MECHANICAL POWER TRANSMISSION MADE EASY
MasterFlex - Overview

MasterfFlex is a core SSW product that is suitable for connecting equipment over longer distances than LinkFlex due to the shaft being stabilised by the casing, usually up to 5 meters. MasterFlex consists of shaft, casing and end connections to interface with driving and driven equipment.

MasterFlex is:-
    A standard approach to solving many drive and coupling problems.
    Designed to meet the needs of industry
    A rotary power transmission drive that is truly flexible
    An assembly incorporating a flexible shaft that is simple by design
    Reliable
    Cost effective
    Easy to install
    Easy to service
    Safe - no external moving parts (except for end connectors) thus eliminating the need for guards
    Accommodating of design and build tolerances
    Multiple bends and large offsets can be accommodated
    Up to 5 metres long (contact SSW for longer drives)

Normal Duty (Oilite bearing) assemblies can be used for any application where the running speed does not exceed 2000 rpm and the duty cycle is low. Applications include; Remote operation of valves, potentiometers, gears, rollers etc…

High Duty (Ball bearing) assemblies can be used for any applications where the running speed does not exceed the values given in the MasterFlex performance table. Applications include; Hand held tools (drills, lapping discs etc…), connection of a motor to an appliance where the motor (for safety, noise, or cleanliness reasons) needs to be mounted at a distance from the appliance.

It is normal to have at least one type M or R end (with locknuts) to prevent the casing from rotating during operation. End connectors are available in a choice of bore sizes and are fitted with grub screws as standard. If you require other types of end connector, e.g. Square, Keyway, Alternative bore sizes etc… then please contact our sales office who will be happy to advise. Tel: +44 (0)1908 525120, email insales@sswhite.co.uk

Further information: 

Overview :  Dimensions :  Perfomance :  Coding

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