CÁN DAO PHAY GẮN MẢNH MITSUBISHI

AJX (Ø16-Ø63)

Xem Video tại đây

• Economical due to the use of 3 cutting edges.
• Suitable for high feed cutting.
• Excellent chip disposal due to the standardization of coolant hole.
• High rigidity due to the employment of double clamp mechanics.

AOX445

• Easy operation and cleaning.
• Octagonal double-sided solid CBN insert.
• Economical 16 corner use. (when depth of cut is 3mm)
• High efficiency machining from roughing to finishing.

APX3000(Ø12-Ø63)

Xem Video tại đây

• High rigidity, low resistance insert enables excellent cutting performance.
• The standardization of coolant holes ensures smooth chip discharge.

APX4000((Ø25-Ø63)

Xem Video tại đây

• Max.depth of cut 15mm.
• High accuracy, high quality vertical wall.
• Air coolant through.

APX4000_LONG

• Air coolant through.
• High accuracy, high quality vertical wall.

APX4000_SHELL

• High accuracy, high quality vertical wall.
• Air coolant through.

APX4000_SHELL_MM

• High accuracy, high quality vertical wall.
• Air coolant through.

AQX

Xem Video tại đây

• Air coolant through.
• The centre bottom cutting edge enables drilling and end milling without prepared hole.

 ARP

Xem Video tại đây

• High runout accuracy when indexing inserts.
• Solid clamping system.
• Standardized stock of extra fine pitch.

ARX

Xem Video tại đây

• Standardization of coolant holes.
• 15°positive, high tolerance M-class insert

ASX400

• Curved cutting edge and high rigidity holder
• Economical due to the use of 4 cutting edges.
• Low resistance due to the 3D designed of the curved cutting edge.

ASX445

• A wide range of chip breakers.
• Max.depth of cut 6mm.
• Precise but inexpensive molded type 20°positive insert.
• Screw-on type inserts that allow easy operations.

AXD4000

Xem Video tại đây

• High spindle speeds possible.
• Excellent wall accuracy.
• Multi functional milling.
• Low resistance inserts.

AXD7000

Xem Video tại đây

• Low resistance inserts.
• High spindle speeds possible.
• Excellent wall accuracy.
• Multi functional milling.
• Air coolant through.

BAP300

• Excellent sharpness with positive inserts.
• Inserts with wiper edges produce optimal finished surface.
• Multi-insert design facilitates high feed machining.
• For undercutting trimmed part of press moulds.
• Employing "3 line-marking" for position of workpiece surface and tool.
• Multi-insert design facilitates high feed machining.

BAP300_LONG

• Inserts with wiper edges produce optimal finished surface.
• Multi-insert design facilitates high feed machining.
• Excellent sharpness with positive inserts.

BRP

Xem Video tại đây

• 11°positive insert.
• Round shape insert gives strong cutting edge.
• A wide variety of sizes.
• Suitable for roughing of moulds and dies.
• Max.depth of cut 5.5mm.
• Multi functional milling.

BXD4000

Xem Video tại đây

• High rigidity, low resistance insert enables excellent cutting performance.
• Max.depth of cut 15mm.
• Excellent wall accuracy .
• The standardization of coolant holes ensures smooth chip discharge.
• Applicable to high-speed revolutionary machining.

CBJP

• Capable of spot facing machining,　boring and interpolation.
• For seat machining of hexagon socket head bolt (M8-M14).
• 86- rhombic shape positive insert gives high cutting edge strength and excellent sharpness.

CBMP

• Capable of spot facing machining,　boring and interpolation.
• For seat machining of hexagon socket head bolt (M16-M30).
• 86- rhombic shape positive insert gives high cutting edge strength and excellent sharpness.

CESP

• Covers 5 cutting modes.
• 11°positive insert.
• 30°chamfer series.

CFSP

• Covers 5 cutting modes.
• 11°positive insert.
• 45°chamfer series.

CGSP

• Covers 5 cutting modes.
• 11°positive insert.
• 60°chamfer series.

KSMG

• The same cutter body covers groove widths of 1.25－6.00mm.
• Side face grooving tool for machining centres.
• The minimum cutting diameter is φ25 for internal grooving.

OCTACUT

• 20°positive insert.
• Compatible with 8-corner use insert and round type insert.
• Capable of multiple functions.

PMC

• 2 directional cutting with large overhang.

PMF

• 2 directional cutting with large overhang.
• Excellent surface accuracy .
• Excellent wall accuracy.
• 2 directional cutting with large overhang.
• Excellent straightness.

PMR

• Unique shape of curved edge gives high rigidity and low resistance.
• Anti Fly Insert mechanism
• 2 directional cutting with large overhang.
• 2 directional cutting with large overhang.
• Tough body

SPX

Xem Video tại đây

• Low cutting resistance due to the use of wavy inserts.
• Suitable for heavy cutting due to holder rigidity.

SPX_SHELL

• Low cutting resistance due to the use of wavy inserts.
• Suitable for heavy cutting due to holder rigidity.

SPX_SHELL_MM

• Low cutting resistance due to the use of wavy inserts.
• Suitable for heavy cutting due to holder rigidity.

SRF

Xem Video tại đây

• S-shaped cutting edge provides sharpness similar to that of solid ball nose end mills.
• Highly accurate corner radius tolerance allows for high precision finishing.

SRM2

Xem Video tại đây

• Through coolant hole type.
• Suitable for roughing to semi-finishing of small and medium molds.
• Low resistance inserts.
• High rigidity body design.

SRM2_40-50

• Through coolant hole type.
• Suitable for roughing to semi-finishing of small and medium molds.
• High rigidity body design.

TSMP

• 86- rhombic shape positive insert gives high cutting edge strength and excellent sharpness.
• Shoulder milling and inversed spot facing are also possible.
• T-groove order number 14,18 and 22 are available.

VFX5

• Vertical inserts with high　strength cutting edge.
• Screw-on type.
• High efficiency milling titanium alloys.

VFX6

Xem Video tại đây

• Vertical inserts with high　strength cutting edge.
• Screw-on type.
• High efficiency milling titanium alloys.

 WSX445

• Double sided Z Geometry.
• Smooth chip discharge.