6×1.6Hx1.5dx50L T-Slot Cutter for Aluminum is a precision cutting tool designed for T-slot milling, undercut machining and aluminum profile production. Its geometry supports stable machining and efficient chip removal in aluminum and compatible non-ferrous materials.
T-Slot Cutter for Aluminum Features
- Cutting geometry designed for aluminum and compatible non-ferrous materials.
- Sharp, precision-ground edges support a clean machined finish.
- Efficient chip evacuation helps reduce recutting and heat buildup.
- Suitable for CNC routers and machining centers with correct toolholding.
- Standard dimensions and customized cutting-tool designs are available.
Applications and Cutting Guidance
The 6×1.6Hx1.5dx50L model is suitable for T-slot milling, undercut machining and aluminum profile production. Confirm workpiece alloy, machine rigidity, tool runout and clamping before production. Use suitable lubrication or cooling and test conservative parameters on a new material.
- Use a clean collet or tool holder that matches the shank.
- Keep tool overhang as short as the machining depth permits.
- Select feed rate, spindle speed and depth according to the alloy and cutter size.
- Maintain effective chip evacuation throughout the cut.
- Replace worn or damaged tools before continued machining.
6×1.6Hx1.5dx50L T-Slot Cutter for Aluminum Overview
A T-slot cutter for aluminum creates undercuts, narrow necks and T-shaped grooves after an entry slot has been machined. The 6×1.6Hx1.5dx50L specification combines a 6 mm shank, 1.6 mm cutting height, 1.5 mm neck diameter and 50 mm overall length for compatible CNC routers and machining centers.
Key Features and Buyer Benefits
- Dedicated geometry for T-slots, undercuts and aluminum profile production.
- 6 mm shank fits a compatible clean precision collet.
- 1.6 mm cutting height supports narrow groove features.
- 1.5 mm neck requires controlled cutting load and stable programming.
- 50 mm overall length provides practical reach for suitable machines.
CNC Aluminum Applications
This T-slot cutter for aluminum can be used for profile slots, retaining grooves, undercuts, fixture components, enclosures and customized aluminum parts. The tool should enter through a previously machined opening that provides clearance for the cutter head. Never plunge the side-cutting head directly into solid material unless the confirmed geometry and program specifically allow it.
Machine the access slot first, then use a controlled lateral pass to form the undercut. Avoid excessive radial engagement because the narrow neck is sensitive to overload. Multiple light passes can reduce deflection and improve groove width. Confirm the tool path does not collide with shoulders, clamps or fixtures.
Setup and Cutting Recommendations
Clean the collet and shank, minimize overhang and check spindle runout. Secure the workpiece firmly and verify the entry-slot dimensions. Begin with conservative spindle speed, feed rate and engagement. Inspect chip shape, cutting sound, heat and groove quality, then adjust one parameter at a time.
Effective chip evacuation is essential because trapped aluminum chips can increase heat and damage the neck. Air blast, mist lubrication or another suitable method may help when allowed by the machine and workplace rules. Stop if vibration, rubbing or built-up edge appears. Record the approved settings for repeat orders.
Carbide Inspection and Tool Life
Carbide grade and grinding quality influence rigidity and edge life. Buyers can review the general properties of tungsten carbide when comparing wear resistance. Inspect the cutter head, neck and shank before every job and replace a chipped or bent T-slot cutter for aluminum.
Clean residue using an appropriate method, keep the tool dry and store it in a protective case. Prevent the cutter head from touching other tools during transport. A documented inspection routine helps compare tool life, groove accuracy and cycle time.
JEEFOO Supplier in Guangzhou, China
JEEFOO supplies CNC aluminum cutting tools from Guangzhou, China for distributors, workshops and manufacturers. Send the alloy, groove drawing, machine details, dimensions, quantity and packaging needs for selection support. Browse more JEEFOO CNC router bits for related aluminum applications.
Frequently Asked Questions
How is a T-slot cutter used?
Machine a clearance slot first, position the cutter head through the opening, then use controlled lateral passes to create the undercut.
Can JEEFOO provide custom specifications?
Yes. Provide the alloy, groove drawing, machine, required dimensions and quantity. The Guangzhou team can review a standard or customized T-slot cutter for aluminum.
Product Description
- Series: LF – T-Slot Cutter for Aluminum.
- Product: T-Slot Cutter for Aluminum.
- Application: Aluminum and non-ferrous CNC machining.
- Machining: Cutting, routing, profiling, engraving or finishing according to tool geometry.
- Customization: Non-standard dimensions and cutter profiles are available.
Size: 6×1.6Hx1.5dx50L
