Discover Precision with the STANDARD BTH-129 3-Axis Hydraulic Mandrel Tube Bender - Now Available for Sale!
Engineered for excellence, the STANDARD BTH-129 3-Axis Hydraulic Mandrel Tube Bender stands as a hallmark of precision and efficiency in tube bending technology. Our machine offers unparalleled versatility and accuracy in shaping various pipe materials, providing an ideal solution for your bending needs.
Whether for automotive, aerospace, or manufacturing applications, our STANDARD BTH-129 Tube Bender caters to diverse industries, promising unparalleled precision and reliability in pipe bending.
Get your hands on the STANDARD BTH-129 3-Axis Hydraulic Mandrel Tube Bender today and elevate your production capabilities. Contact us now to explore this exceptional pipe bending machine available for sale.
Delivery is 8-12 Weeks from Deposit
Load the tube: Load the tube into the machine, making sure it is positioned correctly and securely in the clamp.
Program the bend: Use the CNC control to input the desired bend angle, radius, and length of the bend. The control will calculate the optimal bend sequence based on the material properties and bend specifications.
Set the mandrel and pressure die: Set the mandrel and pressure die to the correct position for the bend sequence.
Start the bend: Initiate the bend by activating the hydraulic system. The clamp will rotate, the bending axis will move, and the pressure die will apply pressure to form the bend.
Monitor the bend: Observe the bend to make sure it is forming correctly and make any necessary adjustments.
Repeat the process: Repeat the bend sequence as needed to achieve the desired final shape of the tube.
Unload the tube: Once the final bend has been completed, unload the tube from the machine.
It is important to follow the manufacturer's instructions and to have a thorough understanding of the machine's capabilities and limitations before using a 3-axis hydraulic mandrel CNC tube bender. Proper training and safety precautions should also be taken to minimize the risk of injury.
*Information shown may differ or change without warning*