Used TECA PRINT TC-70 #9020465 for sale

TECA PRINT TC-70 is a highly advanced automated machine tool designed to provide durable and precise milling capabilities. The machine is equipped with a CNC equipment that allows for full control over the machinery operations, enabling users to precisely control cutting processes. TC-70 is made of reliable structural components combined with a spindle head that produces a high speed of up to 10000 rpm, allowing for great cutting precision. The spindle head also offers a range of tilting angles and is machined with hardened steel components to ensure that the cutting process is consistent and smooth. The integrated brakes feature a high-tech spindle brake system for added safety. TECA PRINT TC-70's ergonomically designed control console offers enhanced operation convenience and productivity, providing users with full access to the most commonly used machine functions. The LCD display is easy to read and can also be configured for custom settings a process. The machine is also equipped with a sturdy solid column and a rigid base that eliminates vibration and provides great stability. The base also incorporates an electronically generated safety unit that turns the motor off in the event of an overload—a life-saving feature that ensures secure operation. TC-70 runs on high-quality DC motors that provide greater torque to the machine, enabling it to perform more precise machining tasks. The frequency inverter drive machine ensures consistent speed control and smooth operation. The machine is also equipped with a digital readout display that shows the spindle speed, depth, feed rate, and angle. TECA PRINT TC-70 is the perfect combination of sophisticated cutting-edge technology and rugged reliability. This machine is ideal for efficient milling operations and can be used on a wide range of materials, such as wood, aluminum, copper, and steel. Its heavy duty construction and automated CNC tool offer improved accuracy and provide reliable performance for a variety of industrial applications.