BS 430DG band saw machine

STILER BS430DG BAND CUTTING MACHINE In the model we have used a three-phase motor equipped with additional protection, a new generation maintenance-free hydraulic cylinder, liquid cooling in a closed system with a large drain pan. The main advantages of the machine are: An arm with the ability to rotate up to 60º to the right or up to 45º to the left, a new generation hydraulic cylinder, a more powerful 1.5 kW motor, a more efficient cooling system. Additionally, the guides have been equipped with carbide which translates into greater accuracy in serial cutting. Technical data Ø max.: 260 mm H x B max.: 260 x 430 mm Cutting belt size: 3660x0.9x27 mm Power supply: 3 phase 400V 1.5 kW Reg. arm drop: Hydraulic cylinder Belt linear speed: 24, 52, 78, 109 m/min Rotating arm right: up to 60º (right), up to 45º (left) Vise base height: 68 cm Machine dimensions: 1900 x 1250 x 1100 mm Weight: 520 kg Cutting range: Cutting angle 0°: Pipe - ø260 mm Profile - 430 x 260 mm Angle 45°(Right): Pipe - ø260 mm Profile - 300 x 200 mm Angle 45°(Left): Pipe - ø260 mm Profile - 260 x 130 mm Angle 60°: Pipe - ø155 mm Profile - 125 x 125 mm Set: Complete machine Cutting belt Coolant concentrate Instruction manual Certificate CE Specification: Massive, stable and refined construction and arm made of solid welded steel sheets provides the machine with very high rigidity and stability when cutting, which ensures precise cutting and long trouble-free operation. The construction as well as the use of a 27 mm wide cutting belt, makes it fully possible to perform multi-series cutting of both profiles and full details. The belt guides are equipped with special carbide plates and bearings. This has a huge impact on the strip guidance, its life, straightness, accuracy and quality of cutting. The cutting machine is equipped with a modern material clamping system with quick locking. The cutting speed is regulated by a hydraulic cylinder. The machine is equipped with a powerful cooling pump with a large tank. The arm feed speed is adjusted on the control panel of the cutter. The belt speed is adjusted by changing the position of the belt on the pulleys. There is a choice of four cutting belt speeds 24, 52, 78, 109 m/min. In the lower position of the arm ( after the material has been cut) the cutting belt drive and cooling system is switched off automatically. Safety will be ensured by the cutting belt guards and micro switches that stop the motor when the cutting cycle is completed or any of the guards are opened. The motor is equipped with new generation thermal fuses. The base is built as a rigid body welded from steel sheets. Inside there is a separate coolant tank with an electric pump and a large drainage basin. The shape of the upper part of the base is a basin for draining coolant and catching chips generated during material cutting. A STEEL work table with a rotating arm and a control panel on a separate pedestal is attached to the base. In the cutting process, the main cutting motion is the movement of the cutting belt and the feed of the descending arm. The arm descent rate (cutting speed) is regulated by a hydraulic cylinder. The drive from the motor to the belt drive wheel is transmitted by a maintenance-free worm and belt transmission. The speed of the arm descent and the activation of the coolant system can be easily adjusted on the control panel. The control panel is located on a rotating boom and can be rotated up to 180°. The arm can be rotated in two directions. Left to 45° and right to 60°. The cutter has an adjustable vise. The machine is equipped with a simple quick clamping system. The guides are equipped with guide bearings and carbide plates. This solution guarantees high precision cutting even with solid materials. The coolant is directed directly to the belt from the guide. The arm has a number of adjustable stops that make it easy to quickly change the cutting angle without the need for exact measurements. The fall of the arm is realized by means of a hydraulic cylinder. The falling speed can be conveniently changed on the control panel. A coolant tank has been placed in the base. The coolant is transferred directly to the slides by means of a pump. .