the Japanese rescue robot “Quince” its drive.motion control application robot Quince

 

Maxon Logo

Fall River, MA — Motion Control Components Application – Robots that are used in disaster areas have to have a very high level of adaptability. They have to be fairly small, not too heavy and maneuverable enough to get through cracks or narrow spaces to reach areas deep inside a building. Furthermore rough terrain should present no problem. These rescue robots enter and explore buildings to determine if there are gases, radiation or other life-threatening hazards, before human rescue teams can search the area. Quince has proven that it fulfills all these demands. After the severe earthquake in Japan and the subsequent nuclear disaster in Fukushima, Quince managed to reach the upper floors of the ruins of the power plant in June 2011. There it measured the radioactivity levels and sent HD images to the world outside (To see video – CLICK HERE). The robot was able to supply valuable information from areas where no human can set foot.motion control robot goes down stairs

Quince weighs 27 kg and is equipped with four moving caterpillar drives (flippers). These flippers automatically adapt their angular position to the surface underneath – regardless of whether the robot is climbing steep stairs or crossing rough terrain. Correct ground contact is a very important prerequisite. This contact is accurately analyzed by measuring the power consumption of the flipper motors. Furthermore PSD (Position-Sensitive Device) sensors on the front and rear flippers measure the distance to the ground. In addition to a gripper arm (see fig. 2), two laser scanners can also be attached to the robot. These scanners are capable of accurately capturing the structure of the terrain.motion control robot navigates rough terrain

Additionally Quince is equipped with a “bird’s eye camera” and can travel quite fast, at 1.6 meters per second. The operator that controls the robot has to tell it which direction to take, but the robot itself determines the optimal flipper positions for crossing various surfaces, for example stairs. Newer Quince motors have additionally been equipped with a device for collecting radio-active dust or ultra-fine particles, as well as a 3D scanner. To ensure that no robot is lost, a connection to a wireless network is possible, which is the only way to navigate the robot if the connection cable breaks.

The rescue robot was developed by Eiji Koyanagi, Vice-Director of the Chiba Institute of Technology Future Robotics Technology Center (fuRO). Koyanagi started his career as a teacher – at the age of 51, he became a professor. This means that he has a completely different background than other researchers in the field of robotics. Quince has been specially designed for extreme conditions in environments where it would be too dangerous for humans. Therefore its main area of application is disaster areas. “When you develop a robot, you first have to consider the tasks that it will perform later. That is the biggest challenge,” explains Koyanagi. Hitherto eight Quince robots have been built. But before this could be done, all components had to be 100% functional. To this end, various trials were run in the large “Disaster City” training area in College Station, Texas. Quince was the only robot that successfully completed the entire obstacle course at the site as part of a RoboCup contest. In preparation for using the robot inside the Fukushima Daiichi nuclear power plant, several specific customizations were required. “The conditions in the nuclear reactor buildings are very tough. If we had attempted to send Quince in without modifications, it would probably have met its end,” says Koyanagi. Therefore the robot had to be able to survive a fall from approx. 2 m high unscathed, and had to be largely maintenance-free.

Powerful motors to beat every obstacle

Motion Control -Maxon Motors used in robot Quince

Where the motor selection was concerned, fuRO required absolutely reliable drives. The motors have to provide high power and high efficiency, yet be small and light. These requirements were precisely met by maxon motors, explains Koyanagi. Six powerful maxon motors drive the robot. The brushless EC-4pole 30 direct current motors each provide 200 W; two of these have been installed in the two main chains. The powerful 4-pole units give their all when Quince maneuvers its way across uneven terrain. Four additional motors (EC22) drive the moving chain drives (flippers). These can automatically adapt their angular position to the surface below. The 3D scanner unit of Quince is moved to the right position by an RE-max 24. Thanks to the special winding technology and the 4-pole magnets, the maxon EC-4pole drives are unbeatable when it comes to delivering the highest driving power per unit of volume and weight. The motors have no cogging torque, high efficiency, and excellent control dynamics. The metal housing additionally ensures good heat dissipation and mechanical stability. All motors of the chain drives have been combined with the GP32HP (High Power) planetary gearhead with MR encoder. This gearhead was customized by installing a large ball bearing and a reinforced motor shaft. With this power pack, Quince has no trouble managing almost any obstacle.

Contact maxon for more details info@maxonmotorusa.com

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

Maxon Logo
Visit our Website
Order Our Catalog

Motion Control – XY Alignment Stage Featuring High Resolution and High Repeatability Is Available from OES!

Motion Control – XY Alignment Stage

 

OES Logo

 

 

 

Van Nuys, CA – — Motion Control – The AU200-50×50-SC Alignment Stage from Optimal Engineering Systems, Inc. (OES) is a high resolution, high repeatability XY stage for such applications as: alignment, assembly, laser drilling, machining, medical, industrial, semiconductor handling, testing, scanning, and optical applications. The linear travel of the X and Y axes is 50 mm x 50mm, and the resolution of each axis is 5 microns (non-micro-step) or 0.125 microns (with 20 micro-steps per step motor driver in use), repeatability is 1.5 microns, and positional accuracy is 5 microns. The 1 mm per-turn lead screws and preloaded V-groove and crossed roller bearings contribute to the high precision and stiffness of the AU200-50×50-SC Alignment Stage

The XY table measures 155 mm x 155 mm and features a precision pattern of drilled and threaded mounting holes to facilitate the addition tooling or fixtures. Additionally a table with a large open aperture is also available. This low profile black anodized aluminum XY stage is easy to integrate into new or existing systems.

The two-phase stepper motors with knobs for manual adjustments of each axis are standard for the AU200-50×50-SC Alignment Stage, however, the knobs can be replaced with incremental encoders for position verification or closed loop operation. As an option, servo motors are also available. Compatible Motion Controllers are also available from OES and the AU200-50×50-SC alignment stage can be ordered as a complete plug-and-play system.

About OES – Optimal Engineering Systems, Inc. (OES) is a manufacturer of motion control products including: Stepper motor controllers and drivers, solenoid electronics, and positioning stages and slides. Applications include: Animation, automated assembly systems, automation, CNC machines, flight simulation, inspection systems, linear and rotary stages, machine tools, medical devices, motion control camera boom systems, optical comparators, CMMs, pan-tilt gimbals, PCB assembly & inspection, pick-and-place, positioning stages, robotics, scanners, security cameras, telescope drive mechanisms, time-lapse photography and winders.

Some of the industries OES serves are: Aerospace, Astronomy, Chemical, Communications, Educational Institutes, University, Colleges, Government Agencies, National Labs, Manufacturing, Medical, Metrology, Military, Motion Control, Museum, News Agencies, Semiconductor and Test Equipment. Optimal Engineering Systems, Inc’s. competitive advantage is its state-of-the-art in-house manufacturing facility in North America enabling OES to supply clients with custom designed orders or high volume just-in-time deliveries globally.

For additional information, contact sales team at: OES, 6901 Woodley Ave.; Van Nuys, CA 91406; Telephone: 888-777-1826 or +1 818-222-9200, FAX +1 818-436-0446 or E-Mail: sales@oesincorp.com or visit the website at http://www.oesincorp.com

OES Logo
Visit OES Website
OES Facebook
OES Twitter
OES Videos

Motion Control – Choose the Right, High Precision, Low Cost Linear Stage to Suit Your Motion Control Application!

OES AQ120 and AQ130 Motorized Linear Stages

 

OES Logo

Van Nuys, CA – — Motion Control Components – OES (Optimal Engineering Systems) offers ten high precision, low cost linear positioning stages that can be easily integrated into new and existing applications. Choosing the best slide for the application is easy. The five AQ120 and five AQ130 series of linear motorized stages are available in travel distances of: 50 mm (1.969 in.), 100 mm (3.937 in.), 150 mm (5.906 in.), 200 mm (7.874 in.), and 300 mm (11.811 in.). The compact, AQ120 series of linear stages features high precision steel linear ball bearings and hardened steel shafting and are designed for loads of 15 kg (33.1 lbs) for the AQ120-50 to 5 kg (11 lbs) for the AQ120-300. The AQ130 series of linear stages features high precision open steel linear ball bearings and supported hardened steel shafting and is designed for loads to 30 kg (66.1 lbs) for all travel lengths.

Each of these black anodized slides features a large table with a pattern of threaded mounting holes, and a precision low backlash (2µ) 4 mm per turn lead screw. The resolution for all slides is 2 microns per pulse using a10 microsteps per step motor driver, or just 1 micron per pulse using a 20 microsteps per step motor driver.

These stages can easily be configured as XY stages, with a Z axis, or with a rotary, lift, or goniometer stage. All stages are also available with a servo motor and optical encoder, and are compatible with OES’ line of motion controllers. Options also include: plug-in motor driver / indexer, stepper motor with an optical encoder for position verification.

Additionally all stages are available as complete plug-and-play systems.

See also: http://oesincorp.com/motorized-linear-stages/low-cost-series/index.htm

For complete specifications contact an OES engineer or go the OES website at: http://oesincorp.com/motorized-linear-stages/low-cost-series/index.htm.

About OES Optimal Engineering Systems, Inc. (OES) is a manufacturer of motion control products including: Stepper motor controllers and drivers, solenoid electronics, and positioning stages and slides. Applications include: Animation, automated assembly systems, automation, CNC machines, flight simulation, inspection systems, linear and rotary stages, machine tools, medical devices, motion control camera boom systems, optical comparators, CMMs, pan-tilt gimbals, PCB assembly & inspection, pick-and-place, positioning stages, robotics, scanners, security cameras, telescope drive mechanisms, time-lapse photography and winders

Some of the industries OES serves are: Aerospace, Astronomy, Chemical, Communications, Educational Institutes, University, Colleges, Government Agencies, National Labs, Manufacturing, Medical, Metrology, Military, Motion Control, Museum, News Agencies, Semiconductor and Test Equipment. Optimal Engineering Systems, Inc’s. competitive advantage is its state-of-the-art in-house manufacturing facility in North America enabling OES to supply clients with custom designed orders or high volume just-in-time deliveries globally.ve advantage is its state-of-the-art in-house manufacturing facility in North America enabling OES to supply clients with custom designed orders or high volume just-in-time deliveries globally.

For additional information contact Customer Service at Optimal Engineering Systems, Inc. (OES) , 6901 Woodley Ave, Van Nuys, CA 91406; Tel: 888-7071-1826, +1 (818) 222-9200, E-Mail: sales@oesincorp.com or visit the website at http://www.oesincorp.com

OES Logo
Visit OES Website
OES Facebook
OES Twitter
OES Videos

Motion Control Four Axis Robots Available from Moticont!

Motion Control - Moticont 4 Axis Robot

Motion Control - MotiCont-Logo

Van Nuys, CA – Motion Control four-axis positioning systems are offered utilizing any of our two-axis systems like GXY-280-280-01 or GXY-280-280-02 along with our voice coil motor driven LMA series or lead screw driven LA Series linear and/or variety of rotary actuators. The Multi-Axis Positioning System is designed to allow direct coupling between the load and the drive motors. This feature eliminates backlash, allows for fast acceleration / deceleration, high speed operation while increasing the reliability.

Three-axis plus Rotary-axis Motion Control System

Zero Backlash

Long System Life

Continuous Force in X and Y Directions: up to 9.3lbs (41.4 N)

Peak Force: Up to 15 lbs (66 N)

Total Travel (typical): 11 inches (25 cm) by 11 inches (25 cm)

Working Area (typical): 8 inches (20 cm) by 8 inches (20 cm)

Optional Incremental Encoder for Closed Loop Operation

High Speed and Acceleration

High Accuracy

Cog Free

High Repeatability

Closed Loop Three Phase Brushless Motor Driven

Available with Control Electronics

For PDF Data Sheet of 4 Axis Robots from Moticont – Click Here!

For additional information contact Moticont, “A Motion Company” at 6901 Woodley Avenue, Van Nuys, CA 91406, USA; Tel: (888) 785-1804, Fax: (818) 785-5713, E-Mail: moticont@moticont.com or visit the website at http://www.moticont.com

 

MotiCont-Logo
Visit our Website
Other Products
Videos
Powered by WordPress and ThemeMag