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Form knurling tool - ø 3 - 20 mm | RD1 130-08
The RD1 131-08 model is a form knurling tool developed by Hommel+Keller Präzisionswerkzeuge GmbH. It is specifically...
Form knurling tool - ø 3 - 20 mm | RD1 130-08
The RD1 131-08 model is a form knurling tool developed by Hommel+Keller Präzisionswerkzeuge GmbH. It is specifically...
Form knurling tool - ø 3 - 50 mm | RD1 131-08
The Form knurling tool RD1 131-08 Series is manufactured by Hommel+Keller Präzisionswerkzeuge GmbH. The product...
Form knurling tool - ø 3 - 50 mm | RD1 131-08
The Form knurling tool RD1 131-08 Series is manufactured by Hommel+Keller Präzisionswerkzeuge GmbH. The product...
Form knurling tool - ø 3 - 50 mm | RD1 132-08
The RD1 132-08 is a unit manufactured by Hommel Keller. It is a conventional and CNC applicable for auto-lathes and it forms knurling....
Form knurling tool - ø 3 - 50 mm | RD1 132-08
The RD1 132-08 is a unit manufactured by Hommel Keller. It is a conventional and CNC applicable for auto-lathes and it forms knurling.
The unit's integrated set screws for easy adjustment of the clearance angle conforms to the special surface hardening for increased wear resistance with a knurling profile on work piece DIN 82.
Furthermore, it has a modular shank construction for conversion to alternative shank sizes and integrated set screws for easy adjustment of the clearance angle.
The unit's integrated set screws for easy adjustment of the clearance angle conforms to the special surface hardening for increased wear resistance with a knurling profile on work piece DIN 82.
Furthermore, it has a modular shank construction for conversion to alternative shank sizes and integrated set screws for easy adjustment of the clearance angle.
Form knurling tool - ø 8-200 mm | RD1 132-20
This device is available in both convectional & CNC and can be used as a variety of machines ranging from multi-spindle automated lathes to automated short-turning lathes...
Form knurling tool - ø 8-200 mm | RD1 132-20
This device is available in both convectional & CNC and can be used as a variety of machines ranging from multi-spindle automated lathes to automated short-turning lathes and universal lathes.
The main application of this device is for form knurling. The knurling process can have two directions. One is suited to all knurling patterns and profiles and is called plunge knurling. The other direction called feed knurling is suited for RBL, RBR & RAA.
The knurling is done to a shoulder with a knurling wheel which is pin adjustable. The clearance angle can be adjusted with integrated set screws and a hardened surface gives increased wear resistance.
The main application of this device is for form knurling. The knurling process can have two directions. One is suited to all knurling patterns and profiles and is called plunge knurling. The other direction called feed knurling is suited for RBL, RBR & RAA.
The knurling is done to a shoulder with a knurling wheel which is pin adjustable. The clearance angle can be adjusted with integrated set screws and a hardened surface gives increased wear resistance.
Form knurling tool - ø 8 - 200 mm | RD1 131-20
The RD1 131-20 model is a form knurling tool developed by Hommel+Keller Präzisionswerkzeuge GmbH. It is specifically designed...
Form knurling tool - ø 8 - 200 mm | RD1 131-20
The RD1 131-20 model is a form knurling tool developed by Hommel+Keller Präzisionswerkzeuge GmbH. It is specifically designed...
Slot milling cutter - ø 12 - 210 mm, DIN 472
Slot milling cutters with carbide inserts for circlip grooves as per DIN 472
Forehead grooving tool - ø 53 - 1 219 mm | 310, 317 series
Upgrade your existing boring head!
The special insert holders...
The special insert holders...
Forehead grooving tool - ø 53 - 1 219 mm | 310, 317 series
Upgrade your existing boring head!
The special insert holders for face grooving are available for all boring heads series 310 and 317.
Width of groove: from 2.5 mm
Max. depth of grooves: 2.7 - 4.3 mm
Diameter range (outer groove): 53 - 3000 mm
The special insert holders for face grooving are available for all boring heads series 310 and 317.
Width of groove: from 2.5 mm
Max. depth of grooves: 2.7 - 4.3 mm
Diameter range (outer groove): 53 - 3000 mm
Forehead grooving tool - ø 14 - 53 mm | 112 series
Upgrade your existing boring head!
The special insert holders...
The special insert holders...
Forehead grooving tool - ø 14 - 53 mm | 112 series
Upgrade your existing boring head!
The special insert holders for face grooving are available for all boring heads series 112.
Width of groove: from 2.5 mm
Max. depth of grooves: 2.7 - 4.3 mm
Diameter range (outer groove): 53 - 3000 mm
The special insert holders for face grooving are available for all boring heads series 112.
Width of groove: from 2.5 mm
Max. depth of grooves: 2.7 - 4.3 mm
Diameter range (outer groove): 53 - 3000 mm
Forehead grooving tool - ø 200 - 3 020 mm | 318 series
Super light system provides highest precision and performance, and features through-tool coolant supply to the cutting edge
The system is based on aluminum extension slides of different...
The system is based on aluminum extension slides of different...
Forehead grooving tool - ø 200 - 3 020 mm | 318 series
Super light system provides highest precision and performance, and features through-tool coolant supply to the cutting edge
The system is based on aluminum extension slides of different lengths, which support a variety of aluminum and steel components for roughing and finishing tool assemblies. The mounting components are pinned to fit onto specific locations on the slides, and secured with steel bolts.
The precise positioning of the components on the slide along with incremental adjustment scales for insert holders permit diameter and length setting without a tool presetter.
The simple handling of components virtually eliminates operator error during assembly and leads to almost 100% safety during operation.
The system is based on aluminum extension slides of different lengths, which support a variety of aluminum and steel components for roughing and finishing tool assemblies. The mounting components are pinned to fit onto specific locations on the slides, and secured with steel bolts.
The precise positioning of the components on the slide along with incremental adjustment scales for insert holders permit diameter and length setting without a tool presetter.
The simple handling of components virtually eliminates operator error during assembly and leads to almost 100% safety during operation.