In the fields of construction, bridge engineering, shipbuilding, and high-altitude operations, scaffold treads are the core components that ensure construction safety. Traditional wooden and bamboo planks have inherent defects such as corrosion, combustion, and low turnover times, while steel scaffold pedals have become the preferred equipment for modern high-altitude operations due to their advantages of anti slip, fire resistance, corrosion resistance, and high recycling value. However, traditional steel springboard production relies heavily on manual bending or stamping processes using bending machines, which have low efficiency, poor accuracy, and high labor costs. The emergence of Automatic Scaffolding Plank Roll Forming Line has completely broken this situation.
What is an automated scaffold pedal cold bending production line?
The automated scaffold pedal cold bending production line is a fully automatic cold bending equipment designed specifically for metal coils such as galvanized steel coils and cold-rolled steel strips. It integrates multiple processes such as uncoiling, leveling, punching, cold bending, cutting, discharging, and palletizing into one production line, achieving unmanned operation of the entire process from “raw material in” to “finished product out”.
This production line is suitable for galvanized steel such as Q235 and Q355, and can process metal sheets with a thickness of 0.8mm to 2.0mm. It can continuously produce steel pedals of various specifications such as building scaffolding, marine pedals, and industrial walkway boards. The entire line adopts PLC programmable controller and touch control panel, which can automatically run with one click parameter setting. It is the core equipment for building materials manufacturing enterprises to achieve large-scale and standardized production.
Scientific and coherent process flow：
The automated scaffold pedal cold bending production line follows a standardized and scientific process flow:
Hydraulic unwinding → Plate leveling → Servo feeding → Precision punching (anti slip holes/connection holes) → Multi pass cold bending forming (with reinforcement ribs) → Hydraulic tracking cutting → Finished product discharge palletizing
The entire process is interconnected and seamlessly connected. Among them, the punching process can complete synchronous punching of anti slip holes (diameter 14mm, hole spacing 30mm, accuracy ± 0.1mm) and connecting holes; The cold bending process gradually completes the pressing and forming of the sheet metal through multiple passes of gradient rollers; The cutting process adopts hydraulic stop cutting technology, and the incision is smooth without deformation. The final product features an anti slip surface, reinforced rib structure, and precise hook design, with a load-bearing capacity of over 300kg.
Product Attributes :
Pattern drawing：
Widely applicable scenarios：
The steel scaffold pedals produced by this production line can be widely used in:
• High rise building construction:
As a walkway board in the scaffolding system, it provides a safe and stable walking platform for high-altitude operations
• Bridges and municipal engineering:
meeting the construction needs of large-span and high load scenarios
• Shipbuilding:
Production of thickened and ultra wide ship pedals to adapt to complex working environments in shipyards
• Industrial equipment installation:
used for equipment maintenance platforms and inspection channels
• Oil, gas, and energy industries:
meeting the requirements of operating platforms under harsh working conditions
The production line has high flexibility and can produce various structural steel springboards such as C-type and M-type, suitable for mainstream specifications such as 400mm and 500mm. At the same time, it supports foreign trade export production standards and helps manufacturing enterprises expand their international markets.
Core advantage: Defining new industry standards in four dimensions：
1. Efficient production capacity, significantly improving production efficiency
The production speed of the production line can reach 10-25 meters per minute, and the single shift capacity can reach 2500 meters, which is a 40% increase in capacity compared to traditional processing equipment. Some high-end models can achieve a production speed of up to 30 meters per minute, and the daily production capacity of a single production line can reach 25 tons, which is 60% more efficient than traditional equipment. Based on an 8-hour work schedule, the daily output of finished pedals can exceed 7000 linear meters, which is sufficient to meet the demand for large-scale supply.
2. Precision molding, stable and reliable quality
The production line adopts a multi-stage gradient rolling mill to gradually press and form the sheet metal, and the precision forming of the sheet metal is gradually completed through 18-28 forming stations. The forming roller is made of GCr15 bearing steel, which has been quenched and hardened to a hardness of HRC58-62, and is wear-resistant and not easily deformed. The electronic control system is equipped with programmable controllers from brands such as Siemens and Mitsubishi, with a length control accuracy of ± 0.15mm, ensuring that each pedal size is uniform and the appearance is neat. Compared with the traditional production method with a tolerance of ± 2-3mm, the accuracy has been improved by an order of magnitude.
3. One time molding, eliminating the need for secondary processing
The traditional production method requires multiple processes such as punching, bending, and reinforcing ribs. The automated cold bending production line completes multiple processes such as anti slip hole stamping, connection hole stamping, sheet bending, and reinforcement rib forming in one go, without the need for secondary processing or manual intervention throughout the entire process. This design concept of “one machine with multiple functions” greatly shortens the production cycle and reduces quality risks in intermediate links.
4. Reduce costs and increase efficiency, with significant investment returns
Automated production significantly reduces the demand for manual labor – traditional production methods require 4-6 operators, while automated production lines only require 1-2 people to complete full line control. At the same time, the equipment has low energy consumption and low failure rate, and the material utilization rate can reach 95-98%, significantly reducing the company’s labor costs and raw material losses. Combined with remote operation and maintenance functions, faults can be quickly investigated, and the cost-effectiveness advantage of long-term production is prominent.
Conclusion：
The automated scaffold pedal cold bending production line integrates advantages such as high precision, high production capacity, low loss, and easy operation. Its structure is stable, durable, and highly intelligent, which can meet the basic mass production needs of small and medium-sized enterprises and also adapt to the large-scale and standardized production of large building materials factories.
In today’s increasingly strict construction safety standards, choosing a reliable automated scaffold pedal cold bending production line is not only a choice to improve production efficiency, but also a strong commitment to construction safety and product quality. From steel coil to finished product, one click start, fully automated – ushering steel springboard manufacturing into a new era of efficient and intelligent manufacturing.
