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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS
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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS

Product catalog summary
Introduction
Lightweight materials are increasingly utilized across industries such as automotive, aerospace, and consumer products due to their weight reduction capabilities while maintaining stability. MAPAL has developed a range of tools for machining these materials, focusing on preventing delamination and burr formation. These tools are designed for drilling, milling, and reaming materials like CFRP, GFRP, titanium, and CFRP-metal composites.
Drilling
MAPAL offers specialized drills for materials like CFRP, GFRP, and CFRP-metal composites, designed to prevent delamination and fiber projections. The drill range includes products like MEGA-Stack-Drill and MEGA-Drill-Composite, suitable for various materials and applications.
Milling
The OptiMill-SPM milling cutters are highlighted for high-performance machining of aluminum structural parts, offering high material removal rates and improved surface quality due to their optimized design.
Reaming
Reaming solutions focus on achieving high-quality bores in challenging materials.
Solutions
MAPAL provides machining solutions tailored to specific materials and applications, ensuring efficient and reliable production processes.
Technical Notes
The document includes technical notes on machine concepts, emphasizing the importance of selecting the right tools and machine settings for optimal performance.
MAPAL Worldwide
MAPAL's global presence and commitment to innovation in machining solutions are briefly discussed.
Tool Specifications
The document provides detailed specifications for various tools, including MEGA-Stack drills and reamers, designed for modern lightweight materials. It includes information on materials, drill dimensions, and application recommendations.
Materials
Compatible materials include various alloys, plastics, composites, and metals like titanium and Inconel.
Key Parameters
Critical parameters include drill diameter, number of blades, guide chamfers, and coating options.
Conclusion
This document serves as a detailed guide for selecting and using MEGA-Stack drills and reamers in modern manufacturing processes involving lightweight and composite materials.
Applications
The tools are designed for use in unstable clamping situations or for thin-walled parts, suitable for various composite materials.
Availability
Some tools are available ex-stock in Germany, while others are standard tools not in stock and available upon request.
Design and Application
The document outlines the design features of the Tritan-Drill, emphasizing its suitability for modern lightweight materials.
Replaceable Head Holder TTS
The TTS100 system features a front clamping system for replaceable head drills, allowing for head replacement on the machine.
Additional Information
The document includes machining values and notes that special designs and other coatings are available upon request.
Procedures
The document outlines procedures for drilling, boring, and reaming in multi-layer stacks of materials, emphasizing minimizing cutting forces by using sharp, uncoated tools.
Tools for Hand-Held Machines
Various tools for drilling, reaming, and countersinking are described, including their applications and material-specific designs.
Technical Data
Detailed tables provide specifications for solid carbide twist drills, including dimensions, order numbers, and application guidelines.
Key Features
Solid carbide construction for durability and precision, designed for use with modern lightweight materials, particularly in aerospace and automotive industries.
Recommendations
For detailed machining values, refer to the technical information chapter. The document emphasizes the importance of selecting the correct tool based on material and application requirements.
Critical Information
The document includes a comprehensive list of dimensions, specifications, and order numbers for each tool, indicating their availability status.
General Notes
Dimensions are provided in millimeters, and availability is noted as either in stock or available on request. Technical information on machining values is referenced for further details.
Advantages
Innovative core drill reduces dust and chips, short machining times due to maximum inserts, no delamination or burr formation, and long tool life due to PCD-tipped inserts.
Applications in Aerospace
The tools are used in machining CFRP/titanium/aluminium composites in aircraft structures, ensuring high precision and reliability in one machining step.
Technical Notes
Handling notes for replaceable head drills and face milling head PowerMill, emphasizing easy handling for high precision results.
Machining Values
Provides specific machining values for various materials, ensuring optimal performance and precision.
MAPAL Competence
MAPAL is presented as a specialist in complete machining tasks, offering a range of tools from standard to custom solutions.
Global Presence
The document lists MAPAL's global sites and subsidiaries, emphasizing the company's worldwide reach and commitment to customer service and technological advancement.
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Catalog excerpts

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-1

Drilling | Milling | Reaming TOOLS FOR MODERN LIGHTWEIGHT MATERIALS

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-2

When something exceptional develops between us: That‘s the MAPAL effect. continously develop more innovative solutions so that flying becomes more efficient. supply you with machining solutions that give your production more momentum even with completely new materials.

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-4

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Introduction

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-5

Introduction | TOOLS FOR MODERN LIGHTWEIGHT MATERIALS More and more applications are making use of lightweight materials Where weight reduction with consistent stability plays a major role, modern materials are capturing ever more applications. Products of lightweight design, particularly those made of fibre composite materials and multimaterial systems (CFRP-metal multilayer composites), are also becoming increasing common in the automotive sector, as they spread from their origins in the aerospace industry. Here lightweight design is also playing a crucial role in the introduction of electric...

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-6

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Introduction | Materials The right tool for every material A wide range of lightweight materials is used, depending on the requirement on the part, and reliable machining represents a real challenge. For drilling and milling fibre-reinforced plastics such as CFRP and GFRP as well as difficult to machine materials such as titanium and Iconel, MAPAL has specially developed new tool solutions to address these specific requirements. The portfolio covers standard products made of solid carbide, PCD and CVD tipped tools and also customer-specific custom solutions....

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-7

Introduction | Materials | TOOLS FOR MODERN LIGHTWEIGHT MATERIALS Fibre-reinforced plastics (CFRP/GFRP) The specific properties of fibre materials such as glass fibre or carbon fibre can only be fully utilised with a matrix material. Here predominantly thermosetting epoxy resin, polyester resin, melamine resin and polyurethane or thermoplastic matrix materials such as PEEK, PPS and PTFE are used. The mechanical properties of fibre composi- te materials can be varied, e.g. via the portion of the volume formed by the fibres, the sequence of the layers and many other aspects. As the fibres, above...

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-8

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Introduction | Materials High-volume milling cutter for aluminium machining – OptiMill®-SPM (Structural Part Machining) In the aerospace industry, aluminium structural parts such as frame elements or wing parts are generally milled from solid material. Often more than 90% of the raw part is cut away. New machine generations with sufficient drive power and the necessary spindle speeds allow for an efficient high-performance machining of aluminium parts. MAPAL has developed a new range of aluminium roughing milling cutters. The OptiMillSPM (Structural Part...

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-9

Introduction | Materials | TOOLS FOR MODERN LIGHTWEIGHT MATERIALS ADVANTAGES – igh material removal rate H > 8 l/min with 32 mm diameter with HSK – oft, low-vibration cutting thanks to S highly positive rake angle and increased axis angle: Higher quality, lower power consumption – mproved surface quality by reduced I power consumption – High stability thanks to optimally embedded PCD blades: No notching effects or protrusions – nhindered chip flow: No corners or U sharp edges in the chip flute Note: Tool programm can be found from pa

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-10

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Introduction | Machine concept The right tools for every machine concept Machining centres / gantry machines with moveable gantry Properties High rigidity, stable machine design High spindle speeds, high torque Mostly HSK spindles with high radial run-out accuracy With internal coolant supply or MQL Variable feeds and spindle speeds Drilling cycles can be programmed – also with hiccup/pecking feed 5 axes Machining centre – machining compartment mostly enclosed -> working area extraction Gantry – mostly open design -> extraction mounted separately Parts...

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-11

Introduction | Machine concept | TOOLS FOR MODERN LIGHTWEIGHT MATERIALS Properties High spindle speeds and feeds possible depending on spindle Less stable system due to the toothed-belt drive for the axes Accuracy of repetition max 0.1 - 0.2 mm (makes it more difficult to find a hole already drilled) With internal coolant supply or MQL Drilling cycles can be programmed - also with hiccup/pecking feed Parts – Flexible during the machining of different parts – Larger parts Tools – Drilling tools with diameter > 8 mm only with leading stage for stabilisation – The length of the tools is mostly dependent...

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-12

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Drilling

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-13

Drilling | TOOLS FOR MODERN LIGHTWEIGHT MATERIALS For machining bores in modern materials such as CFRP, GFRP, or CFRP-metal multilayer composites (titanium and aluminium), MAPAL has developed special tools that prevent delamination and fibre projections. Depending on the application, they have special geometries, high-performance diamond coatings or cost-effective replaceable head systems. Drill range selection aid 14 Drill range product tables 16 Replaceable head holders TTS 45 Thread adapters for drill feed units 48 Drilling tools for hand-held machines 50 Hand-held machines

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-14

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Drilling | Selection assistant Suitable in some situations Material Material examples N1.1 Aluminium, non-alloyed and alloyed < 3 % Si Alloy 2024, Alloy 7075, Al99 MEGA- MEGA- MEGA-Stack- MEGA-Stack- MEGA-Drill- Stack-Drill-CA Stack-Drill-CT Drill-Robot-CA Drill-Robot-CT Composite-MD- N4.2 Plastic, thermosetting plastic (duroplast) PU, PF, EP, UP, VE, CR Plastic matrix, aramid fibre reinforced plastic (AKF) C1.2 Plastic matrix (thermosetting), CFK/GFK Plastic matrix (thermoplastic), CFK/GFK Nomex, Kevlar, Twaron, KOREX GMT-PP,...

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-15

Selection assistant | Drilling | TOOLS FOR MODERN LIGHTWEIGHT MATERIALS

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TOOLS FOR MODERN LIGHTWEIGHT MATERIALS-16

TOOLS FOR MODERN LIGHTWEIGHT MATERIALS | Drilling Design: Drill diameter: Bore tolerance: Shank form: Coating: Number of blades: Guide chamfer: Tip angle: Helix angle: Application: Multi-layer out of CFRP / aluminium Dimensions in mm. Machining values see chapter technical information. Available ex stock Germany. O Standard tool not on stock (delivery on request).

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