Toshiba Machine announces THL Series of low-cost and lightweight SCARA Robots. The THL Series consists of three SCARA robot models, each uniquely offered at the same price point.
Mobile-Robotics Selected for 'Ship-to-Store' Efficiency and Accuracy
DIY Drones is an excellent community site for amateur unmanned vehicle development. Using Arduino as a foundation they have created the ArduPilotMega universal autopilot autopilot hardware. It combines sophisticated IMU-based autopilot electronics with free Arduino-based autopilot software that can turn any RC vehicle into a fully-autonomous UAV. The software is open source and currently has three variations: Arduplane, for any fixed-wing aircraft, Arducopter, for any rotary-wing aircraft, and ArduRover, for any ground or water-based vehicle. The site has an active forum as well as a store where you can purchase all the ArduPilot Mega Controller, other Arduino hardware or complete Drone kits.
CSWorks Inc. announced today that the latest release of its HMI/SCADA/M2M software framework expands its customer reach by including Modbus to the list of supported protocols
Point Grey Launches High Definition 2.8 Megapixel FireWire Camera, Sets New Standard for CCD Sensitivity
Point Grey, a world leader in advanced digital imaging products, today announced the addition of new 2.8 megapixel models to its Grasshopper Express IEEE 1394b (FireWire-b) digital cameras series.
Cross-platform software and sensor payload to enable autonomous vehicle operations up to 100 KPH by significantly increasing high-speed obstacle detection range.
STMicroelectronics has unveiled a smart suit prototype with sewn-in new multi-sensor ST iNEMO® motion co-processor that recognize complex movements of the wearer’s body and translate them to a digital model with outstanding precision and speed. The current-generation prototype of ST’s body-motion reconstruction suit demonstrates the optimal performance of the miniaturized iNEMO multi-sensor nodes attached on each arm, forearm, thigh, calf, and two on the back; additional nodes can be mounted on hands, on shoes or on the head. Tests with realistic, complex human body motions have proven the outstanding precision and speed of ST’s body-motion reconstruction suit, with deviation in spatial accuracy below 0.5 degrees during movements and the time needed to process and apply the sensor data to the skeleton model less than 15 milliseconds.
Rockwell Automation introduces On-Machine Motor Controller. Machine builders can now offer customers a compact distributed motor controller that easily installs on the machine without an enclosure, and quickly connects to the enterprise network, thanks to the new family of Allen-Bradley ArmorStart LT distributed motor controllers from Rockwell Automation.
The Industrial Automation Group of Advantech introduces two new Embedded Automation Computers, the UNO-3072A and UNO-3074A with Intel Atom D510 processor.
EPSON Robots introduces version 5.4 of EPSON RC+ 5.0, a development environment now featuring the EPSON RC+ Simulator.
According to a new Latitude study, Robots @ School, robots are helping to reveal a potential shift in kids' social and learning psychologies, suggesting new opportunities for educators and technologists to better address common hurdles children encounter in the learning process to inspire self-direction and creative risk-taking and to enhance kids' experiences with technology more broadly.
Accuray Extends Availability of CyberKnife Radiosurgery to Cancer Patients in Additional Emerging Markets
At CES Texas Instruments was showing off its new open source platform MAVRK. MAVRK is an acronym for Modular and Versatile Reference Kit. The MAVRK platform contains a motherboard, several MAVRK modules, and firmware to communicate between the modules. MAVRK modules are reference designs around TI silicon that will connect to the motherboard with a common footprint. With several modules connected, a user can configure multiple combinations of RF, AD/DA, transceivers, signal conditioning, and driver circuits as a system-level design. In the video one motherboard hosts the TCA8418 keypad scanner to sense user input. The MSP430F5438A on this motherboard decodes the keypad input for motor spin speed and the joystick direction for spin direction. It then beams this information to a second motherboard connected to robotic treads, with an MSP430F5137 processing the signals, and an MSP430F2274 controlling the signals to the DRV88414 motor driver. The DRV8814 drives the two motors that turn the robot treads.
Microchip Expands XLP PIC® MCU Portfolio with Industry's Lowest Active Current for 16-bit MCUs & New Low-Power Sleep Modes
PIC24FJ128GA310 Family Features VBAT Battery Backup, Low-Power Sleep With RAM Retention and an LCD Driver
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