BTA Deep Hole Drilling is a method used to drill very deep and straight holes in metal parts, usually when the hole is much deeper than its diameter. It is named after the Boring and Trepanning Association.
In this process, high-pressure coolant flows around the outside of a special drill tube, goes to the cutting area, and pushes the chips (metal pieces) out through the center of the drill. This makes the drilling clean, fast, and accurate.
BTA drilling is often used in industries like oil & gas, aerospace, and hydraulic systems to make deep holes in things like gun barrels, hydraulic cylinders, and machine parts. It works best for hole diameters above 20 mm and is known for high speed and smooth, straight holes.
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Drill collars, casing, tubing, and oil tool components benefit from the precision of BTA deep hole drilling.
BTA deep hole drilling is essential for creating gun barrels, cannon barrels, and military-grade tubes with high accuracy.
Deep guide holes for mold bases and die components are crafted with precision using BTA deep hole drilling technology.
BTA deep hole drilling is used for creating hydraulic cylinder bores and piston rods with accuracy and efficiency.
Long, precise holes in structural and engine parts are achieved through BTA deep hole drilling, meeting the stringent requirements of the aerospace industry.
Machine spindles, rollers, and heat exchanger tube sheets benefit from the precision drilling capabilities of BTA deep hole drilling technology.
Tube plates and components with many deep holes are efficiently and accurately produced using BTA deep hole drilling for refrigeration and heat transfer equipment.