In today’s competitive sheet metal fabrication landscape, efficiency, precision, and cost-effectiveness are paramount. Businesses, from burgeoning startups to established workshops looking to expand their capabilities, are constantly seeking machinery that delivers on all fronts without breaking the bank.
An economic CNC press brake with a TP10S controller is a cost-effective sheet metal bending machine that provides semi-automated programming and operational consistency without the high investment cost of a full-featured, advanced CNC system.
It’s designed to bridge the gap between simple, manual press brakes and complex, high-end production machines.
An economic CNC press brake machine with a TP10S controller is a cost-effective sheet metal bending machine that provides semi-automated programming and operational consistency without the high investment cost of a full-featured, advanced CNC system. It’s designed to bridge the gap between simple, manual press brakes and complex, high-end production machines.
Capacity: 50-ton capacity, 1600mm bending length, and its target market for small to medium workshops, educational facilities, or companies needs a small, stable and reliable machine.
This axis cnc press brake refers to a Torsion Bar or a basic Synchronized Hydraulic press brake structure.
Structure: Utilizes a straightforward, robust frame that is less expensive to manufacture than advanced frame designs.Axes: It usually controls two axes (Y and X) using an NC (Numeric Control) system but upgrades the interface and programming with the TP10S.
Torsion Axis: The top servo motor synchronizes controls the movement of the left and right hydraulic cylinders Y1 and Y2, for a fast working speed and working precision.
The press brake controller is the key element that adds “CNC-like” capability while maintaining an economic price point. Touch Screen Interface features a 10.1 inch color touch screen, making it much more user-friendly than older text-based numerical controllers.
Stores a significant number of programs, allowing operators to recall complex bending sequences for recurring jobs instantly.
The controller can accept the target bend angle as input and automatically calculate the necessary ram depth (BDC), which is a huge step up from older systems that required manual trial-and-error depth setting.
The TP10S primarily drives a high-precision servo motor on the back gauge X axis, which significantly improves material positioning accuracy with ball screw and liner leader compared to manual or AC motor-driven back gauges.
Benefits of an Economic CNC System: The combination is ideal for small to medium-sized fabrication shops that need improved efficiency and repeatability for a varied job mix.
Provides key CNC benefits—programmability and memory—at a lower initial investment than a full European/ American-standard CNC advanced technology (like Delem or Cybelec).
Increased Repeatability: The precise control over the back gauge position and the automated ram depth calculation reduces human error, leading to more consistent parts.
Programming the bend sequence, saving tool parameters, and automatically positioning the back gauge drastically cuts down on setup and first-part trial time.
Position the machine as highly versatile for light-to-medium gauge materials, perfect for HVAC ductwork, a small fabrication shop for electrical cabinets, electrical boxes, small enclosures, and custom prototyping, also Sheet metal fabrication shops.
Double Servo motor Press Brake Capacity: 50ton x1600 TP10S (size 2400x1750x2150mm)
MAGU2446022/YMAU649100/20’GP
1PACKAGE/2560KGS/8.77CBM
Vessel: HMM GARNET / 0007W ETD Oct 5th, 2025
From Shanghai, China to JEBEL ALI, UAE， BL# SZH2500938
1) Start a new program for a sheet metal bend with 120 degrees :
1. Click the product number and select “New Program”.
2. Select the mold: Choose the appropriate mold(mold icon : Punch, Die, or Finger) .
3. Navigate to the programming page: Click “More” to enter the programming page.
4. Set bend parameters: On the programming page, set the material, pressure holding time, and retreat as needed.
5. Enter bending angle: Click the bending angle icon and enter the desired angle 120 degrees or 90 degrees.
6. Enter bending length: Click the bending length icon and enter the desired length 100.00mm.
7. Add more steps: To program additional bends, click the “insert next bend” icon (‘a’) and repeat the process for the next step.
8. Start bending: Once programming is complete, click the “Start the pump” icon and then step on the foot switch to begin bending.
9. After bending, if you measured the bend angle to be 132 degrees(Target angle 120 degrees), it means you got a different bend angle from your original setting.
2)How to calibrate the bend angle difference?
Now you can go to the menu page, and move to Y axis where you can see the depth value 183.39mm.
Click to the depth 183.39mm, insert the actual 132 degrees, then start to run it, and it will automatically adjust and bend to 120 degrees, which meet the requirements.
If you still have problems, please get in touch with us to solve your sheet metal problems.
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