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The flexibility of a vertical machining center can increase the productivity of your operation.
Regardless of your industry, this multifunction machine can perform a variety of mechanical operations. Many centers feature multiple tool changers and options to increase productivity. Having a vertical machining center with different options and features is an excellent way to reduce costs and increase productivity.
The flexibility of your vertical machining center will depend on the tooling you use and the amount of work that your machine can handle. The maximum size of a workpiece is one factor to consider when deciding which type of machining tool to buy. The flexibility of your VMC will also depend on the tooling and options you have available.
For a variety of machining needs, including high-speed, heavy-duty, and 5-axis machining, baofeng’s complete line of vertical machining centers delivers lasting performance. Due to a vibration-dampening Meehanite cast iron base and large precision spindle bearings, we offer shops increased rigidity while sustaining higher load capacities. Every vertical machining center features fully-equipped Fanuc controls for maximum machining capabilities.
A VMC is a machine with a CNC (Computer Numerical Control) controller. As mentioned, the cutting head in this milling machine is vertical and is a particular type of milling machine where the spindle runs in a vertical axis known as the “z” axis. They are typically enclosed and most often used for cutting metal.
The Vertical Machine series models employ a high-rigidity casting bed to ensure stable machining. The models demonstrate various machining from high-speed, high-quality machining using a high-speed spindle with the max. speed of 24,000 min-1 (option) to heavy-duty machining using a powerful spindle with a torque of up to 303 Nm (option).
The model is equipped with an innovative cooling system on the spindle, linear guides and ball nut to control thermal displacement, ensuring high-precision machining for a long term.
The vertical machining center has the advantages of convenient clamping, easy operation, easy observation of machining conditions and easier debugging program, so it is widely used. However, this type of machine is limited by the height of the column and the tool change device, so it can not process too high parts. When processing the cavity or concave surface, the chip is not easy to discharge, which will damage the tool and the machined surface in serious cases, affecting the smooth progress of processing. It can be solved by installing automatic chip conveyor and oil cooler.
The BBT40 spindle is supported by high-precision ceramic bearings to minimize noise, reduce vibration and suppress heat growth, which will help improve machining accuracy and surface finish. With a maximum 1G acceleration (3 Gs in Z axis), the machine is capable of handling most processing tasks at fast feed rates of up to 30 m/min. It is equipped with a powerful chip flushing device that removes chips from the cutting area without breaking.
The BK-850C is mainly used for rough machining of parts and molds with large quantity of material removal. It can realize drilling, milling, boring, reaming and other machining processes. It can be used in general machinery, metal parts, injection mold, casting steel mold, and complex parts etc.
With the rigidity, stability, high speed and high precision moving parts, it could accept high inertia gravity and even a long time processing. The strongest column and double-layerd base could bear higher inertia gravity and improve dynamic responsiveness of the whole machine. The spindle vibration is smaller than most popular V4 vibration standard, providing better surface processing performance.. The fastest tapping speed can reach 6000 rpm and the smallest tooth can attack M1.2
BK-1165L is mainly used for the automatic mass processing of parts and molds, such as complex cams, sample board, dies and arcs, etc. It has high efficiency in material removal and can be widely applied in electronics, machinery, automotive, motorcycle, automation, medical equipment and other industries.
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. Adopt large span support for the main structure to make sure that the casting has the best deformation resistance structure. The body is designed by Finite Element Analysis (FEA) to ensure the stability and rigidity of the mechanism. Meanwhile, it enhances both torsional and bending resistance by adopting M-type support design. Large span herringbone column design increases rigidity with larger contact surface between column and base.
BF-V8 is designed with 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. It can be widely used in the automotive, machinery, instrumentation, textile, and electronic instrumentation industries with high precision and high efficiency machining capability at a very reasonable cost.
The BK-850L is mainly used for the automatic mass processing of parts and molds, such as complex cams, sample board, dies and arcs. It can be widely applied in electronics, machinery, automotive, motorcycle, automation, medical equipment and other industries. With high processing efficiency at a very reasonable cost, this machine has many competitive advantages.
BK-850B is mainly used for rough machining of parts and molds with large quantity of material removal. It can realize drilling, milling, boring, reaming and other machining processes according to user’s needs. Then the machined products have high precision and good surface finish.
BF-850V is a vertical machining center that provides high precision and high power with a very reasonable cost. This machine's features include an ultra-rigid structure, X/Y/Z axis high precision linear guide, ball screw with locking preload design, water cooling system, automatic lubrication system for the spindle shaft, etc. It can be widely used in the automotive, machinery, instrumentation and light industrial textile industries to fully demonstrate high precision and high efficiency machining capability at a very reasonable cost.
The BF-850VP is a high precision vertical machining center. It adopts an ultra-rigid structure, 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. This vertical machining center can be widely used in the automotive, machinery, instrumentation, light industrial textile, and electronic instrumentation industries.
High rigidity moving parts with lightweight design for high speed and high precision parts processing, faster and more powerful parts processing machine. High strength gray casting iron machine body remains a high rigidity and stability even a long time processing. Special large span structure column and double-layerd base could bear higher inertia gravity and improve dynamic responsiveness of the whole machine.
The BK-1170L is mainly used for the automatic mass processing of parts and molds, such as complex cams, sample board, dies and arcs. The machine is widely applied in electronics, machinery, automotive and other fields. By reducing the rotor head of a ball screw case with a long stroke ball screw and increasing cutting head capacity, high-efficiency machining capability at a very reasonable cost is achieved.