Transfluid t bend Servo-Hydraulic Mandrel Bending Machines

t bend - Mandrel bending machines with servo-hydraulic motors for guaranteed extraordinary bending quality.

-Energy savings up to 70% by control of the hydraulic pump via a servo motor. -Typical bend time for a 4-bend wall rail is less than 2 minutes -Bends steel, stainless steel and aluminum -Bends to the same radius as purchased elbows, so when an elbow is still required, the bends look exactly the same -Accuracy and repeatability allow for the rail to be used as a template, greatly reducing layout time on the bench transfluid® t bend DB 3A-CNC Innovative Servo-Hydraulic System - Energy savings up to 70% by control of the hydraulic pump via a servo motor. On demand system only runs when hydraulic pressure is required; reducing the overall duty cycle and increasing lifecycle of all hydraulic components. The DB 3A-CNC mandrel bending machine performs tight radius bends with the highest quality. The machine meets all industry standards and exceeds customer expectations. The Software – Simple and intuitive manual input by machine operator with 3D graphical display. Import module allows easy import of step files from Tekla and other detailing systems. Stable, flexible and economical. This series will win you over with its special stability and performance. Individual pieces and small series can be produced in an extremely economical manner with this machine concept. The use of high-value components ensures the machine‘s durability. INNOVATIVE SERVO-HYDRAULIC SYSTEM • Energy savings up to 70% by control of the hydraulic pump via a servo motor. • On demand system only runs when hydraulic pressure is required; reducing the overall duty cycle and increasing lifecycle of all hydraulic components. • Speed and volume of the pump can be precisely adjusted as required. • Pressure is programmable and stored with program, eliminating operator intervention. • Heating of the oil eliminated, therefore no additional cooling unit for the oil is necessary. • The pumps and motors can be specified to a smaller size precisely for the application, which increases efficiency.

• 1 5/8" x .120" (stainless steel), 1" x .1" (square mild steel)