Deep hole boring BTA
Deep hole boring BTA
Deep hole boring BTA
efficiency and stability in great depths
Deep hole boring BTA is a high-precision deep machining technology used to perform holes of great length and diameter with continuous and controlled chip evacuation.
At TAES we have state-of-the-art BTA equipment, which allows stable, precise and highly productive processes to reach the required measure in a single phase, even in pieces of large dimensions and high-resistance materials.
This method is ideal for intermediate and large diameters, and for productions where the uniformity, roughness and dimensions of the hole are important as a previous step to other processes such as turning, grinding or honning.
Our experience in precision machining allows us to adapt the BTA system to the specific needs of each client, guaranteeing an optimal combination between performance, tolerance and reliability.
The process
The BTA (Boring and Trepanning Association) system uses a cutting tool mounted in a large tube, through which the chips are evacuated with high-pressure cutting oil, keeping the cut clean and preventing axis deviations.
This process stands out for its high material removal rate and its great stability in holes of considerable length.
At TAES, Deep hole boring BTA is integrated with active process control systems, ensuring consistent and repeatable machining, even in operations several meters deep.
We work with materials as diverse as plastic, aluminum, and all types of steels and alloys.
Application sectors
BTA drilling is used in industrial sectors where geometric precision, stability and internal finish are determining:
- Energy and Oil & Gas: valves, manifolds, pump bodies, turbine shafts.
- Aeronautics: high-resistance components, landing gear systems, engine components, etc.
- Automotive and heavy transport: shafts, hydraulic cylinders and shock absorbers, transmission pieces.
- Iron and steel: rolling mills, high-pressure pipes.
- Industrial machinery: spindles, liners, pistons, casings and machine bodies.
- Defense: cannons, ballistic tubes and critical artillery pieces.
- Moulds and tools: cooling circuits, heating ducts and pieces with complex geometries.
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