Automatic Bench Top Turret CNC Lathes are integral components in modern manufacturing, offering precision, efficiency, and versatility. These machines are known for their ability to handle complex tasks with ease, making them essential in various industries.
1. Turning Tools
Turning tools are the common type of tools used in an Automatic Bench Top Turret CNC Lathe. They are designed to remove material from the workpiece by rotating it against the cutting tool. These tools can be classified into several categories, including:
External Turning Tools: These tools are used to shape the exterior surface of the workpiece.
Internal Turning Tools: Also known as boring bars, these tools are used to cut the inside surface of a hole.
Parting Tools: These are used to cut off a part from the main workpiece.
Threading Tools: These tools are designed to cut threads on the exterior or interior surface of the workpiece.
Each of these tools plays a crucial role in the functionality of an Automatic Bench Top Turret CNC Lathe, ensuring precise and efficient material removal.
2. Drilling Tools
Drilling tools are another essential category of tools used in an Automatic Bench Top Turret CNC Lathe. These tools are designed to create cylindrical holes in the workpiece. Common types of drilling tools include:
Twist Drills: These are the common type of drilling tools, featuring a helical flute that helps in chip removal.
Center Drills: These tools are used to create a starting point for larger drills, ensuring accuracy.
Reamers: These tools are used to finish the drilled holes to a precise diameter.
By using these drilling tools, an Automatic Bench Top Turret CNC Lathe can create holes with high accuracy and finish.
3. Milling Tools
Milling tools are also utilized in an Automatic Bench Top Turret CNC Lathe for various cutting operations. These tools remove material by feeding the workpiece against a rotating cutter. Types of milling tools include:
Face Mills: These are used for machining flat surfaces.
End Mills: These tools are used for cutting slots, profiles, and other complex shapes.
Slot Mills: Designed specifically for cutting slots in the workpiece.
The use of milling tools in an Automatic Bench Top Turret CNC Lathe enhances the machine's versatility, allowing it to perform a wide range of machining tasks.
4. Grooving Tools
Grooving tools are specialized tools used in an Automatic Bench Top Turret CNC Lathe to cut grooves on the workpiece. These grooves can be used for various purposes, such as creating O-ring seats or retaining rings. The two main types of grooving tools are:
External Grooving Tools: Used to cut grooves on the exterior surface of the workpiece.
Internal Grooving Tools: Designed to cut grooves inside holes or cavities.
These tools are essential for creating precise and accurate grooves on the workpiece.
5. Cut-off Tools
Cut-off tools are another important category of tools used in an Automatic Bench Top Turret CNC Lathe. These tools are designed to separate a part of the workpiece from the main body. Cut-off tools are characterized by their thin and narrow cutting edge, which allows them to make precise cuts without wasting material. The primary types of cut-off tools include:
Standard Cut-off Tools: Used for general-purpose cutting operations.
T-Type Cut-off Tools: These tools have a T-shaped profile, providing greater stability during cutting.
Cut-off tools are crucial for efficient material utilization and precise part separation in an Automatic Bench Top Turret CNC Lathe.
6. Threading Tools
Threading tools are used to create threads on the workpiece, either externally or internally. These tools are essential for creating threaded components that are widely used in various mechanical assemblies. The main types of threading tools include:
Single-Point Threading Tools: These tools are used for cutting threads with a single-point cutter.
Threading Inserts: These are replaceable cutting tips that can be used for threading operations.
Threading tools enable an Automatic Bench Top Turret CNC Lathe to produce precise and accurate threads, essential for mechanical fasteners and assemblies.