MAPAL Empower your aluminium machining

Empower Your Aluminium Machining

L’ingegneria è la chiave

Con decenni di esperienza nella progettazione, nella produzione e nell’utilizzo di utensili per la lavorazione dell’alluminio, MAPAL è il partner tecnologico leader nell’asportazione truciolo di componenti in alluminio. Per fornire al cliente processi ottimali, accanto a una gamma completa di prodotti e applicazioni MAPAL offre esperienza e competenza in termini di mercato, materiali e progettazione. Solo attraverso l’interazione fra tutti i fattori in gioco e la collaborazione tra partner è possibile sfruttare il pieno potenziale di un processo di lavorazione: il concetto di ingegneria MAPAL sta tutto qui.
MAPAL Empower your aluminium machining

El cliente en el centro de atención

MAPAL customer in focus

行业和结构组件

铝质材料切削的挑战

  • MAPAL ALu machining FLEXIBILITY WITHOUT COMPROMISE

    毫不妥协地坚持灵活性

    整体硬质合金铣刀具有创新的端面几何形状和大容屑槽,可使用一把刀具实现铣削、斜坡铣和钻孔。

  • HIGHLY PRECISE AND DEFINED SURFACES AND SHAPES

    精度高且确定的表面和形状轮廓

    通过硬质合金铣刀、PCD 铣刀以及圆弧铣刀和成形铣刀的平面铣削系统可保证高精度表面和轮廓精度,即使在自由曲面上也能达到同样水平。

  • MAPAL challenges in aluminium machining

    复杂的工艺要求

    铣刀杆和定制化减振刀具系统确保在难加工条件下获得可靠的加工结果。

  • MAPAL challenges in aluminium machining

    大批量铣削

    铣削系统具有大的正前角和抛光的大切屑槽,可最大程度地提高材料去除率,同时降低切削力并提高表面加工质量。

  • MAPAL challenges in aluminium machining

    明确的断屑和切屑控制

    使用具有明确的断屑几何形状、高正角切削刃的刀片和可转位钻削刀片可确保产生短且可控的切屑。

  • MAPAL challenges in aluminium machining

    加工孔时大幅降低毛刺的形成

    用铣削代替钻孔以及使用埋头钻可最大程度地减少毛刺的形成,并实现在一个步骤中完成全部加工。

  • MAPAL challenges in aluminium machining

    批量加工中的最高生产率

    多刃整体硬质合金刀具、可换钻头以及组合刀具可大幅提高批量加工中的生产率。

  • MAPAL challenges in aluminium machining

    工艺可靠的深孔钻

    配套的整体硬质合金和 PCD 麻花钻和深钻刀具确保深孔的可靠加工。

产品和应用

采用整体硬质合金刀具铣削
  • MAPAL Schaftfräser OptiMill-Alu-HPC

    OptiMill-Alu-HPC

    Shoulder milling cutter

    • High-performance milling cutter for efficient machining of aluminium
    • ø range: 3,00 - 20,00 mm

    To the shop

  • MAPAL end milling cutter OptMill-Alu-HPC-Pocket

    OptiMill-Alu-HPC-Pocket

    Shoulder milling cutter

    • Unique face geometry with integrated drill point for pocket milling
    • ø range: 5.00 - 20.00 mm

    To the shop

  • OptiMill-Alu-Wave

    Shoulder milling cutter

    • Roughing cutter for high-volume machining
    • ø range: 12.00 - 25.00 mm

    To the shop

  • MAPAL end milling cutter OptiMill-SPM-Finish

    OptiMill-SPM-Finish

    Shoulder milling cutter

    • Finishing of deep pockets and filigree component structures
    • ø range: 12.00 - 25.00 mm

  • MAPAL OptiMill-3D-BN-Alu milling cutter

    OptiMill-3D-BN-Alu

    Ball nose end mill

    • For machining high-strength aluminium alloys
    • ø range: 1.00 - 20.00 mm

    To the shop

  • MAPAL OptiMill-3D-CR-Alu milling cutter

    OptiMill-3D-CR-Alu

    Corner radius milling cutter

    • For machining high-strength aluminium alloys
    • ø range: 2.00 - 20.00 mm

    To the shop

Milling with PCD
  • OptiMill-Diamond

    Shoulder milling cutter

    • Optimised geometry for more stability and improved cooling directly at the cutting edge
    • ø range: 4.00 - 63.00 mm

  • MAPAL end milling cutter OptiMill-Diamond-SPM

    OptiMill-Diamond-SPM

    Shoulder milling cutter

    • For high-volume machining
    • ø range: 6.00 - 50.00 mm

  • MAPAL PCD face milling cutter FaceMill-Diamond

    FaceMill-Diamond

    PCD face milling cutter

    • Increased productivity thanks to maximum feed rates and metal removal rates
    • ø range: 40.00 - 125.00 mm

  • FaceMill-Diamond-ES

    PCD face milling cutter

    • Suitable for many different machining operations with very good surface finishes
    • ø range: 32.00 - 90.00 mm

  • MAPAL face milling cutters with PCD

    NeoMill-Diamond System Power

    PCD face milling heads

    • All-rounder for roughing and finishing
    • ø range: 50.00 - 400.00 mm

  • MAPAL NeoMill-Diamond-Eco

    NeoMill-Diamond System Eco

    PCD face milling heads

    • Designed for finishing operations with high surface qualities
    • ø range: 50.00 - 400.00 mm

Milling with indexable inserts
  • NeoMill-Alu-QBig

    方肩铣刀

    • 切除率高,切削力低,表面质量高
    • ø-范围:32.00 - 80.00 mm

  • NeoMill-T-Finish

    精加工式平面铣刀

    • 精加工精度最高,无需调整
    • ø-范围:50.00 - 315.00 mm

钻孔
  • Tritan-Drill-Alu

    整体硬质合金麻花钻

    • 特别适用于铝材的快进给加工
    • ø-范围:4.00 - 20.00 mm

    直接点击商店

  • MAPAL drilling MEGA-Drill-Alu

    MEGA-Drill-Alu

    整体硬质合金麻花钻

    • 高精度整体钻头,实现最佳的钻孔质量
    • ø-范围:2.80 - 20.00 mm

    直接点击商店

  • MEGA-180°-Drill-Alu MAPAL drill

    MEGA-180°-Drill-Alu

    整体硬质合金麻花钻

    • 获得孔的最佳圆度和孔内表面光洁度
    • ø-范围:3.00 - 20.00 mm

    直接点击商店

  • MEGA-Deep-Drill-Alu MAPAL drill

    MEGA-Deep-Drill-Alu

    整体硬质合金麻花钻

    • 非常适合进行铝质材料的深孔钻削
    • ø-范围:3.00 - 12.00 mm

    直接点击商店

  • Vollbohren mit MAPAL Wechselkopfsystem

    刀片钻头 QTD

    快换刀头式实心钻孔

    • 经济型系统带有可更换刀片
    • ø-范围:8.00 - 50.00 mm

  • Vollbohren mit MAPAL Wechselkopfsystem

    可换头钻头 TTD

    快换刀头式实心钻孔

    • 带有五种不同种类的双刃可换头式钻头
    • ø-范围:12.00 - 45.00 mm

铰孔
  • MAPAL Reaming Fixream

    FixReam 500

    铰刀

    • 多种多样的应用领域
    • ø-范围:3.00 - 14.00 mm
       

    直接点击商店

  • MAPAL reaming Fixream500plus

    FixReam 500 Plus

    铰刀

    • 经济高效的高性能铰刀,用于精确的盲孔和通孔加工
    • ø-范围:3.00 – 14.00 mm

  • FixReam 700

    铰刀

    • 刀具翻新可显着降低单件成本
    • ø-范围:9.900 - 32.000 mm

  • MN-铰刀

    单刃铰刀

    • 可实现最高精度的刀具

夹紧
  • UNIQ DReaM Chuck, 4.5°

    Hydraulic chucks with a new design 

    • For reaming and drilling applications as well as for finishing during milling operations
    • This is achieved through an optimal interplay of geometric and functional properties
    • Outstanding surfaces as well as improved handling
    • Increasing productivity during the machining of contour-critical parts

    To the shop

  • UNIQ Mill Chuck, HA

    Hydraulic chucks with a new design 

    • Hydraulic chuck for highly dynamic milling applications
    • This is achieved through an optimal interplay of geometric and functional properties
    • Excellent results when using tools with HA shanks
    • Process reliability – even on high-quality parts 

    To the shop

  • HighTorque Chuck HTC

    Hydraulic chuck 

    • High level of torque transmission
    • Ideal damping properties
    • Excellent rigidity of the entire system
    • Radial run-out accuracy < 3 μm
    • 3° slim design for use in contour-critical applications 


       

    To the shop

  • MAPAL HydroChuck MHC

    HydroChuck MHC

    Hydraulic chuck 

    • Excellent vibration dampening
    • High degree of radial run-out accuracy
    • Ultra-short and compact design for high rigidity





       

    To the shop

  • ThermoChuck MTC

    Shrink chuck 

    • Long tool life through the use of high-temperature tool steel 
    • High torque transmission and radial rigidity
    • Precision balanced as standard
    • MQL-suitable
    • With and without axial tool length adjustment 

       

    To the shop

  • MAPAL slip-on reamer arbor

    Milling cutter arbor – MDA / MCA

    Milling cutter arbor 

    • Vibration-cancelling design (MDA) with vibration dampening system
    • Adapted to the rigidity of all common machine types
    • Smooth, stable running despite long projections delivers better surface finish
    • Milling cutter arbor (MCA) with large face connection for roughing and pre-finishing operations in large diameter ranges

  • MAPAL HSK adapter

    Adapter

    Extensions, reducers and adapters 

    • Wide range of options for modular tool systems
    • Hydraulic extensions and tool extensions for thermal expanding chucks
    • HSK reducers and extensions
    • KS steep taper adapter



       

    To the shop

  • MAPAL MQL chuck

    Clamping chuck for MQL

    Broad standard programme of MQL clamping tools

    • Shrink and hydraulic chucks
    • 1 and 2-channel system
    • High energy efficiency





       

    To the shop

    Examples from practice

    • Increased productivity thanks to maximum feed rates and metal removal rates

      Highly precise and defined surfaces and shapes

      The FaceMill-Diamond milling cutter revolutionises the machining of aluminium with a high silicon content by offering unparalleled precision and maximum tool life.

    • Significantly better surfaces thanks to vibration damping

      Complicated process requirements

      Innovative solutions for vibration damping during machining improve machining quality and significantly extend tool life.

    • Economical processing with robots

      Complicated process requirements

      The precise machining of large-format aluminium battery trays places high demands on process reliability and dimensional accuracy - crucial for the performance of modern electric vehicles.

    • Minimising vibrations with long tool overhang

      Complicated process requirements

      The secure clamping and exact positioning of shell cutters remains a challenge, especially with high torques and cutting forces - crucial for precise and stable machining processes.

    • Structural parts in record time

      Complicated process requirements

      The challenge in the precise machining of aluminium components lies in the combination of high material removal rates and tight dimensional tolerances - crucial for efficiency and quality in production.

    • Aluminium machining in new dimensions

      High volume milling

      The precise machining of large-format aluminium components requires maximum stability and process reliability - essential for demanding applications in the aerospace industry.

    • Spotlight on cost-per-part in machining stator housings

      Highest productivity in serial production

      The machining of complex aluminium workpieces requires maximum precision and adaptability - the key to efficiency and top quality in series production.

    • Minimum quantity lubrication with MAPAL

      Highest productivity in serial production

      The challenge of environmentally friendly aluminium machining lies in the reduction of lubricants - minimum quantity lubrication enables sustainable production with consistent precision and efficiency.

    • The best deep bores with PCD

      Process reliability when drilling deep bores

      The challenge of deep drilling in aluminium lies in avoiding dimensional deviations and stresses - crucial for ensuring precise and error-free holes in demanding components.

    • Dry processing of laminated composites in aircraft construction

      Reduced burr formation when machining bores

      Dry machining of laminated composites places enormous demands on precision and tool life - crucial for minimising material wear and achieving the highest surface quality.

    • Milling instead of drilling

      Reduced burr formation when machining bores

      Switching from drilling to milling when machining aluminium components has the potential to drastically reduce process times and increase precision at the same time - an innovative solution for more efficient production.

    • With strategy to the battery frame

      Reduced burr formation when machining bores

      The machining of thin-walled aluminium battery frames poses a particular challenge, as deformations and dimensional deviations must be avoided at all costs - crucial for accuracy of fit and stability in e-mobility.

    MAPAL Services

    Mapal Services - Engineering, Logistic, Maintenance, Training

    With the engineering service module, MAPAL guarantees fast, precise and safe manufacturing. Further savings potential can be tapped in the area of logistics and maintenance. And in the area of training, MAPAL ensures that the specialist know-how it has gathered is transparently and completely available to the customer – this gives customers a decisive lead over their competitors.

    All of the services offered by MAPAL focus on optimal processes and comprehensive support on the way to Industry 4.0. The goal is to always significantly assist the customer in achieving smooth, productive and economical manufacturing.

    Advantages:

    • Solutions for complete workpieces including tools, devices, NC programs and commissioning
    • Complete process design and implementation from a single source
    • Fast and flexible on-site support worldwide
    • Efficient and cost-optimised tool technology
    • Optimum coordination of tool, workpiece, equipment and machine
    • Highest product quality, process reliability and cost-effectiveness right from the start
    • Fast throughput from planning to implementation with maximum planning security