Back Plate for Chuck Rotary Table – Precision Mounting Accessory
Enhance the versatility of your rotary table with our Back Plate for Chuck, specially designed to mount lathe chucks securely onto rotary tables. Manufactured from high-grade steel or cast iron (depending on your variant), this back plate ensures a strong, stable, and precise connection between your chuck and rotary table.
Key Features:
Compatible Fit: Designed to suit 3-jaw or 4-jaw lathe chucks on rotary tables HV4 I 5 I 6.
Accurate Machining: Precision ground and machined for perfect alignment and concentricity.
Multiple Mounting Holes: Pre-drilled mounting holes to match a variety of chuck bolt patterns.
Corrosion Resistant Finish: Coated to prevent rust and extend product life.
Easy Installation: Simple to mount using bolts and alignment register for a hassle-free setup.
Ideal for milling, indexing, drilling, or other rotary applications, this back plate is an essential accessory for machinists seeking precision and repeatability in rotary operations.
A reversible tapping attachment on a drilling and milling machine is used to perform tapping operations—where a hole is threaded—on a workpiece. This attachment is designed to thread holes in both directions: forward for cutting threads and reverse for backing out the tap, preventing the tap from breaking due to excessive torque when it binds.
How it Works:
Tapping Process & Capacity:
The milling machine is equipped with the tapping attachment, which holds the tap and provides the necessary rotation for threading.
The machine’s spindle rotates the tap in a forward direction (clockwise) to create threads in the hole.
The tapping attachment is designed with a mechanism that allows the tap to reverse rotation automatically once it reaches the bottom of the hole or a set depth.
Range of Taps that it can hold M3 to M12
Reversible Mechanism:
The key feature of the reversible tapping attachment is its ability to reverse the direction of rotation without manual intervention. This is particularly useful to avoid breaking the tap if it gets stuck in the workpiece.
Once the tap starts to experience resistance during the cutting process, the attachment automatically switches to a reverse mode to back out the tap, ensuring it does not get damaged or jammed.
Feed Mechanism:
The feed for the tapping operation is provided either manually or via an automatic feed system. In some cases, the milling machine has a feed that automatically controls the depth of the tap, while other systems might require operator input for depth control.
Depth Control:
Most tapping attachments come with adjustable depth stops, so the user can set how deep the tap should go into the material. This helps prevent over-tapping or under-tapping.
Use of Clutch Mechanism:
The clutch in the tapping attachment disengages when the tap reaches the desired depth, allowing for the reversal of the tap’s direction without applying excess torque.
Advantages of Reversible Tapping Attachments:
Prevention of Tap Breakage:
The reversible action ensures that the tap can back out automatically when it meets resistance, preventing tap breakage and reducing the risk of damaging the part.
Increased Productivity:
With automatic reversal, the need for manual intervention is eliminated, saving time and increasing overall productivity. The operator does not need to stop the machine to reverse the direction of the tap manually.
Better Thread Quality:
Since the tap automatically backs out after completing the threading operation, the threads are less likely to be damaged by excessive torque or force.
Ease of Use:
The system is relatively simple to operate, and adjustments can usually be made for different tap sizes and thread pitches.
Key Components of a Reversible Tapping Attachment:
Spindle: Holds and rotates the tap.
Clutch Mechanism: Allows the automatic reverse of the tap's rotation.
Feed Mechanism: Provides movement for the tap during the cutting process.
Depth Stop: Adjustable to control the tapping depth.
Cooling System: Some attachments feature a built-in cooling system to ensure the tap doesn't overheat during the operation.
Applications:
Tapping attachments are ideal for use in high-volume production environments where threading is a routine operation.
They are used in industries like automotive, aerospace, and general manufacturing for creating threaded holes in metals, plastics, and other materials.
In summary, the reversible tapping attachment on a milling machine allows for efficient, reliable, and safe threading of holes, with the ability to automatically reverse the tap to prevent breakage and improve productivity.
A reversible tapping attachment on a drilling and milling machine is used to perform tapping operations—where a hole is threaded—on a workpiece. This attachment is designed to thread holes in both directions: forward for cutting threads and reverse for backing out the tap, preventing the tap from breaking due to excessive torque when it binds.
How it Works:
Tapping Process & Capacity:
The milling machine is equipped with the tapping attachment, which holds the tap and provides the necessary rotation for threading.
The machine’s spindle rotates the tap in a forward direction (clockwise) to create threads in the hole.
The tapping attachment is designed with a mechanism that allows the tap to reverse rotation automatically once it reaches the bottom of the hole or a set depth.
Range of Taps that it can hold M3 to M12
Reversible Mechanism:
The key feature of the reversible tapping attachment is its ability to reverse the direction of rotation without manual intervention. This is particularly useful to avoid breaking the tap if it gets stuck in the workpiece.
Once the tap starts to experience resistance during the cutting process, the attachment automatically switches to a reverse mode to back out the tap, ensuring it does not get damaged or jammed.
Feed Mechanism:
The feed for the tapping operation is provided either manually or via an automatic feed system. In some cases, the milling machine has a feed that automatically controls the depth of the tap, while other systems might require operator input for depth control.
Depth Control:
Most tapping attachments come with adjustable depth stops, so the user can set how deep the tap should go into the material. This helps prevent over-tapping or under-tapping.
Use of Clutch Mechanism:
The clutch in the tapping attachment disengages when the tap reaches the desired depth, allowing for the reversal of the tap’s direction without applying excess torque.
Advantages of Reversible Tapping Attachments:
Prevention of Tap Breakage:
The reversible action ensures that the tap can back out automatically when it meets resistance, preventing tap breakage and reducing the risk of damaging the part.
Increased Productivity:
With automatic reversal, the need for manual intervention is eliminated, saving time and increasing overall productivity. The operator does not need to stop the machine to reverse the direction of the tap manually.
Better Thread Quality:
Since the tap automatically backs out after completing the threading operation, the threads are less likely to be damaged by excessive torque or force.
Ease of Use:
The system is relatively simple to operate, and adjustments can usually be made for different tap sizes and thread pitches.
Key Components of a Reversible Tapping Attachment:
Spindle: Holds and rotates the tap.
Clutch Mechanism: Allows the automatic reverse of the tap's rotation.
Feed Mechanism: Provides movement for the tap during the cutting process.
Depth Stop: Adjustable to control the tapping depth.
Cooling System: Some attachments feature a built-in cooling system to ensure the tap doesn't overheat during the operation.
Applications:
Tapping attachments are ideal for use in high-volume production environments where threading is a routine operation.
They are used in industries like automotive, aerospace, and general manufacturing for creating threaded holes in metals, plastics, and other materials.
In summary, the reversible tapping attachment on a milling machine allows for efficient, reliable, and safe threading of holes, with the ability to automatically reverse the tap to prevent breakage and improve productivity.
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Multitool with 7 tools
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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.
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.
