Motorised shears prevent RSI
21 June, 2016If mouse arm results from operating computers, the equivalent for wine and fruit growers, who must trim countless branches and shoots, is shearing arm.
FAULHABER 2668 … CR DC motor
15 June, 2016The 2668 … CR DC motor from FAULHABER is said to offer more power than comparable drives and to be the most powerful copper‐graphite commutated DC micromotor in its size class on the market.
Stepper motors in space
14 June, 2016Motors from FAULHABER are being used in NASA's Magnetospheric Multiscale (MMS) research project to examine the Earth's magnetic field.
FAULHABER series 3274 BP4 brushless DC servomotor
09 June, 2016FAULHABER's series 3274 BP4 brushless DC servomotor, measuring 32 mm in diameter and 74 mm in length, has a large continuous torque of 165 mNm. It weighs in at just under 320 g, which is half that of conventional motors with comparable power.
FAULHABER 3890...CR series DC‐Micromotors
08 June, 2016The 3890…CR series is based on the motor concept of the CR DC-Micromotors series with Graphite Commutation from FAULHABER. A powerful neodymium magnet and high copper content in the winding of the rotor provide the compact drive with a large amount of power.
FAULHABER 1024…SR series motors
06 June, 2016FAULHABER's 1024…SR series metal brush commutated motors have a diameter of 10 mm. In combination with a gearhead, the motor's output torque can achieve 300 mNm, said to be twice that of similar products on the market.
Prosthetics controlled by microprocessors
06 June, 2016When it comes to finding technological ways of dealing with the loss of a limb, two key things need to be taken into account.
Toshiba TC78S122FNG bipolar 2-channel stepping motor driver
01 April, 2016The TC78S122FNG is a bipolar 2-channel stepping motor driver offering a high voltage of 40 V and current of 2 A. The unit has a 2-channel drive function in a two-in-one chip and is capable of running two stepping motors simultaneously.
Self-healing electronics made possible by immune-inspired nanomotors
15 March, 2016Self-healing electronics are a step closer after scientists have built self-propelled nanomotors inspired by the human immune system. The researchers say their work could lead to flexible batteries, electrodes, solar cells and other gadgets that heal themselves.
FAULHABER 2668 … CR motor
19 November, 2015The 2668 … CR DC motor from FAULHABER is said to offer considerably more power than comparable drives and to be the most powerful copper-graphite commutated DC-micromotor on the market in its size class.
FAULHABER 1727…CXR DC micromotor
18 November, 2015FAULHABER is expanding its range of drives in the medium power range with the 1727…CXR DC micromotor. A powerful neodymium magnet gives the graphite-commutated motor a high power density with a continuous torque of 4.9 mNm.
FAULHABER 20/1R planetary gearhead
17 November, 2015FAULHABER is introducing powerful power transmission technology to the market with the 20/1R planetary gearhead. A diameter of 20 mm allows the stainless steel gearhead to achieve continuous torque of 800 mNm, and up to 1100 mNm for short periods during interval operation.
Texas Instruments DRV8846 1.4 A bipolar stepper motor driver
23 December, 2014The DRV8846 provides a highly integrated stepper motor driver for cameras, printers, projectors and other automated equipment applications. The device has two H-bridges and a microstepping indexer and is intended to drive a bipolar stepper motor.
Faulhaber Series LM 1247 and LM 2070 DC servomotors
12 November, 2014Faulhaber has extended its linear DC servomotor product range with versions aimed at facilitating product integration inside the user's application. The linear servomotors integrate analog Hall sensors or sin/cos type sensors to match the user's positioning needs without requiring an external encoder.
Faulhaber Series BS32-2.0 spindle drive systems
11 November, 2014The ball screws used in Series BS 32-2.0 spindle drive systems allow the rotational movement of micromotors to be converted to linear stroke or tensile movements with minimal travel variations of less than 5 μm over the absolute travel distance.
