Fluke Technologies Pvt. Ltd. Fort, Mumbai, Maharashtra

Thomson's worm gear screw jacks MULI® and JUMBO® set new engineering standards for precision and reliability.  Designed with state-of-the-art CAD and CAE systems and adhering to stringent manufacturing requirements, these screw jacks meet all the necessary safety, cost-efficiency, and durability mandates of your application.  Large projects can be realized at short notice thanks to the use of preassembled modules.  These modules can be customized to your application's specifications. Above all, the heart of every MULI and JUMBO screw jack is a precision trapezoidal or ball screw drive of superb quality from Thomson's own screw production. In general, there are two considerations with worm gear screw jacks:  Trapezoidal screw for rough conditions and good price/performance ratio Ball screw for long duty cycle, high efficiency, and high positioning accuracy

Thomson stepper motor linear actuators combine a hybrid stepper motor and a precision lead screw in one compact envelope. They are now offered in three basic configurations – rotating screw (MLS), rotating nut (MLN) and actuator (MLA). The open architecture rotating screw and rotating nut motorized lead screws suit applications where external guidance is present or a high level of design flexibility is required, while the closed assembly of the motorized lead screw actuator is ideal to further simplify the design process and remove requirements for external guidance.

  NEMA11 to NEMA 23 stepper motor driven plus lead screw actuator SS 303 lead screw with dia  x pitch range  6 mm x 1mm to 10 mm x 20 mm Anti-rotation feature  built in Axial load range from 89 N to 890N Linear speed upto 250 mm per sec , depending on the load Use for 50% duty cycle Standard stroke upto 2.5 “ ie 64 mm and force upto 890 N Variable speed possible as stepper motor is there, Thomson does not supply drive MADE IN USA Ideal for table top machines, medical devices, chute control, multi position stops

Type : stepper driven

Brand Name : THOMSON

Material : carbon steel with SS rod

  PC SeriesTM Precision Linear Actuators   Servo motors available matched with all models Thomson PC Series provides optimized machine design and energy savings through reliable, high-performance and compact electric linear actuation. These models are designed to deliver superior performance as they are stronger, faster and longer-reaching than other comparable units on the market. The PC Series offers a broad range of accessories and options, including servo motors, making them ideal for virtually any application. The PC Series offers unmatched travel life, delivering up to four times more travel distance than comparable competitive actuators due to its larger, high-precision ball screw assembly.

Brand Name : Fluke

Warranty : 3 Year

Operating Temperature : -10 Degree C to + 50 Degree C

The new Thomson Max Jac® linear actuator is one of the most rugged actuators you can find on the market today.  It incorporates decades of experience Thomson has gained from making linear actuators for the mobile-off-highway market. The Max Jac is built to perform in harsh environments and materials, such as fertilizers, mud, sand, high pressure water, slush, salt water, snow, heat or heavy vibrations - and requires little or no maintenance and service.  Max Jac's design provides both high durability and high performance - delivering high speed, ef­ficiency, and accuracy from a compact envelope. As with all Thomson products, if a standard Max Jac does not meet your requirements, we are happy to design a custom version to match your exact specifications.

Type : Linear Actuators

Material : Aluminum

Certification : CE Certified

Color : Black

Surface Finish : Color Coated

Valve Motion : Electric Actuator

The ball screw drive is an assembly that converts rotary motion to linear motion (or vice versa).  It consists of a ball screw and a ball nut packaged as an assembly with recirculating ball bearings.  The interface between the ball screw and the nut is made by ball bearings which roll in matching ball forms.  With rolling elements, the ballscrew drive has a very low friction coefficient and is typically greater than 90% efficient. The forces transmitted are distributed over a large number of ball bearings, giving a low relative load per ball comparatively.