Indexa-Seiki VDI Toolholders

Manufactured to DIN 69880. Suitable for use in NC lathes with VDI fixing disc. Features: All tools are fully carburized and hardened. Surface hardness of 58-60HRc. Tensile strength above 1000N/mm2. Surfaces blued; seat, parallel shank and shoulder ground. Tools can be adjusted in-situ on radial and axial toolholders. Seat shim allows two tool sizes to be used with one toolholder. Ball regulator (bullseye) provides easy coolant control.

Radial

Long Upside Down B7 Right Hand

Indexa-Seiki Arbor Solid Spacers

Hardened and ground parallel and perpendicular to an accuracy of 0.0002" to ensure accurate running cutters, when used on milling machine arbors. With standard keyways.

PSC and PSCa (adjustable) Collets for Plain Shank Cutters

Tru-Loc Collets are available for plain shank cutters in two different styles, PSC non adjustable and PSCa - Collets with an adjustable back-stop screw to allow more accurate & consistent cutter replacement.

For all dimensional specifications please refer to our catalogue.

PSC Type

Indexa-Seiki MT-Morse Taper Adaptors

With internal morse taper socket. For use on drilling machines etc. For drills, core drills, reamers etc. Manufactured to stringent quality standards.



To DIN69871/A

Indexa-Seiki MT-Morse Taper Adaptors

With internal morse taper socket. For use on drilling machines etc. For drills, core drills, reamers etc. Manufactured to stringent quality standards.



To DIN69871/A

Indexa-Seiki R8 Shank Sidelock Adaptors

For Bridgeport type turret milling machine spindles to accept Weldon shank (DIN 1835B) cutters.

Indexa-Seiki Tapping Collets

Slipping clutch type. To suit Indexa-Seiki tension and compression type tapping chucks.

For all technical specifications please refer to our catalogue.

ISO529 SZ2

Indexa-Seiki Indexable Tooling Spares

Within the Index-Seiki? range of indexable tooling spares you will find insert screws, Torx? keys, shims, clamps and pins to fit the Index-Seiki? toolholder you?re using.

Indexa-Seiki Tru-Loc Milling Chucks

The mechanical advantage provided by the 'roller lock' mechanism produces a high clamping force, along the full length of cutter shank. The force is applied evenly and so enables the chuck to hold cutters within 0.010mm at 100mm from chuck nose concentricity, giving improved component surface finish, holding better workpiece tolerances, reducing vibration and prolonging tool life. Manufactured from special alloy steel, heat treated to close hardness tolerances. Internal seals protect against entry of swarf and dirt. Tru-Loc milling collets with back stop adjustment screws ensure quick and easy cutter pre-setting and replacement, eliminating tool creep. A range of milling chucks for finishing and semi-finishing applications, with accurate tolerances and high quality surface finish.

Using the Tru-Loc Milling Chuck - when tightening the chuck use the recommended wrench and tighten fully - but without means of extra leverage. N.B. The gap between the locking ring and body may vary between 0 & 3mm dependent on cutter shank size and collet used. Maintenance: To get the best performance from this Tru-Loc milling chuck please ensure it is serviced on a regular basis by a qualified agent. It is recommended that this is at least once every twelve months. Failure to do this may affect the performance of the chuck and/or invalidate any guarantee. Collet reference PSC/PSCa.

Tru-Loc Milling Chuck R8 Shank

Indexa-Seiki HSK Hollow Taper Shank

A new interface between machine and tools giving higher radial accuracy, higher bending and torsional stiffness, and offers accurate repeatability and high torque capacity. Especially suited to high speeds. Improved HSC compatibility, easy operation, is suitable for manual and automatic tool changing and is of compact design. Manufactured to DIN 69893. Form A - the interface for automatic tool changing. Features include: Gripper groove on collar. integral chip hole. Central cooling, Drive at taper shank end. Traverse hole for manual tool changes.



Sidelock adaptor, Standard Length. To DIN 69893 & DIN 1835/B.