I800-050308-L SY Exchangeable Deep Hole Drilling Insert (Center Insert) BTA Internal Chip Evacuation

 I800-050308-L SY Exchangeable Deep Hole Drilling Insert (Center Insert) BTA Internal Chip Evacuation 

Corresponding Sandvik Model: 800-050308M-I-L 1025

Chip Breaker: L-Type, Patterned Chip Breaker for Difficult-to-Break Materials

Main Machining Applications: Machining of any metal material, various alloy steels, stainless steels, etc.

Detailed Analysis:

Basic Information:

· Type: Deep Hole Drilling Insert (Center Insert)

· Application: BTA Internal Chip Evacuation Deep Hole Drilling

· Chip Breaker: L-Type

· Materials: Machining of any metal material, various alloy steels, stainless steels, etc.

· Chip Breaking: Patterned chip breaker for difficult-to-break materials

Detailed Specifications :

· This is a center insert for a BTA deep hole drill, positioned in the middle of the drill head for cutting.

· Chip Breaker (L-Type): 

o L-type chip breaker is designed for difficult-to-break materials, with a patterned design for improved chip control and evacuation.

o The patterned design facilitates chip curling and breaking, reducing the risk of chip tangling.

· Material Applications: 

o Suitable for machining various metal materials, including:

§ Various alloy steels: High-strength alloy steels, mold steels, etc., which are challenging to machine due to their high strength and hardness.

§ Stainless steels: Austenitic, ferritic, and martensitic stainless steels, known for their corrosion resistance and strength.

· BTA Internal Chip Evacuation Deep Hole Drilling: 

o BTA (Boring Trepanning Association) deep hole drilling is an efficient deep hole machining method.

o Internal chip evacuation: Chips are evacuated through the drill pipe's interior, improving machining efficiency and surface quality.

o Center insert: In deep hole drill heads, there are generally outer, center, and inner inserts, with the center insert performing cutting in the middle position.

Important Notes:

· Select appropriate cutting speed, feed rate, and coolant based on the specific workpiece material and machining parameters.