In every industry, with any type of material, part and quantity, REGO-FIX gives you the unmatched reliability you need for success. Our carefully matched systems provide optimal fit and accuracy to minimize vibration and tool runout while they maximize clamping force, toolholding security, tool life and output quality.
REGO-FIX introduced the first ER collet chuck in 1972, and it became the enduring industry standard. Today, our innovative solutions make it easy to achieve excellent surface finishes and consistent job results in a wide variety of machining applications. For the toolholding innovations you need to produce precise results every time, look to REGO-FIX.
ER
The industry-standard toolholding solution for all shank types, materials and tool types – from the company that pioneered it.
powRgrip
The ultimate in secure toolholding and excellent vibration damping supports high-speed milling and drilling.
Multi Line
A toolholding system for traditional machining applications, with reduction sleeves for efficient through coolant in a self-sealing system suited to most hydraulic expansion chucks.
micRun
System TIR of < 3 μm at 3 diameters with a grooveless clamping nut for silent operation and low vibration.
ER Lathe/Swiss
ER and ER UP (Ultra Precision) vibration-damped collets with a 16-slot design for a wide clamping range with low TIR and up to 20% more clamping length on small diameters.
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Stainless Steel Ensures Flawless, Corrosion-Free Toolholding
As any skilled toolroom manager knows, regular maintenance is the key to toolholder performance. However, in some environments, even the most careful scheduled maintenance is often unable to stave off wear due to corrosion. From humid air and muggy weather to...
Good Toolholder & Spindle Interface Hygiene Ensures Top Machine Performance
One tiny chip lodged in a machine tool’s toolholder-spindle interface will, at best, cause a slight increase in tool runout and reduced tool life. At higher spindle speeds however, the effects only grow exponentially worse and can lead to catastrophic failures. To...