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Simply because you’ll increase the service life of many pieces of equipment by very worthwhile amounts. For instance customers report such things as double life between heat exchanger cleaning – up to 9 times the life of hydraulic seals and in the race car engines – far less downtime etc., etc


Well, let’s explain . . . when you finish by using Flex-Hones you produce a more frictionless surface than you could create with any other tool and by doing this you prevent premature wear in any mating parts like piston rings and seals. And in heat exchanger tubes you produce a finish that’s actually better than new. That’s why you get such radical improvement in the service life and performance of equipment

And why you gain these advantages is because Flex-Hones use a totally different method of metal finishing to any other machining or surface treatment process. We call it “downwards” finishing. Almost all other types of metal processing use “upwards” cutting. Let’s explain . . . cutting tools of any type must penetrate below the surface and lift material up and off the workpiece. Ordinary abrasives do exactly the same thing because they’re just like thousands of miniature cutting tools. This always leaves a jagged finish even if it’s so minute you can’t see the sharp peaks (see Diagram #1 and the corresponding roughness readout below).On the other hand, Flex-Hones rub from the top of the work surface and smooth the jagged peaks downwards leaving a “plateaued” or flatter finish without jagged peaks (See Diagram #2 and the corresponding roughness readout).

Picture shows how a multi-spindle machine makes for top efficiency in final finishing

Again, this shows what can be done with innovation to cut manufacturing times where you have quantities of any piece of equipment with multiple cylinders. Even for smaller operations Flex-Hone gives great opportunities to improve and speed up the finishing process.

Innovation Picture