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PCD/CBNTechnology

PCD/CBNTechnology
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PCD/CBNTechnology

Product catalog summary
Technical Overview: The document provides a comprehensive overview of machining solutions and tools by Guhring, focusing on components like brakes, axles, steering, and aerospace applications. It emphasizes the use of advanced materials and machining techniques to enhance performance and efficiency.
Specifications and Procedures: It details the use of solid carbide and CBN tipped ball track mills for hard machining, highlighting high-performance milling with Guhring PCBN tools. The machining of brake components requires high accuracy and wear-resistant materials such as aluminum and PCD tools.
Standards and Recommendations: Guhring offers tailored solutions for specific machining needs, including complex tools that combine multiple machining steps. The document recommends PCD cutting edges for applications previously unavailable, like PCD head-tipped reamers.
Tools and Materials: Various tools are detailed, including solid CBN indexable inserts for machining brake discs and rolls, and PCD/CBN reamers for small diameters. PCD tools are used in aerospace for machining composites, preventing delamination with sharp diamond cutting edges.
Special Solutions: Innovative tools like bell milling cutters with external rings for rigidity and interchangeable head milling cutters for quick replacement are provided, designed to minimize tool and workpiece wear while ensuring high accuracy.
Data and Tables: Tables list specifications for slot drills and ISO indexable inserts, detailing dimensions, materials, and availability. Cutting edge geometry types and recommendations for different machining tasks are also provided.
Conclusion: Guhring's range of tools and solutions are tailored for high-precision machining across various industries, emphasizing efficiency, accuracy, and adaptability to specific requirements.
Specifications and Material Grades: The document outlines various carbide grades and their applications, including K10, K10-s, K10-O, K10-proton, K20-a, p10, p40, p40-s, p40-O, and p40-proton. These materials are suitable for machining aluminum, cast materials, unalloyed steels, and steel materials.
Surface Finish Guide: The guide provides values for surface finish relative to feed rate and corner radius, recommending wiper geometries for better surface finish and higher feed rates.
Application Recommendations for Inserts: Recommendations for various carbide and CBN grades are provided, detailing appropriate cutting speeds and material groups.
Tool Specifications: Details for Guhring tools, including slot drills and face milling cutters, are provided. The PF 1000 face milling cutter is highlighted for its high-speed machining capabilities of non-ferrous metals.
Innovative Features: The PF 1000 face milling cutter includes innovations such as integrated threads for PCD milling inserts and utility patented wedge clamping for secure insert clamping.
Diagrams: Diagrams illustrate the feed rate example and maximum speed dependent on tool diameter, providing visual guidance for tool operation.
Minimal Quantity Lubrication (MQL): MQL uses an air-lubrication mixture to minimize friction and heat during machining, offering advantages like reduced cooling lubricant requirements and improved environmental protection.
Technical Recommendations: Guidelines for machine design and tool geometry to optimize MQL use are provided, suggesting minimizing heat generation and friction.
Guhring Modules: Guhring modules 6x6 and 4x4 for precise tool setting are introduced, offering significant time savings and cost reductions.
Positioning and Setting: The document describes the positioning and setting features of two modules, 4x4 and 6x6, used in tool systems, allowing for precise adjustments.
Balancing and Cooling: Both modules feature balancing bores for effective balancing and are compatible with both conventional and MQL systems.
Module Advantages: The 6x6 module offers quick and precise settings, while the 4x4 module offers optimal cooling lubricant throughput.
Assembly and Adjustment Guidelines: Detailed guidelines for assembling and aligning holder modules with radial adjustments are provided.
Expansion Joint Tools: Expansion joint tools are delivered pre-set, with specific instructions for diameter adjustments.
Variable Clamping Component: The GP100 component features adjustable clamping claws and angle settings, with detailed setup instructions.
Threaded Wedge Adjustment: Instructions for installing and operating threaded wedge adjustment (TWA) indexable inserts are provided.
Technical Document Summary:
1. Assembly Instructions: Instructions for lubricating and assembling components are provided.
2. Operation Guidelines: Guidelines for adjusting and lubricating components are detailed.
3. Torque Specifications: Maximum tightening torque for screws is specified.
4. Assembly of Milling Cutter Inserts: Instructions for inserting and aligning cutter components are provided.
5. Assembly of Milling Cutter Head to Arbor: Guidelines for attaching the milling cutter head to the arbor are detailed.
6. Adjusting Milling Cutter Inserts: Instructions for adjusting inserts to specified measurements are provided.
7. Balancing the Milling Cutter Head: Guidelines for balancing the milling arbor and assembly are provided.
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Catalog excerpts

PCD/CBNTechnology-3

Intelligent solutions for complex machining tasks

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PCD/CBNTechnology-4

INTERCHANGEABLE HEAD MILLING CUTTER Flexible, wear-resistant, highly accurate: The interchangeable head milling cutter, consisting of cutting head and clamping chuck, can be refitted with a new head in seconds. Axially and radially adjustable as well as extreme clamping force, it promises accurate concentricity. Exceptional performance with maximum cutting rates and reduced machining times. This publication may not, in part or whole, be reproduced. The publishers cannot be held responsible forany errors, omissions or changes of any kind. All products marked with “DIN“, deviating from the dimensions...

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PCD/CBNTechnology-5

With Guhring’s roughing tool cylinder bore surfaces are mechanically roughened for a high tensile strength of thermally sprayed coatings. Roughing tool

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PCD/CBNTechnology-6

High-performance tool material combined with innovative technologies Longstanding expertise The development and manufacture of PCD/CBN tools has counted to Guhring’s core activities for more than 30 years. At Guhring production facilities all over the world innovative complex tools with PCD/CBN cutting edges are produced for highly specialised machining operations. More performance, less tooling PCD/CBN complex tools from Guhring guarantee short cycle times and high feed rates with consistent quality, exact repeatability and accuracy. High wear-resistance results in long tool life and permits...

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PCD/CBNTechnology-8

Optimal co-ordination of all tool parameters thanks to own R&D sectors 1 TOOL MATERIALS MACHINE & EQUIPMENT DIVISION Own machine tool and equipment divisions Own coating systems and own coating development

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PCD/CBNTechnology-9

Everything from one supplier – comprehensive and global Approximately 500 employees world-wide develop, produce and distribute innovative PCD/CBN tools at Guhring. Many of our customers value the many years of know-how in the conception of PCD/CBN special tools that we manufacture according to individual requirements and design for customers in the automotive industry, the aerospace industry or the mechanical engineering industry. A world-wide net of production centres develops and produces Guhring PCD/CBN high-tech tools for all important global markets. With many years of know-how, Guhring...

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PCD/CBNTechnology-10

ancillary components Page 38 Page 40 Page 42 Page 44 Page 46 Page 48 Page 50 Page 52 Brake caliper Brake cylinder Brake disc Wheel carrier Axle uprights Steering column Joint machining Pump housing Turbocharger Page 12 Page 20 Page 24 Gear Valve housing Cylinder head Cylinder head cover Crankcase Page 56 Page 58 Page 60 Special solutions

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PCD/CBNTechnology-11

Aerospace lightweight construction Standard tools and ISO inserts Page 78 Technical section MQL Basics Values for cutting speeds Modules 6x6 and 4x4 Setting and handling notes 08 09 Page Page Page Page

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PCD/CBNTechnology-12

Autom Special requirements, precise solutions

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motive Modern automotive manufacturing relies on the application of high specification materials that are sometimes difficult to machine. Typical components such as engine blocks, cylinder heads or transmission housings put special demands such as wear-resistance and accuracy and – fields of application ideally suited to PCD complex tools from Guhring. On the following pages we present some tooling solutions developed by us for the engine and other automotive components, transmissions and chassis parts.

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Highest performance thanks to highly accurate machining Guhring designs and manufactures PCD tools for all machining tasks related to modern high performance engines. Machining componenets such as the cylinder head or crank case requires many closely positioned holes, the machining of which generates high temperatures. Due to such heat there is a risk of deformation of the precision holes. Guhring’s PCD tools possess special cutting edge geometries. The risk of deformation is significantly reduced and accurate holes guaranteed.

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PCD/CBNTechnology-16

MOTOR Cylinder head Water jacket bore This system for chip evacuation is ideally suited for holes when chips are not permitted to enter inside the workpiece. The special geometry of the water jacket drill ensures the chips are directed away from the workpiece. Contamination of the cylinder head is, therefore, greatly reduced. Water jacket bore Finish machining of valve seat insert and valve guide parent metal This solid carbide version offers highest rigidity and is resistant against erosion from abrasive materials. Not adjustable.

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PCD/CBNTechnology-17

The diameter is adjustable with the use of the expansion joint. expansion joint expansion screw The reamer diameter is also adjustable with the use of the expansion screw. Finish machining of valve train guide / insert Not adjustable, however, it is possible to correct the concentricity. Fine adjustment of the reamer’s concentricity is possible with the assistance of 4 adjusting screws on the cutting head. adjusting screws rigid insert seat Finish machining of valve train guide / insert Adjustable. adjusting screws axial and angle adjustment is possible 13 motor Drive ancillary components Axles...

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PCD/CBNTechnology-18

MOTOR Cylinder head Control cuts Spring seat tool This tooling concept combines several tool types and hence reduces the machining time for the spring seat considerably. The application of 1-shot versions must always be individually checked for every machining process.

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motor Drive ancillary components Axles and steering Brakes special solutions Aerospace The PCD-tipped option is also available as a solid carbide tool. Finish machining The specially developed cutting edge geometry as well as the arrangement of the cutting edges provide optimal accuracy and short cycle times while maintaining consistent quality. HVA machining This 1-shot version combines the pre- and finish machining for the hydraulic valve compensation bore. The application of 1-shot versions must always be individually checked for every machining process.

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MOTOR Cylinder head Camshaft bearing tool z=1 PCD reamer for machining camshaft bearing seats in aluminium cylinder heads. The possibility of axial and radial adjustment of the cutting edges guarantees an individual adaptation to the machining task. With the userfriendly setting philosophy the cutting edges can be adjusted effortlessly from one side. In addition to this product, the adjusting device EV-600 is also available from Guhring to perform the radial and axial fine adjustment of the tool.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.