Specification
 

Product Description:     

BF-V8 is designed with an ultra-rigid structure and X/Y/Z axis high precision linear guide and ball screw with locking preload design, which can provide you with fast, powerful, and stable machining performance, making it suitable for high precision parts machining and mold machining. It can be widely used in the automotive, machinery, instrumentation, light industrial textile, and electronic instrumentation industries, and can fully demonstrate high precision and high-efficiency machining capability at a very reasonable cost.

---The machine tool is of C-type structure, mainly composed of table, column, saddle, base, spindle box, hydraulic system, lubrication system, cooling, and filtering system, electric control system, and other components.

--- Adopt large span support, according to the principle of Bessel point physical deformation resistance, so that the casting to obtain the best deformation resistance structure. The body is designed by Finite Element Analysis(FEA) to ensure the stability and rigidity of the mechanism.

---With the use of a double-layer box structure design, the weight will be 20% more than the single-layer structure, while the stability of the body, resistance to deformation, and rigidity will be much higher than the ordinary single-layer structure. The foot of the base is designed to be tilted outward to make the base more stable.

--- Adopt BBT40 direct spindle, compared with ordinary BT 40 spindle, the tool swing is smaller at high speed, tool vibration is smaller, the tool pulling force is stronger, and the combination of tool shank and the spindle is more rigid. Adopting ceramic bearing, it has better precision, rigidity, and finish than a steel ball bearing.

---The tapered surface and the end face of the BBT40 spindle can fit close to the tool holder at the same time, ensuring the required tool rigidity under heavy cutting conditions.

---Fitted with a short nose spindle, the tooltip position is further in from the spindle fixing point for more stable spindle machining and greater rigidity.

---The smaller the spindle vibration, the higher the surface processing quality, the more efficient tapping, and the longer tool life. The fastest tapping speed up to 6000 rpm, the smallest tooth can be tapped M1.0.