New Stepper Motor Requires Very Little Installation Space
Achieves balanced combination of speed and torque with low weight and volume. Designed especially for applications that require large opening. Offers very large hollow shaft with inner diameter of 40 mm. and 24 mm. of thickness.
Read More »
New Linear Stepper Motors Provides Low Profile and Small Cross Section
Performs at speeds of up to 80 in/sec and strokes of up to 68 in. Capable of very precise position, velocity and acceleration control when coupled with a micro-stepping drive and indexer. Ideal for high-speed open loop positioning applications.
Read More »
New Linear Stepper Motor with 30/60 mm Effective Stroke
PFL20 is a efficient, high thrust tin-can linear actuator with a bipolar winding. Reaches 5V rated voltage, resistance of 33 Ohms/phase and inductance of 12 mH/phase. Simple structure of linearstep motor helps to save space and reduce costs, due to few components needed.
Read More »
New Linear Stepper Motors for High-speed Open Loop Positioning Applications
Performs at speeds of up to 80 in/sec and strokes of up to 68 in. Capable of precise position, velocity and acceleration control when coupled with a micro-stepping drive and indexer. Provides multiple forcers on a single platen and no servo tuning is required.
Read More »
Adhesive Tapes for Personal Protective Equipment Applications
This ebook provides an in-depth overview into adhesive tapes for personal equipment applications.
Read More »
New Step Motors from Applied Motion Products Utilize Seal Protection Technology
Available in NEMA sizes 23, 24 and 34 that are IP65 rated and dustproof. Feature sealed laminations, oil shaft seal, internal corrosion-resistant film coating, gaskets and integral 10 ft. shielded cable. Communication options includes EtherNet/IP and Modbus that offer stored program execution using Q programming language.
Read More »
New Resolver-based Stepping Motors with Ability to Carry Heavy Loads Without Step-out
Optimized for use in robots, office automation equipment and medical/nursing care equipment. Available with a resolver allows high-precision motor control even in harsh environments with heat, dust, or vibration. Able to drive at broadband/ultra-low speeds and resistant to heat, dust and vibration due to its simple structure.
Read More »
New PKP Series Motors with Mini Connector and New Design Advancements
High-resolution type motors are available in 42 mm (1.65 in.) to 56.5 (2.22 in.) mm with encoder option. Shortens the length of connector’s overhang reducing space. Includes motor resolution options, line driver encoder options, 400 p/rev options and PKP flat type motor with harmonic gearheads.
Read More »
Applied Motion Products Launches Frame Integrated Motors Which is Available in 60mm Size with Larger Shaft
Available in two models SWW24IP-3DE Integrated stepper motor and TXM24IP-IDG StepSERVO. Features include I/O, configuration, polling, math, register manipulation, and Q programming and 130 registers for controlling motion. Provides greater acceleration, increased efficiency, increased accuracy with reduced motor heating and noise.
Read More »
New Step Motors Offer High Torque up to 22 oz-in at Low Speed
Operate with high step accuracy and resolution as well as low vibration and noise. Compact motors available in NEMA sizes 8, 11 or 14 for medical devices, 3D printers and textile equipment applications. 1.8◦ step angle and RoHS compliant units are available in single and double-shaft versions.
Read More »
New PFL20 Linearstep Stepper Motors That Reach a Force of Up to 6N at 200 pps
Compliant to RoHS standards and has effective stroke of 30/60 mm. Deliver 24 steps per revolution and the lead screw comes with 1.2 mm thread pitch. Features resistance and inductance of 33 Ohms/phase and 12mH/phase respectively with rated voltage of 5V.
Read More »
The Carbontec System: A Smarter Way to Heat Your Buildings
Carbontec's paper-thin radiant heating systems reduce energy consumption costs by warming the building surfaces instead of controlling air temperature. Check out our video to learn more.
Read More »
