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Key Characteristics:
Miniaturized Design: The tool body has a very small diameter to access confined machining spaces.
High Precision: Manufactured to extremely tight tolerances to ensure that the machined holes can achieve micron-level accuracy.
High Rigidity: Despite their small size, they are often made from high-strength materials (like carbide) to resist cutting forces, avoid vibration and tool deflection, and guarantee machining quality.
Adjustability: Many small boring tools feature precise micro-adjustment mechanisms (e.g., set screw adjustment, eccentric adjustment), allowing the operator to make very fine adjustments to the diameter (often as precise as 0.001 mm or 0.00004").
Coolant Supply: Many models are designed with internal coolant channels to deliver cutting fluid directly to the cutting edge, effectively evacuating chips, reducing heat, and improving tool life and surface finish.











