Mini
Read moreMINI drivers are ideal for machining small parts. The shape of these drivers allows unrestricted passage of the hob during the machining process. Made with 4 integral drive pins and a mobile centre point, these drivers are made of high quality hardened steel and are compatible with regrinding. Characteristics: high precision, ease of use, facility for regrinding.
Mini-EL
Read moreMINI EL drivers are the extended version of the MINI model, ideal for machining small size parts. The shape of these drivers allows unrestricted passage of the hob during the machining process. Made with 4 integral drive pins and a mobile centre point, these drivers are made of high quality hardened steel and are compatible with regrinding. On request, an adjuster group (271000) can be fitted to allow axial positioning of the centre point (figure 2). Characteristics: high precision, ease of use, facility for regrinding, facility to fit centre point adjuster group (271000).
Micro
Read moreMICRO drivers are designed for use on small gear cutting machines for machining small parts. Made with 4 integral drive pins and a mobile centre point, these drivers are made of high quality hardened steel and are compatible with regrinding. Micro drivers feature centre point axial adjustment. Characteristics: centre point adjustment, high precision, ease of use, facility for regrinding, compact size.
Integral
Read moreINTEGRAL drivers are ideal for machining medium size parts. Made with 6 integral drive pins and a mobile centre point, these drivers are made of high quality hardened steel and are compatible with regrinding. On request, an adjuster group (271000) can be fitted to allow axial positioning of the centre point. Characteristics: centre point adjustment, high precision, ease of use, facility for regrinding, facility to fit centre point adjuster group (271000).
Interchangeable
Read moreINTERCHANGEABLE drivers are ideal for machining medium and large parts. Careful design of the components allows modular configurations to comply with a broad range of machining requirements rapidly while ensuring simple production changeovers. Made with 6 integral drive pins and a mobile centre point, these drivers are made of high quality hardened steel and are compatible with regrinding. The complete driver consists of: adjuster group + body + centre point + head. Characteristics: centre point adjustment, high precision, ease of use, facility for regrinding, fast components interchange.
Driving heads
Read moreMade of high quality steels, these tools are suitable for regrinding. The standard version is equipped with 6 driving pins. High precision machining allows perfect interchangeability of components without affecting the precision of the tool.
TD-R low profile
Read moreThe TD-R LOW PROFILE driver features reduced axial dimensions to allow its use also on gear cutting machines equipped with a tailstock. Made with 6 integral drive pins and a mobile centre point, these drivers are made of high quality hardened steel and are compatible with regrinding. On request, an adjuster group (271000) can be fitted to allow axial positioning of the centre point (271020). Characteristics: centre point adjustment, high precision, ease of use, facility for regrinding.
Centre point adjuster group
Read moreThe centre point adjuster group is equipped with a quick centre point changeover system that allows accurate positioning of the centre point in work that requires a constant centre point load. In the standard supply spring load is light, although the group can be supplied with different load types on request. For driver types: MINI-EL, INTEGRAL, LOW PROFILE TD-R, INTERCHANGEABLE.
Standard centre point Ø 20
Read moreMade of high quality steel, the centre points are suitable for regrinding. High precision machining allows interchangeability of components without affecting the precision of the tool. For drivers type: INTEGRAL, LOW PROFILE TD-R, INTERCHANGEABLE.
Truncated cone centre point
Read moreMade of high quality steel, these centre points are suitable for regrinding. High precision machining allows interchangeability of components without affecting the precision of the tool. For INTERCHANGEABLE type drivers.