CNC machine,Rebar Straightening and Cutting Machine

CNC machine,Rebar Straightening and Cutting Machine System 1

CNC machine,Rebar Straightening and Cutting Machine System 2

CNC machine,Rebar Straightening and Cutting Machine System 3

CNC machine,Rebar Straightening and Cutting Machine

Ref Price:

Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 200 unit/month

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CNC machine,Rebar Straightening and Cutting Machine

Specification

Straightening Round Bar Dia.

Φ4-Φ12mm

Auto Cutting Length

500-8000mm

Straightening Speed

45m/min

Electromotor for Straightening

Model

Y132M-4

Rated power

7.5Kw

Electromotor for Cutting

Model

Y100L2-4

Rated Power

3.0Kw

Application

The machine is used to straighten and cut round bar (steel rod).

Advantage

1. Numerical control: automatic straightening and cutting, and save labors

2. Smart size and space saving

3. Easy to operate, with fast speed

4. Low material loss

5. Hydraulic cutting, have low noise

Payment
T/T L/C

Delivery
Within one week

Origin
China

Minimum Order
1 set

Packaging
Plywood case

Remarks
OEM & ODM, Buyer Label can be provided.
Packing
Plywood Case

Payment
T/T L/C

Delivery
Within one week

Origin
China

Minimum Order
1 set

Packaging
Plywood case

Remarks
OEM & ODM, Buyer Label can be provided.

CNC machine,Rebar Straightening and Cutting Machine

Company Direction

We are China professional manufacturer and system solutions provider of rebar connection machines,rebar processing machines and small road machines.

Founded in the 1990s. For 20 years, it has been focusing on the research, production and sales of rebar connection machines and rebar processing machines. The company is located in the capital of China - Beijing, has strong technical force, complete processing equipment and testing means. All the products are optimized by microcomputer design to reach the advanced level of industry.

Q:What are the different straightening patterns achievable using this machinery?: The machinery in question offers a variety of straightening patterns that can be achieved depending on the specific requirements and settings. These patterns include but are not limited to: 1. Single straightening pattern: This is the most common pattern where the machinery straightens the material in a single uniform direction. It is suitable for applications where a simple straightening is needed. 2. Dual straightening pattern: With this pattern, the machinery can straighten the material in two different directions simultaneously. It allows for more complex straightening requirements or when there are two distinct areas that need to be straightened differently. 3. Variable straightening pattern: This pattern allows for adjustable straightening patterns based on the specific needs of the material. The machinery can be programmed to straighten certain sections more aggressively while applying less force to others, resulting in a customized straightening pattern. 4. Zigzag straightening pattern: In this pattern, the machinery straightens the material in a zigzag manner, creating a wavy effect. It is often used for decorative purposes or when a more unique aesthetic is desired. 5. Progressive straightening pattern: This pattern involves gradually increasing or decreasing the straightening force along the length of the material. It is useful when dealing with materials that have varying levels of distortion or when a gradual correction is desired to minimize stress or distortion. 6. Radial straightening pattern: With this pattern, the machinery applies force in a radial direction, allowing for straightening in a circular or curved manner. It is commonly used for straightening pipes, tubes, or other curved materials. These are just a few examples of the different straightening patterns achievable using this machinery. The specific capabilities and options may vary depending on the particular equipment, so it is important to consult the machinery's manual or manufacturer for a comprehensive list of available patterns and settings.

Q:What is the cooling system of metal straightening machinery?: The proper functioning of metal straightening machinery relies heavily on its cooling system. This system is designed to effectively control and uphold the machine's temperature, guaranteeing optimal performance and longevity. During operation, metal straightening machinery generates a substantial amount of heat. This heat has the potential to harm the machine or negatively impact the quality of the metal being straightened. To counteract this, a cooling system is implemented to eliminate excessive heat and maintain a stable temperature within the machine. The cooling system is comprised of various components, including a coolant reservoir, pump, radiator, and fan. The coolant reservoir stores a fluid that absorbs heat and circulates it throughout the machine. The pump is responsible for pushing the coolant through the system, while the radiator aids in dissipating the heat by transferring it to the surrounding air. The fan further enhances the cooling process by increasing the airflow over the radiator. To ensure the machine remains within the desired temperature range, the cooling system is typically controlled by a thermostat or temperature sensor. This device constantly monitors the machine's temperature and activates the cooling system if it surpasses a predetermined threshold. In conclusion, the cooling system is an essential element of metal straightening machinery. Its primary role is to regulate and maintain the machine's temperature, promoting optimal performance and safeguarding against potential damage caused by excessive heat.

Q:How does metal straightening machinery handle the straightening of metal components with heat treatment-induced distortions?: Metal straightening machinery handles the straightening of metal components with heat treatment-induced distortions by applying controlled pressure and heat to the affected areas. The machinery utilizes hydraulic or mechanical force to gradually bend the distorted metal back into its original shape. Heat is applied to the metal to soften it, allowing for easier manipulation and repositioning. The combination of pressure and heat enables the machinery to effectively straighten metal components that have undergone heat treatment-induced distortions.

Q:Can the machinery straighten metal parts with a high degree of internal stress?: Yes, machinery can straighten metal parts with a high degree of internal stress.

Q:Does the machinery have any specific requirements for the dimensional accuracy of metal parts during the straightening process?: Yes, the machinery used for straightening metal parts typically has specific requirements for dimensional accuracy. This is important to ensure that the straightened parts meet the desired specifications and can be effectively integrated into the final product or assembly.

Q:Can metal straightening machinery be used for straightening metal profiles and sections?: Yes, metal straightening machinery can be used for straightening metal profiles and sections. Metal straightening machinery is specifically designed to straighten and reshape metal profiles and sections that have become bent, twisted, or deformed during the manufacturing or handling process. The machinery uses various techniques such as hydraulic pressure, heat, or mechanical force to correct the shape of the metal. It can effectively straighten a wide range of metal profiles and sections, including beams, angles, channels, tubes, bars, and pipes. The machinery is commonly used in industries such as construction, manufacturing, automotive, and aerospace, where precision and accuracy in metal shaping are crucial. Overall, metal straightening machinery provides an efficient and reliable solution for straightening metal profiles and sections.

Q:What are the common safety considerations for handling materials with residual stress using metal straightening machinery?: To ensure the safety of the operator and prevent potential accidents or injuries, several important safety considerations must be taken into account when handling materials with residual stress using metal straightening machinery. First and foremost, it is crucial to have a clear understanding of the properties and characteristics of the material being handled. Each material has its own level of residual stress, which can impact its behavior when subjected to straightening forces. By understanding the material's properties, appropriate straightening techniques and equipment can be determined. Proper maintenance and regular inspections of the metal straightening machinery are also of utmost importance. This helps identify any potential issues or defects that could compromise the equipment's safety. Prompt replacement of damaged or worn-out parts is necessary to prevent accidents. Additionally, it is vital to ensure that the personnel operating the metal straightening machinery are adequately trained and qualified. They should receive training on safe handling of materials with residual stress and proper operation of the equipment. Awareness of potential hazards associated with the process, such as sudden stress release or material failure, is crucial, and risk mitigation strategies should be known and implemented. Wearing appropriate personal protective equipment (PPE) is essential for operators. This includes safety goggles or face shields to protect the eyes from flying debris, as well as gloves and safety boots to protect the hands and feet. Loose clothing or accessories should be avoided to prevent entanglement in the machinery. Establishing clear and well-defined work procedures is another important safety consideration. These procedures should encompass safe loading and unloading of materials onto the metal straightening machinery, as well as guidelines for using clamping devices or fixtures to secure the materials during the straightening process. Following these procedures minimizes the risk of accidents and ensures safe material handling. Lastly, regular risk assessments should be conducted to identify any new hazards or safety issues that may arise during the handling of materials with residual stress. This allows for the implementation of appropriate control measures to mitigate risks and ensure ongoing safety for operators and the workplace. In conclusion, the safe handling of materials with residual stress using metal straightening machinery requires consideration of various safety aspects. These include understanding material properties, maintaining equipment, providing proper training, using appropriate PPE, following established work procedures, and conducting regular risk assessments. Adhering to these considerations creates a safe working environment and prevents accidents or injuries.

Q:How does metal straightening machinery compare to other metalworking equipment?: Metal straightening machinery is specifically designed to straighten and remove deformities from metal parts, while other metalworking equipment such as lathes, milling machines, and drills are used for various operations like shaping, cutting, and drilling. While metal straightening machinery focuses solely on rectifying distortions, other metalworking equipment offers a wider range of capabilities.

Q:Does the machinery produce any noise or vibrations during operation?: Noise and vibrations are indeed produced by the machinery while it is operating. The extent of noise and vibrations generated may differ based on the machinery's type and size. Heavy-duty industrial equipment, for instance, can generate intense vibrations and loud noises that can be felt and heard even from a distance. Conversely, smaller machinery like household appliances may produce less perceptible noise and vibrations. To guarantee adequate safety measures, it is crucial to take into account these aspects when utilizing machinery, including wearing hearing protection and securing the machinery on stable surfaces to minimize vibrations.

Q:Can metal straightening machinery be used for straightening structural components?: Yes, metal straightening machinery can be used for straightening structural components.

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