TDF Flange FormingMachine TDF flange machine can be divided into three types according to the working requirements:single type T-12 and T-15,duplex type 2-T-12.Single type machine like T-12 and T-15 can form flange edge at one side and crispening edge at the other side, duplex type like 2-T-12 can form flange edge at both sides simultaneously to improve efficiency and save time.Additionally,duplex type can add flange edge or crispening edge out-side at either side.Our company would specially introduce high-strength rolling reels made of GCr15,a kind of steel which prolongs the machine life by more than 5 times and outputs stainless steel TDF flange.   Duplex TDF flange forming machine Duplex TDF flange forming machine can from flange at two sides of duct simultaneously. It's double-sided driven and able to meet mobile requirements of high load and high accuracy with linear guide ways of Taiwan Hiwin. Comparing with single type.duplex type help us improve efficiency,reduce deliveny duration and save up labor. Our company would specially introduce high-strength rolling reels made of GCr15, a kind of steel which prolongs the machine life by more than 5 times and outputs stainless steel TDF flange.

Features ★Stable and Durable: All adopt imported servo motors to ensure the accuracy and stability of the machinery, and it is also durable. ★High precision and long service life:The screw guide rails are all imported C5 grade products with high precision, excellent performance, ans long service life. The minimum movement setting unit for the Y axis is 0.005mm. ★Especially power-saving: The difference in electricity consumption between the fully electric servo bending machine and the electro-hydraulic servo bending machine is similar to the difference between variable frequency air conditioning and ordinary air conditioning. The fully electric servo bending machine automatically outputs appropriate power and energy according to the working conditions, and consumes less than 0.5KW of electricity when idle, so it is particularly energy-saving. ★Green and environmentally friendly: No need to use or replace hydraulic oil, ending the pollution of waste hydraulic oil to the environment.   Four major advantages 1.Energy conservation：One month's electricity consumption is 1/4 of that of a regular hydraulic bending machine. 2.Environment protection：No hydraulic oil is used，so there is no oil leakage,which makes the workshop cleaner,cleaner, and more environmentally friendly. 3.High efficiency：By using servo motors and screw control,the efficiency of the entire cycle is doubled compared to hydraulic bending machines. 4.Accurate：By using a servo motor and high-precision screw to rotate,the slider moves up and down,allowing for long-term positioning while maintaining precision.   Power consumption comparison Model 40 T All electric servo bending machine 40 T Hydraulic bending machine Average cower consumption about 1KW about 4.5KW 1 year of working time 3000 Hours 3000 Hours 1year power consumption 3000 kWh 135000kWh   Outline Structure * Independently designed,using finite element analysis method to ensure the strength, rigidity, and safety of the machine. * Beautiful appearance, exquisite workmanship, and pursuit of details, striving for perfection in mechanical processing welding, component assembly, painting, labeling, and other aspects. * Adopting high-quality steel plate welding structure,tempering to eliminate stress, the frame is thick, rigid, and has strong Shock absorption. *The structural components are derusted by sandblasting and sprayed with anti rust paint* The column, upper working slider, and lower worktable of the machine tool are precision machined by a large CNC floor boring and milling machine, ensuring the parallelism, verticality, and parallelism of each installation surface. *Upward moving bending design, smooth operation, convenient operation, and safety.   Main Structure And Working Principle This machine tool mainly consists of a frame, a slider, a rear material blocking structure, a control system, and a mold * Rack: Adopting an all steel welded structure with sufficient strength and rigidity, and simulating real load conditions through finite element analysis to achieve the required load conditions, After welding, annealing treatment is used to eliminate residual stresses in the frame welding. * Sliding block: This machine tool adopts an eccentric axis guided sliding block structure, which has a simple overall structure and is convenient for debugging and maintenance. * Control system: Adopting NC max CNC bending system, this system is independently developed, with flexible and simple operation, which can be operated without the need for skilled operators,The program is simple and fast, and processing can be carried out without the need to input mold data in advance. Data modification and execution are on the same drawing surface, saving time and simplifying operations. Each axis uses relative position to record the origin, without the problem of disappearance and resetting of the origin. * Mold: This component consists of an upper mold component and a lower mold component,The upper mold is installed on the slider and fixed by a clamp plate.The lower mold can be in various forms such as single v, double v, and multiple v.The mold can be segmented or customized according to user requirements. * Working principle: Directly driven by a servo motor, the screw rod achieves high-speed rise and fall, stable repetitive accuracy,and efficient production.   Multifunctional Avoiding Space   Each model of our bending machine has sufficient space for sheet metal to avoid interference. It can produce all kinds of complex sheet metal parts without worries for users, The slider stroke space of the bending machine is large, and the upper die with a height of180mm-210mm can be clamped according to different models.   Back Gauge Structure * The crossbeam is processed with high-quality carbon steel,and the overall structural design is simple, compact, and stable，resulting in fast speed and high accuracy.   * The standard configuration for the rear material blocking of this machine is X and Y axes, with 2 adjustable blocking fingers. ITEM X-axis R-axis Z-axis Positioning speed 500mm/s 125mm/s 700mm/s Repetitive accuracy 0.01mm 0.01mm 0.01mm Positioning accuracy 0.01mm 0.01mm 0.01mm Positioning method Automatic(servo motor)   Bending Machine System ★Switch between Chinese and English interfaces. ★Programming is simple and easy to operate,with smooth and seamless interface operations from program, mold,synthesis,programming to bending. ★2D graphic programming, display, simulation functions,high-speed acceleration and deceleration algorithms and other functions.   Split Die

Steel Angle Rolling Machine is a mechanical equipment used to roll carbon steel, stainless steel, and non-ferrous metal profiles (such as angle steel, strip steel, channel steel, pipes, etc.) into rings and flanges. The following is a detailed introduction to the diagonal Steel Angle Rolling Machine:   1.Main functions and features （1）Efficient rolling: It can quickly and accurately roll the profile into a ring or flange with the required diameter, improving production efficiency. （2）Wide applicability: Suitable for various models and specifications of profiles to meet different engineering needs. （3）Easy operation: equipped with advanced control system, making operation easier and faster.   Safe and reliable: Made of high-quality materials and advanced technology to ensure the stability and safety of the equipment during operation.   2.Main components （1）Frame: Provides a solid support frame to ensure the stability and rigidity of the machine. （2）Hydraulic system: It consists of oil pump, oil tank, solenoid valve and hydraulic cylinder, etc. It provides the required pressure and force to drive the bending and rounding process. （3）Bending mold: used for fixing and bending angle iron, and can be adjusted according to different types of angle iron.   （4）Control system: By controlling the work of the hydraulic system, including controlling parameters such as pressure, speed, and bending angle, the precise bending and rounding of diagonal iron can be achieved.    3.Working principle   The working principle of the Steel Angle Rolling Machine is mainly to provide power through the hydraulic system to drive the bending mold to bend and round the angle iron placed on the mold. The operator first checks whether all components of the equipment are intact and adjusts parameters such as pressure and speed of the hydraulic system. Then, place the angle iron to be bent on the mold, start the hydraulic system, and make the mold bend and round the angle iron. During the bending process, the operator needs to pay close attention to the working status of the machine to ensure that the bent and rounded angle iron meets the requirements.   4.Application areas   Steel Angle Rolling Machine are widely used in construction, bridges, tunnels, subways and other engineering fields, as well as in steel structure processing, pipe manufacturing and other industries. It can effectively improve the processing efficiency and quality of profiles, and reduce production costs and labor intensity.   5.Operation precautions （1）Before operation, check whether all components of the equipment are intact, and adjust parameters such as pressure and speed of the hydraulic system. （2）During operation, it is necessary to pay close attention to the working status of the machine to ensure that the bent and rounded angle iron meets the requirements. （3）After the operation is completed, the machine needs to be shut down and maintained in time to extend the service life of the equipment.   6.Market Price and Brand The market price of Steel Angle Rolling Machines varies depending on factors such as brand, model, specification, etc. There are many well-known brands and models on the market to choose from, such as Honghao, Wanze Jinda, Minghui Heavy Industry, etc. For specific prices, please consult the relevant manufacturers or dealers for the latest information.   To sum up, the Steel Angle Rolling Machine is an efficient and practical profile processing equipment that plays an important role in construction, bridges, tunnels and other engineering fields. During the selection and use process, comprehensive consideration and selection must be made based on actual needs.