QUALITy that goes under the skin Implant machining Precision tools for the machining of stainless steel and titanium-alloy implants 2012
2 Implant machining ingeniously close to ature Stainless steel and titanium-alloy implants It is no longer possible to imagine modern surgery and orthopaedics without implants to stabilise bone fractures or as a replacement for damaged joints. Firstly, they support the healing process and ensure a perfect healing of the bone fracture. Secondly, they replace or restore the mobility and movability of the patient and assist in giving back a high quality of life. Above all, implants are manufactured in stainless steel or titanium-alloy due to the high corrosion resistance and very good biocompatibility - materials that are also valued in other areas such as the areospace industry, energy technology or plant engineering because of their special characteristics. As a manufacturer of precision tools, is also one of the leading suppliers in the field of machining stainless steel and titanium-alloy. Our research and development centre finds optimally suited tool geometries, our hard material division provides perfectly adapted tool materials and our coating technology provides hard material coatings with the necessary resistance so that the difficult-to-machine materials can be machined with maximum efficiency, highest precision and optimal economic efficiency.
Implant machining 3 Coverfoto: psdesign1, Fotolia.com full body application precision tools convince from head to toe Application examples precision tools are applied for the production of hip and knee joint implants as well as for manufacturing thigh and lower leg splints.furthermore, the dental technology also relies on tooling solutions for the production of implants.
4 drilling tools FoR the machining of implants drilling to Perfection drilling tools for the machining of implants RT 100 VA simple and reliable The geometry, tool material and coating of the RT 100 VA are perfectly matched for the machining of stainless steels. Hence it makes the machining of these difficult-to-machine materials simple, reliable and efficient, as the application example shows: Selected RT 100 VA machining results no. Special drill Diameter 5.21 Coating TiAl nanoa Material group Titanium Material description TiAl6V4 Drilling depth [mm] 26 Hole type Blind hole Cooling IC Coolant Soluble oil Machine type Machining centre v c [m/min] 40 f [mm/rev.] 0.075 Tool life [m] 30 RT 100 VA GU 500 high speed steel drill For small batches and unstable machining conditions the application of HSCO GU 500 drills should also be taken into consideration. They are available with a re-inforced straight shank and in stub or jobber drill lengths. High speed steel GU 500 drills achieve excellent machining results in stainless steels and titanium alloys. GU 500 Sebastian Kaulitzki - Fotolia.com in sync ad EFFEcTIVe
drilling tools FoR the machining of implants 5 Standard Type Shank form Tool description Drilling depth Tool material Surface finish d1 no. RT 100 VA Ratio drill with coolant ducts DI 6537 K RT 100 VA 3xD Solid TiAl nanoa 3.000-20.000 8510 DI 6537 K RT 100 VA HE 3xD Solid TiAl nanoa 3.000-20.000 8610 DI 6537 L RT 100 VA 5xD Solid TiAl nanoa 3.000-20.000 8511 DI 6537 L RT 100 VA HE 5xD Solid TiAl nanoa 3.000-20.000 8611 GU 500 twist drill with re-inforced straight shank GU 500 3xD HSCO Ti 2.000-20.000 512 GU 500 5xD HSCO Ti 2.000-20.000 511 GU 500 DZ twist drill with cylindrical straight shank DI 1897 GU 500 DZ 3xD HSCO bright 1.000-14.000 5524 DI 1897 GU 500 DZ 5xD HSCO bright 1.000-14.000 5523 Jobber length twist drill DI 338 Ti DZ 5xD HSCO bright 0.200-19.000 605
6 deep hole drills FoR the machining of IMPLATs RT 100 T spiral-fluted deep hole drills RT 100 T Ratio drills provide consistent high performance and accuracy in stainless steels in the diameter range from 3.0 to 14.0 mm for the drilling depths 15xD, 20xD, 25xD, 30xD and 40xD. The geometries, tool materials and coatings of these Ratio drills that are specially adapted for the machining of stainless steels ensure highest cutting rates, perfect surface quality and a reliable chip evacuation especially from deep holes. This is confirmed by numerous drilling trials and application examples: Selected RT 100 T machining results no. 6511 6512 6513 Diameter 3.5 8.0 5.0 Coating TiAl TiAl TiAl Material group Stainless steel Stainless steel Stainless steel Material description X5Cri18 10 1.4301 X6CriTi1810 1.4541 X6CriMoTi17-12-2 1.4571 Depth [mm] 15 210 150 Hole type Through hole Through hole Through hole Cooling Internal Internal Internal Coolant Soluble oil Soluble oil Soluble oil Machine type Machining centre Machining centre Machining centre v c [m/min] 90 30 35 f [mm/rev.] 0.04 0.08 0.04 Tool life [m] 85 11 18 RT 100 T Maximum performance in deep holes single-fluted gun drills EB 80 and EB 100 Single-fluted gun drills type EB 80 and EB 100 are available from ex-stock for especially close diameter tolerances and extremely deep holes as well as specifically for the machining of high-alloyed and stainless steels. Thanks to their special grade, geometry and coating they achieve maximum tool life in stainless steels as the machining results listed below confirm. selected machining results Type EB 80 EB 100 Coating TiC TiAl nanoa Material group Titanium Titanium Material TiAlV4 TiAlV4 Machine type Machining centre Machining centre v c [m/min] 25 25 f [mm/rev.] 0.006 0.007 Tool life [m] 2.0 2.5 EB 80 EB 100
deep hole drills FoR the machining of IMPLATs 7 Standard Type Tool description Drilling depth Tool material Surface finish d1 no. RT 100 T spiral-fluted deep hole drills RT 100 T 15xD Solid TiAl headcoated 3.000-14.000 6509 RT 100 T 20xD Solid TiAl headcoated 3.000-14.000 6511 RT 100 T 25xD Solid TiAl headcoated 3.000-12.000 6512 RT 100 T 30xD Solid TiAl headcoated 3.000-10.000 6513 RT 100 T 40xD Solid TiAl headcoated 3.000-8.000 6514 EB 100 solid single-fluted gun drill EB 100 25xD Solid TiAl nanoa 1.000-12.000 5646 EB 100 50xD Solid TiAl nanoa 1.000-8.000 5647 EB 100 75xD Solid TiAl nanoa 1.000-6.000 5648 EB 80 single-fluted gun drill with head EB 80 20xD Carbide TiC 3.970-12.700 5639 EB 80 30xD Carbide TiC 3.970-12.700 5640 EB 80 40xD Carbide TiC 3.970-12.700 5641
8 Reaming tools FoR the machining of IMPLATs reaming with maximum accuracy reaming tools for the machining of implants high-performance HR 500 and solid C reamers High-performance and extreme accuracy are the characteristics of s highperformance HR 500 and solid C reamers. As solid tools the HR 500 high-performance reamers impress with very high performance data in the diameter range up to 20.0 mm. In the diameter range from 20.0 to 40.0 mm they are available as -tipped tools so that the tool material is optimally adapted to the machining task. HR 500 accuracy down to the last Detail psdesign1, Fotolia.com
Reaming tools FoR the machining of IMPLATs 9 Standard Type Shank form Tool description Tool material Surface finish d1 no. HR 500 S for blind holes HR 500 S straight h6 Solid TiAl nanoa 3.000-20.000 1685 HR 500 D for through holes HR 500 D straight h6 Solid TiAl nanoa 3.000-20.000 1686 Carbide C reamer with extremely unequal flute spacing B straight h6 Solid bright 3.000-12.000 1449 dimensional accuracy and longevity Implants must fit perfectly and work over a long period of time. In order for them to meet these requirements, maximum accuracy is vital during the manufacturing process. reamers offer the best pre-requisites for a constantly high manufacturing quality and accuracy. selected machining results no. 1686 1685 1449 Diameter 5.15 6.05 4.1 Coating TiAl nanoa TiAl nanoa bright Material group Titanium Titanium Stainless steel Material description TiAl 6 V4 TiAlFe 2.5 X5CriTi Depth [mm] 13 20 11 Hole type Through hole Blind hole Through hole Coolant eat oil eat oil Soluble oil Machine type Machining centre Turning machine Turning machine v c [m/min] 72 60 8 f u [mm/rev.] 0.4 0.7 0.15 Tool life [m] 21 28 18 C
10 Milling tools FoR the machining of implants milling to Perfection milling tools for the machining of implants geometrically accurate and efficient RF 100 Ti high-performance end mills Thanks to the optimised design with unequal helix and 35 /38 helix angles the RF 100 Ti high-performance end mill can be applied for slotting and roughing operations in titanium-alloys and is also suitable for deep cutting depths. Hereby, the unequal helix effectively counteracts vibrations and chattering as well as the so-called corkscrew effect. The optimised corner radius ensures a long tool life together with a high form accuracy. RF 100 TI Ratio end mills RF 100 VA RF 100 high-performance end mills excell thanks to unequal helix angles considerably reducing vibration. The uneven helix achieves a considerably improved surface for finishing operations and a considerable feed rate increase for slotting and roughing. The complete milling process can be covered with one RF 100 for many applications, generating a considerable cost advantage alongside an increased tool life and dimensional accuracy of the workpiece. Combined with a newly developed roughing geometry RF 100 VA/F end mills enable drastic tool life increases in comparison to conventional roughing cutters with round and flat knuckle-type teeth. The workpiece surface quality is improved to a peak-to-valley height of approximately Ra = 2-3µm, making in many cases finishing operations unnecessary. At the same time the innovative design reduces power consumption in comparison to conventional RF 100 end mills allowing their use in unstable conditions and in less powerful machines. RF 100 VA Selected machining results RF 100 VA ad 100 VA/F no. 3805 3803 3080 3718 3499 Type RF 100 VA RF 100 VA RF 100 VA RF 100 VA/F RF 100 Ti Coating TiAl nanoa TiAl nanoa TiAl nanoa TiAl nanoa TiAl SuperA Material group Stainless steel Stainless steel Stainless steel Stainless steel Titanium Material description X5Cri13 4 1.4301 X12CrMoS17 1.4104 X6CriMoTi17 12 2 1.4571 X10CriS18 9 1.4305 Cutting depth a p [mm] 6.0 12.0 14.5 18.0 38.0 Cutting width a e [mm] 3.0 6.0 2.5 12.0 5.0 Milling type Roughing Roughing Finishing Slotting Roughing Cooling external external without external external Coolant soluble oil soluble oil soluble oil soluble oil Machine type Mach. centre (BT 40) Mach. centre (BT 40) Mach. centre (BT 50) Mach. centre (HSK 100) Mach. centre v c [m/min] 113 190 118 72 95 f z [mm/tooth] 0.084 0.04 0.08 0.065 0.24 Tool life [m] 81 132 45 (126 min.) (50 min.) Ti 6 Al 4
Milling tools FoR the machining of implants 11 Standard Type Shank form Tool description Tool material Surface finish d1 no. RF 100 Ti high-performance end mill centre cutting DI 6527 L TiAl SuperA 6.000-25.000 3499 RF 100 VA high-performance end mill centre cutting DI 6527 K TiAl nanoa 4.000-20.000 3804 DI 6527 K TiAl nanoa 4.000-20.000 3805 DI 6527 L TiAl nanoa 3.000-25.000 3800 DI 6527 L TiAl nanoa 3.000-25.000 3803 TiAl nanoa 6.000-20.000 3806 TiAl nanoa 6.000-20.000 3807 RF 100 VA/F high-performance end mill centre cutting DI 6527 L TiAl nanoa 5.000-25.000 3696 DI 6527 L TiAl nanoa 5.000-25.000 3718 TiAl nanoa 6.000-20.000 3733 TiAl nanoa 6.000-20.000 3885
12 Milling tools FoR the machining of implants milling tools for universal applications Universal milling tools from can also excel in stainless steels and titaniumalloys. A combination of special geometries, special grades and resilient coatings gives them the necessary characteristics for the machining of these difficultto-machine materials. Be convinced by the efficiency and accuracy of s universal end millls RF 100 U, GH 100 U, GF 500 B and ball-nosed slot drills for finishing, roughing, slotting and copy milling. Furthermore, the milling cutters excel in stainless steel and titaniumalloys. universal and accurate GH 100 U GF 500 B psdesign1, Fotolia.com
Milling tools FoR the machining of implants 13 Standard Type Shank form Tool description Tool material Surface finish d1 no. RF 100 U high-performance end mill centre cutting DI 6527 K FIRE 6.000-20.000 5534 DI 6527 L FIRE 4.000-25.000 5535 GH 100 U slot drill (3-fluted) centre cutting DI 6527 K H FIRE 3.000-20.000 5505 GF 500 B ball nose HSC profile cutter for materials < 54 HRC centre cutting straight h6 TiAl 2.000-12.000 3848 Ball nose slot drill (2-fluted) centre cutting DI 6527 L FIRE 0.500-20.000 5585 DI 6527 L FIRE 3.000-20.000 5584 selected machining results Type RF 100 U RF 100 U Diameter 20.00 20.00 Coating FIRE FIRE Material group Titanium Stainless steel Material description Ti 99 3.7024 X2CriMo17 1.4404 Cutting depth ap [mm] 15 18 Cutting width ae [mm] 5 4 Cooling external external Coolant soluble oil soluble oil Machine type Machining centre Machining centre v c [m/min] 90 60 fz [mm/tooth] 0.095 0.06 RF 100 U
14 threading tools for the machining of implants Standard Type Form Tolerance zone Tool description Tool material Surface finish d1 no. Taps for ISO metric threads for through holes DI 371/ DI 376 Ti B 6HX HSS-E-PM TiC M 3 - M16 2901 DI 371/ DI 376 i B 6HX HSS-E-PM TiAl M 3 - M16 2916 Taps for ISO metric fine threads for through holes DI 371 Ti B 6HX HSS-E-PM TiC M 3 X0.35 - M10 X1 2903 DI 371 i B 6HX HSS-E-PM TiAl M 3 X0.35 - M10 X1.25 2917 Taps for ISO metric threads for blind holes DI 371/ DI 376 Ti R15 C 6HX HSS-E-PM TiC M 3 - M16 2909 DI 371/ DI 376 i R10 C 6HX HSS-E-PM TiAl M 3 - M16 2920 Taps for ISO metric fine threads for blind holes DI 371 Ti R15 C 6HX HSS-E-PM TiC M 3 X0.35 - M10 X1 2910 DI 371 i R10 C 6HX HSS-E-PM TiAl M 3 X0.35 - M10 X1.25 2921 Thread milling cutters for through and blind holes TMC SP TiC M 3 - M20 3526 TMU SP TiC M 1 - M 3.5 3541
threading tools for the machining of implants 15 Standard Type Form Tolerance zone Tool description Tool material Surface finish d1 no. Spectral-Design - Fotolia.com Taps for ISO metric threads for through and blind holes DI 371 VA B ISO 2 / 6H HSS-E Ti M 3 - M10 2086 DI 374 VA B ISO 2 / 6H HSS-E-PM Ti M 4 X0.5 - M20 X1.5 1001 DI 371 VA R40 C ISO 2 / 6H HSS-E-PM Ti M 3 - M10 59 DI 374 VA R40 C ISO 2 / 6H HSS-E-PM bright M 8 X1 - M20 X1.5 936 tapping to Perfection threading tools for the machining of implants taps for steadfast threads Highly accurate threads are an absolute must for implants. taps for this field of application are optimally designed for this task thanks to their special geometry. The coating ensures a long tool life thanks to its resistance to thermal loading and by counteracting the adhesive tendency of the material to be machined. In addition to the taps for metric threads and metric fine threads introduced here, there are also tools for UC and UF threads available in the range. As part of our special tool production we also manufacture taps for other thread types. STead- FaST threads
Drilling Tapping/ Thread milling/ thread forming milling reaming PCD special solutions countersinking Modular Systems services 147 500/1244-III-22 Printed in Germany 2012 Gühring ohg P.O. Box 100247 72423 Albstadt Herderstraße 50-54 72458 Albstadt Tel. +49 74 31 17-0 Fax +49 74 31 17-21 279 info@guehring.de www.guehring.de o liability can be accepted for printing errors or technical changes of any kind. Our Conditions of Sale and Terms of Payment apply. Available on request.