CÁN DAO MÓC LỖ, CÁN DAO TIỆN TRONG

C

• Cán dao tiện đa năng (tiện ren, tiện chép hình,..).
• Đường kính tiện nhỏ nhất từ 3.2mm.
• Cán dao tiện bằng hợp kim 
• Chiều sâu gia công bằng 5 lần đường kính lỗ
• Đầu mũi dao đa dạng phù hợp với nhiều chương chình gia công khác nhau

CB

• Cán dao móc lỗ hợp kim với 2 mũi cắt
• Tiện liên tục từ mặt ngoài cho đến móc lỗ bên trong 
• Có 2 loại mũi bẻ phôi và mũi thẳng
• Đường kính gia từ 2.2-7.2mm.

CR

• Có 2 loại mũi có góc bẻ phôi và mũi cắt trơn
• Cán dao móc lỗ hợp kim với 2 mũi cắt
• Tiện liên tục từ mặt ngoài cho đến móc lỗ bên trong 
• Đường kính gia công từ 2.2-5.5mm.

DCLN

• Sử dụng mũi dao tiện 2 mặt, đường kính từ 25-40mm
• Cơ cấu kẹp kép
• Mũi dao được giữ chắc chắc
• Gốc cắt cứng vững

DDUN

• Cơ cấu kẹp an toàn, đường kính từ 25-40mm
• Vết cắt điều đẹp
• Cơ cấu kẹp kép
• Sử dụng mũi dao 2 mặt cắt, góc 93 độ

DPCL

• Đường kính lô gia công nhỏ nhất từ 40mm.
• Sừ dụng mũi dao 2 mặt
• Cơ cấu kẹp khóa đòn bẩy
• kết hợp cán dao với cán dao có thể đổi đầu dao

DPDH

• Đường kính lô gia công nhỏ nhất từ 40mm.
• Sừ dụng mũi dao 2 mặt cắt, mũi cắt 107độ, 30'
• Cơ cấu kẹp khóa đòn bẩy
• kết hợp cán dao với cán dao có thể đổi đầu dao

DPDU

• Đường kính lô gia công nhỏ nhất từ 50mm.
• Sừ dụng mũi dao 2 mặt cắt, mũi cắt 93 độ
• Cơ cấu kẹp khóa đòn bẩy
• kết hợp cán dao với cán dao có thể đổi đầu dao

DPTF

• Đường kính lô gia công nhỏ nhất từ 40mm.
• Sừ dụng mũi dao 2 mặt cắt, góc cắt 90 độ
• Cơ cấu kẹp khóa đòn bẩy
• kết hợp cán dao với cán dao có thể đổi đầu dao

DPVP

• Đường kính lô gia công nhỏ nhất từ 50mm.
• Sừ dụng mũi dao 2 mặt cắt, góc cắt 117 độ
• Cơ cấu kẹp khóa đòn bẩy
• kết hợp cán dao với cán dao có thể đổi đầu dao

DSKN

• Đường kính lô gia công nhỏ nhất từ 25mm.
• Sừ dụng mũi dao 2 mặt cắt, góc cắt 75 độ
• Cơ cấu kẹp khóa kép
• Gia công liên tục ổn định

DTFN

• Đường kính lô gia công nhỏ nhất từ 25mm.
• Sừ dụng mũi dao 2 mặt cắt, góc cắt 75 độ
• Cơ cấu kẹp khóa kép
• Gia công liên tục ổn định

DVUN

• Đường kính lô gia công nhỏ nhất từ 50mm.
• Sừ dụng mũi dao 2 mặt cắt, góc cắt 75 độ
• Cơ cấu kẹp khóa kép
• Gia công liên tục ổn định

DWLN

• New double clamp type.
• Holds inserts securely.
• Excellent cutting edge repeatability.
• Economical negative insert.

FCTU1

• The minimum cutting dameter is from 22mm.
• 11°positive insert.
• Screw-on type/Clamp-on type
• l/d is 3 to 5 times the diameter.
• 7°positive insert.

FCTU2_C

• The minimum cutting dameter is from 22mm.
• 11°positive insert.
• Screw-on type/Clamp-on type
• 7°positive insert.
• l/d is 3 to 5 times the diameter.

FSCLC_P

• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• The minimum cutting dameter is from 10mm.
• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.

FSCLC_P_E

• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• Employs positive insert 5°,7°,11°.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• The minimum cutting dameter is from 10mm.

FSDQC

• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).

FSDQC_E

• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• Chip disposal is improved by having two channels for chip evacuation.
• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.

FSDUC

• Employs positive insert 5°,7°,11°.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.

FSDUC_E

• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.

FSTU1

• The minimum cutting dameter is from 10mm.
• 11°positive insert.
• Screw-on type/Clamp-on type
• l/d is 3 to 5 times the diameter.

FSTU2_C

• The minimum cutting dameter is from 10mm.
• 11°positive insert.
• Screw-on type/Clamp-on type
• l/d is 3 to 5 times the diameter.

FSTUP

• The minimum cutting dameter is from 10mm.
• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).

FSTUP_E

• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• The minimum cutting dameter is from 10mm.

FSVJB_C

• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• Employs positive insert 5°,7°,11°.

FSVPB_C

• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).

FSVUB_C

• Cán dao móc lỗ bậc, tiện lỗ bậc. Sử dụng chíp VBMT160408-MV
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
• Employs positive insert 5°,7°,11°.

FSWL1

• 7°positive insert.
• The minimum cutting dameter is from 5.8mm.
• 11°positive insert.
• l/d is 3 to 5 times the diameter.
• Screw-on type/Clamp-on type

FSWL2_C

• The minimum cutting dameter is from 5.8mm.
• 11°positive insert.
• 7°positive insert.
• l/d is 3 to 5 times the diameter.
• Screw-on type/Clamp-on type

FSWUB_P

• The minimum cutting dameter is from 10mm.
• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).

FSWUB_P_E

• Employs positive insert 5°,7°,11°.
• Excellent vibration resistance due to light dimple head.
• The minimum cutting dameter is from 10mm.
• Chip disposal is improved by having two channels for chip evacuation.
• l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).

MWLN

• l/d is 3 times the diameter.
• Negative trigon shape insert.
• High rigidity due to double clamp structure.
• The minimum cutting dameter is from 32mm.

PCLN

• Economical negative insert.
• The minimum cutting dameter is from 20mm.
• Lever lock type.
• l/d is 3 times the diameter.
• ISO standard.

PDQN

• Lever lock type.
• l/d is 3 times the diameter.
• The minimum cutting dameter is from 32mm.
• Economical negative insert.
• ISO standard.

PDUN

• Economical negative insert.
• Lever lock type.
• l/d is 3 times the diameter.
• The minimum cutting dameter is from 26mm.
• ISO standard.

PDZN

• l/d is 3 times the diameter.
• The minimum cutting dameter is from 32mm.
• ISO standard.
• Economical negative insert.
• Lever lock type.

PSKN

• Lever lock type.
• l/d is 3 times the diameter.
• The minimum cutting dameter is from 20mm.
• ISO standard.
• Economical negative insert.

PTFN

• The minimum cutting dameter is from 20mm.
• ISO standard.
• Economical negative insert.
• Lever lock type.
• l/d is 3 times the diameter.

PWLN

• The minimum cutting dameter is from 20mm.
• ISO standard.
• Economical negative insert.
• Lever lock type.
• l/d is 3 times the diameter.

SCLC_C

• The minimum cutting dameter is from 5mm.
• 7°positive insert.
• Carbide shank
• Easy-to-use tool geometries.
• The most suitable for machining of small parts
• l/d is 5 times the diameter.

STFE

• Suitable for non-ferrous metal.
• 20°positive insert.
• Screw-on type
• l/d is 6 times the diameter.
• Excellent vibration resistance.
• The minimum cutting dameter is from 20mm.

STUC_C

• The minimum cutting dameter is from 5mm.
• 7°positive insert.
• Carbide shank
• Easy-to-use tool geometries.
• The most suitable for machining of small parts
• l/d is 5 times the diameter.

SWUB_C

• The minimum cutting dameter is from 5mm.
• 7°positive insert.
• Carbide shank
• Easy-to-use tool geometries.
• The most suitable for machining of small parts
• l/d is 5 times the diameter.

S_SCLC

• Screw-on type
• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SCLC_C

• The minimum cutting dameter is from 11mm.
• 7°positive insert.
• Screw-on type
• ISO standard.
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SCZC

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SDQC

• ISO standard.
• 7°positive insert.
• Screw-on type
• The minimum cutting dameter is from 11mm.
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SDQC_C

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SDUC

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SDUC_C

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SSKC

• 7°positive insert.
• Screw-on type
• The minimum cutting dameter is from 11mm.
• ISO standard.
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_STFC

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_STFC_C

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SVQC

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SVQC_C

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).

S_SVUC

• The minimum cutting dameter is from 11mm.
• ISO standard.
• 7°positive insert.
• Screw-on type
• l/d is 3 to 5 times the diameter (up to 7 times with the carbide shank).