This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO AOMT18 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g., 32 mm🔹 Len (Overall Length) – e.g., 200 mm🔹 Shank – e.g., 32 mm Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank x Dia x Length mm
3T denote 3 Pocket (3 Teeth) tools for higher productivity.
🎁 Includes 10 Free AOMT18 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO APKT1705 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g., 32 mm🔹 Len (Overall Length) – e.g., 200 mm🔹 Shank – e.g., 32 mm Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank x Dia x Length mm
3T denote 3 Pocket (3 Teeth) tools for higher productivity.
🎁 Includes 10 Free APKT1705 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO APMT1604 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g., 32 mm🔹 Len (Overall Length) – e.g., 150 mm / 200 mm etc.🔹 Shank – e.g., 32 mm or 20 mm Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank x Dia x Length mm
3T denote 3 Pocket (3 Teeth) tools for higher productivity (vs. standard 2-pocket tools)
🎁 Includes 10 Free APMT1604 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO APMT1135 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g., 32 mm🔹 Len (Overall Length) – e.g., 200 mm🔹 Shank – e.g., 32 mm Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank x Dia x Length mm
4T denote 4 Pocket (4 Teeth) tools for higher productivity
🎁 Includes 10 Free APMT1135 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO APMT1604 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g., 40 mm etc.🔹 Len (Overall Length) – e.g., 150 mm/200 mm/250 mm/300 mm/350 mm/400 mm etc.🔹 Shank – e.g., 32 mm etc. Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank x Dia x Length mm
3T denote 3 Pocket (3 Teeth) tools for higher productivity.
🎁 Includes 10 Free APMT1604 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO JDMT0702 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g., 8 mm🔹 Len (Overall Length) – e.g., 100 mm 🔹 Shank – e.g.,10 mm Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank, Dia 10 mm, Length 100 mm
1T denote 1 Pocket (1 Teeth) tools for higher productivity
🎁 Includes 10 Free JDMT0702 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
This is a precision-engineered Shoulder and Face Milling Cutter used in both CNC and Manual Milling Machines. Compatible with ISO APKT11T3 carbide inserts, it ensures cost-effective and efficient machining compared to traditional HSS tools. The cutter body is hardened to 45–50 HRC, offering excellent wear resistance and long tool life.
Each variation clearly defines:🔹 Dia (Diameter) – e.g.,16 mm🔹 Len (Overall Length) – e.g., 200 mm🔹 Shank – e.g., 15 mm Weldon-type Shank
The insert pockets are tightly machined to eliminate any gap between the insert and seat, ensuring smooth cutting. Run-out tolerance is maintained through center-to-center grinding. The tool also includes center holes on both ends for precise setup.
Variants marked with:
SDL indicate Shank, Dia 15 mm, Length 200 mm
2T denote 2 Pocket (2 Teeth) tools for higher productivity (vs. standard 3-pocket tools)
🎁 Includes 10 Free APKT11T3 Carbide Inserts with every unit.
This milling cutter is a durable and reliable solution for a wide range of machining applications.
A U Drill (also called as Indexable Drill) is a type of drill used in CNC/VMC machines to drill large diameter holes quickly and efficiently.
🛠️ Key Features of U Drills
Insert-Based Tool: Uses indexable carbide inserts at the cutting edge, which can be replaced when worn — no need to sharpen the whole tool.
High Feed and Speed: Designed for high-speed machining and deep hole drilling.
Coolant Through Design: These U drills come with through-coolant holes to improve chip evacuation and tool life.
Rigid Body: Typically solid and made for high-strength applications — minimizes deflection/vibration during drilling and hence are quite accurate.
Double Cutting Edge: Unlike twist drills that cut with a single point, U drills often have two cutting inserts, balancing the cutting force and improving performance.
Each drill requires two inserts; Replace just the inserts instead of the entire tool when the cutting edges wear down
Usable in CNC machines with coolant through capabilities for efficient chip evacuation
Can be used to drill holes with high accuracy and precision; Suitable for a wide variety of materials, including steel, hardened steel, tool steel, stainless steel, plastic, titanium, aluminum, brass, and bronze.
Includes: 10 pieces suitable size inserts with every U drill order, that you will purchase from us.
IMPORTANT TO UNDERSTAND:-
Please choose L x D of drill size as it can change drilling capacity which is most important part of drilling.
Example of above illustration: What does 2D, 3D, 4D & 5D mean?
Answer: 2 x Diameter (D) will give you the maximum Drill depth you can achieve through that U drill size, So please chose very carefully from the drop down keeping in mind the Bore diameter, & depth of the drill that you wanted to make with it.
A U Drill (also called as Indexable Drill) is a type of drill used in CNC/VMC machines to drill large diameter holes quickly and efficiently.
🛠️ Key Features of U Drills
Insert-Based Tool: Uses indexable carbide inserts at the cutting edge, which can be replaced when worn — no need to sharpen the whole tool.
High Feed and Speed: Designed for high-speed machining and deep hole drilling.
Coolant Through Design: These U drills come with through-coolant holes to improve chip evacuation and tool life.
Rigid Body: Typically solid and made for high-strength applications — minimizes deflection/vibration during drilling and hence are quite accurate.
Double Cutting Edge: Unlike twist drills that cut with a single point, U drills often have two cutting inserts, balancing the cutting force and improving performance.
Each drill requires two inserts; Replace just the inserts instead of the entire tool when the cutting edges wear down
Usable in CNC machines with coolant through capabilities for efficient chip evacuation
Can be used to drill holes with high accuracy and precision; Suitable for a wide variety of materials, including steel, hardened steel, tool steel, stainless steel, plastic, titanium, aluminum, brass, and bronze.
Includes: 10 pieces suitable size inserts with every U drill order, that you will purchase from us.
IMPORTANT TO UNDERSTAND:-
Please choose L x D of drill size as it can change drilling capacity which is most important part of drilling.
Example of above illustration: What does 2D, 3D, 4D & 5D mean?
Answer: 2 x Diameter (D) will give you the maximum Drill depth you can achieve through that U drill size, So please chose very carefully from the drop down keeping in mind the Bore diameter, & depth of the drill that you wanted to make with it.
A U Drill (also called as Indexable Drill) is a type of drill used in CNC/VMC machines to drill large diameter holes quickly and efficiently.
🛠️ Key Features of U Drills
Insert-Based Tool: Uses indexable carbide inserts at the cutting edge, which can be replaced when worn — no need to sharpen the whole tool.
High Feed and Speed: Designed for high-speed machining and deep hole drilling.
Coolant Through Design: These U drills come with through-coolant holes to improve chip evacuation and tool life.
Rigid Body: Typically solid and made for high-strength applications — minimizes deflection/vibration during drilling and hence are quite accurate.
Double Cutting Edge: Unlike twist drills that cut with a single point, U drills often have two cutting inserts, balancing the cutting force and improving performance.
Each drill requires two inserts; Replace just the inserts instead of the entire tool when the cutting edges wear down
Usable in CNC machines with coolant through capabilities for efficient chip evacuation
Can be used to drill holes with high accuracy and precision; Suitable for a wide variety of materials, including steel, hardened steel, tool steel, stainless steel, plastic, titanium, aluminum, brass, and bronze.
Includes: 10 pieces suitable size inserts with every U drill order, that you will purchase from us.
IMPORTANT TO UNDERSTAND:-
Please choose L x D of drill size as it can change drilling capacity which is most important part of drilling.
Example of above illustration: What does 2D, 3D, 4D & 5D mean?
Answer: 2 x Diameter (D) will give you the maximum Drill depth you can achieve through that U drill size, So please chose very carefully from the drop down keeping in mind the Bore diameter, & depth of the drill that you wanted to make with it.
A U Drill (also called as Indexable Drill) is a type of drill used in CNC/VMC machines to drill large diameter holes quickly and efficiently.
🛠️ Key Features of U Drills
Insert-Based Tool: Uses indexable carbide inserts at the cutting edge, which can be replaced when worn — no need to sharpen the whole tool.
High Feed and Speed: Designed for high-speed machining and deep hole drilling.
Coolant Through Design: These U drills come with through-coolant holes to improve chip evacuation and tool life.
Rigid Body: Typically solid and made for high-strength applications — minimizes deflection/vibration during drilling and hence are quite accurate.
Double Cutting Edge: Unlike twist drills that cut with a single point, U drills often have two cutting inserts, balancing the cutting force and improving performance.
Each drill requires two inserts; Replace just the inserts instead of the entire tool when the cutting edges wear down
Usable in CNC machines with coolant through capabilities for efficient chip evacuation
Can be used to drill holes with high accuracy and precision; Suitable for a wide variety of materials, including steel, hardened steel, tool steel, stainless steel, plastic, titanium, aluminum, brass, and bronze.
Includes: 10 pieces suitable size inserts with every U drill order, that you will purchase from us.
IMPORTANT TO UNDERSTAND:-
Please choose L x D of drill size as it can change drilling capacity which is most important part of drilling.
Example of above illustration: What does 2D, 3D, 4D & 5D mean?
Answer: 2 x Diameter (D) will give you the maximum Drill depth you can achieve through that U drill size, So please chose very carefully from the drop down keeping in mind the Bore diameter, & depth of the drill that you wanted to make with it.
A U Drill (also called as Indexable Drill) is a type of drill used in CNC/VMC machines to drill large diameter holes quickly and efficiently.
🛠️ Key Features of U Drills
Insert-Based Tool: Uses indexable carbide inserts at the cutting edge, which can be replaced when worn — no need to sharpen the whole tool.
High Feed and Speed: Designed for high-speed machining and deep hole drilling.
Coolant Through Design: These U drills come with through-coolant holes to improve chip evacuation and tool life.
Rigid Body: Typically solid and made for high-strength applications — minimizes deflection/vibration during drilling and hence are quite accurate.
Double Cutting Edge: Unlike twist drills that cut with a single point, U drills often have two cutting inserts, balancing the cutting force and improving performance.
Each drill requires two inserts; Replace just the inserts instead of the entire tool when the cutting edges wear down
Usable in CNC machines with coolant through capabilities for efficient chip evacuation
Can be used to drill holes with high accuracy and precision; Suitable for a wide variety of materials, including steel, hardened steel, tool steel, stainless steel, plastic, titanium, aluminum, brass, and bronze.
Includes: 10 pieces suitable size inserts with every U drill order, that you will purchase from us.
IMPORTANT TO UNDERSTAND:-
Please choose L x D of drill size as it can change drilling capacity which is most important part of drilling.
Example of above illustration: What does 2D, 3D, 4D & 5D mean?
Answer: 2 x Diameter (D) will give you the maximum Drill depth you can achieve through that U drill size, So please chose very carefully from the drop down keeping in mind the Bore diameter, & depth of the drill that you wanted to make with it.
