Mechanical Rebar Straightener and Cutter ,straightening machine

Mechanical Rebar Straightener and Cutter ,straightening machine System 1

Mechanical Rebar Straightener and Cutter ,straightening machine System 2

Mechanical Rebar Straightener and Cutter ,straightening machine

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 200 unit/month

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Mechanical Rebar Straightener and Cutter ,straightening machine

Product Feature
1. It has good functions, with high efficiency and less error.
2. Speed can be adjusted. You can cut short material with low speed, and cut long material with high speed.
3. It is suitable for different workers. Unskilled workers could use it with low speed, and skilled workers could use with high speed.

Product Specification/Models
Straightening Scope ø4-ø14mm
Straightening Speed 500 ~ 900m/s
Auto Cutting Length 300-8000mm
Quantity of Cutter 3 sets
Electromotor for Cutting Model Y132M1-6
Rated Power 4.0Kw
Rated Rotational Speed 960r/min
Electromotor for Straightening Rated Rotational Speed 1440r/min
model Y132S-4
Rated power 5.5Kw
Rated Voltage 380V
Rated Frequency 50Hz
External dimensions 9860 * 1010 * 1365mm
Net weight 1070 Kg

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

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.

Mechanical Rebar Straightener and Cutter ,straightening 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:How is the accuracy of metal straightening machinery measured?: To ensure precision and reliability, metal straightening machinery's accuracy is assessed using a variety of techniques and methods. One commonly used approach involves employing precision measuring instruments, including calipers, micrometers, and laser alignment tools, to determine the metal's deviation from the desired straightness. These instruments provide precise measurements of the metal's dimensions and alignment both before and after the straightening process. Another method for measuring accuracy involves the utilization of specialized software and computer-aided systems. These systems employ advanced algorithms and mathematical models to analyze the metal's straightness based on the input data and parameters provided. By comparing the calculated straightness to the desired specifications, the accuracy of the machinery can be determined. Furthermore, physical tests can be conducted to evaluate the accuracy of the metal straightening machinery. These tests involve subjecting the metal to specific loads or stresses while monitoring its behavior and measuring any resulting deformations. By comparing the actual outcomes to the expected results, the accuracy of the machinery can be assessed. Additionally, regular maintenance and calibration of the machinery are essential to ensure accuracy. This entails inspecting and adjusting various components, such as rollers, guides, and hydraulic systems, to guarantee optimal performance and precision. Overall, the accuracy of metal straightening machinery is evaluated through a combination of precise measurements, advanced software analysis, physical tests, and regular maintenance. These comprehensive approaches ensure that the machinery meets the required standards and provides accurate results when straightening various types of metals.

Q:Does this machinery have any built-in sensors for detecting metal deformations?: Yes, this machinery is equipped with built-in sensors specifically designed to detect and monitor metal deformations.

Q:Can metal straightening machinery be used for straightening metal forgings with varying grain structures?: Metal forgings with different grain structures can be straightened using metal straightening machinery. This machinery is designed to manipulate the shape and alignment of metal components by applying controlled pressure and force. Regardless of the grain structures, the machinery can effectively straighten metal forgings if properly calibrated and the straightening process is carefully carried out. Metal forgings with varying grain structures may have different levels of internal stresses and deformations, leading to unevenness or distortion. However, the metal straightening machinery can exert enough force to deform the metal forgings back to their desired shape. By applying pressure to specific areas, the machinery can realign the grains and correct any misalignments or bends. It is important to highlight that straightening metal forgings with varying grain structures requires expertise and precision. The operator of the machinery should have a thorough understanding of the material properties and behavior of the metal forgings. They should also possess the necessary knowledge to adjust the machinery settings and parameters according to the specific grain structures. In conclusion, metal straightening machinery is capable of straightening metal forgings with different grain structures. With proper calibration and skilled operators, the machinery can apply the necessary force and pressure to manipulate the metal components and achieve the desired straightening results.

Q:How does metal straightening machinery handle thermal distortions in metal parts?: Metal straightening machinery is specifically designed to address thermal distortions in metal parts. These distortions occur when metal parts undergo thermal processes such as welding or heat treatment, resulting in expansion and contraction due to the heat. To rectify these distortions, metal straightening machinery utilizes various heat sources, such as induction heaters or flames, to locally heat the affected areas. This application of heat allows the metal to expand and become more flexible, making it easier to manipulate and straighten. Once the desired temperature is reached, the machinery applies controlled force to gradually straighten the distorted metal part. This controlled force can be exerted through hydraulic or mechanical presses. These presses apply pressure in a controlled manner, gradually realigning the metal back to its original shape. Throughout the straightening process, precise measurements are taken to ensure that the distortions are corrected within specified tolerances. Advanced sensors and measurement devices are employed to accurately detect any remaining deviations and guide the straightening process accordingly. In some instances, the straightening machinery may incorporate a combination of heating, force application, and cooling techniques. Cooling is utilized to rapidly cool down the metal part after straightening. This rapid cooling helps to reduce internal stresses and further stabilize the part. Overall, metal straightening machinery effectively addresses thermal distortions by selectively heating the affected areas, applying controlled force, and utilizing precise measurement techniques. This ensures that metal parts are accurately and efficiently straightened, meeting the required specifications and functionality.

Q:Does this machinery have any built-in data logging or reporting capabilities?: Indeed, this machinery possesses built-in data logging and reporting capabilities. It comes equipped with an advanced system that facilitates the gathering, storage, and examination of data produced during its functioning. The data can be instantaneously logged, presenting valuable knowledge regarding different aspects like performance, efficiency, and maintenance needs. Furthermore, comprehensive reports can be generated using the logged data, empowering users to track and supervise crucial metrics across time. This attribute proves exceptionally advantageous for quality control, problem-solving, and decision-making objectives.

Q:Can metal straightening machinery be used for straightening complex shapes?: Yes, metal straightening machinery can be used for straightening complex shapes. The machinery is designed to manipulate and reshape metal objects, regardless of their initial shape or complexity. With the help of various tools, such as hydraulic presses, rollers, and tensioning devices, the machinery can apply precise and controlled forces to deform the metal and bring it back to its desired shape. The process may require multiple adjustments and passes to gradually straighten the complex shape. However, with the right equipment and skilled operators, metal straightening machinery can effectively straighten even the most intricate and complex shapes.

Q:Can the machinery straighten metal parts with a high degree of warpage or bowing?: Metal parts with a high degree of warpage or bowing can indeed be straightened using machinery. Several methods and equipment are employed for this purpose, including hydraulic presses, roller levelers, and heat straightening techniques. By applying pressure or heat, these machines enable the reshaping and straightening of the metal parts. The selection of machinery and techniques relies on factors such as the severity of warpage or bowing and the type of metal under consideration. Typically, skilled technicians or operators are necessary to handle the machinery and guarantee correct straightening of the metal parts.

Q:What are the common safety training requirements for operating metal straightening machinery?: The typical safety training requirements for the operation of metal straightening machinery encompass a combination of theoretical knowledge and practical skills. These requirements aim to guarantee the well-being of the operator and individuals working in proximity to the machinery. To begin with, operators must undergo extensive training on the particular metal straightening machinery they will handle. This training should encompass the machinery's operating procedures, encompassing start-up, operation, and shutdown processes. Operators should also receive instruction on the distinct functions and controls of the machinery and acquire an understanding of how to appropriately adjust and configure it for various metal types and straightening specifications. Moreover, operators should be educated on the potential hazards related to the operation of metal straightening machinery. This entails comprehending the risks of entanglement, pinch points, and the discharge of stored energy. Operators should be trained on how to identify and avoid these hazards, as well as the correct utilization of personal protective equipment (PPE) like gloves, safety glasses, and ear protection. Furthermore, the safety training should encompass appropriate machinery maintenance and inspection procedures. Operators should be trained on how to regularly inspect the machinery for any indications of wear or damage and how to carry out routine maintenance tasks including lubrication and cleaning. They should also have a clear understanding of when and how to report any malfunctions or issues to maintenance personnel. Lastly, emergency procedures and protocols should form an integral part of the safety training requirements. Operators should receive training on how to respond to varying emergency situations, for instance, equipment malfunctions, power failures, or accidents. This includes knowing how to safely shut down the machinery, evacuate the area if necessary, and administer first aid or seek medical assistance when required. It is crucial to note that safety training requirements might differ depending on the specific jurisdiction and industry. Employers should guarantee that their operators receive the requisite training to meet legal obligations and foster a secure working environment.

Q:Can metal straightening machinery be used for straightening metal frames and structures?: Metal frames and structures can indeed be straightened using metal straightening machinery. This type of machinery has been specifically engineered to rectify any deformities or misalignments found in metal objects. To achieve this, the machinery utilizes a variety of techniques, including hydraulic presses, rollers, and tensioning devices, which exert force and reshape the metal. Industries such as construction, manufacturing, and automotive repair frequently employ this machinery to straighten metal frames, beams, rods, and other structures. Through the application of controlled pressure and skillful manipulation, this machinery can successfully restore the metal frames and structures to their original shape and alignment.

Q:How does metal straightening machinery handle different types of defects in metal parts?: Metal straightening machinery is designed to handle a wide range of defects in metal parts. These defects can include bends, twists, warps, dents, or any other form of deformation that may occur during the manufacturing process or during usage of the metal part. To address these defects, metal straightening machinery utilizes various techniques and mechanisms. One common method is the use of hydraulic or mechanical presses, which exert a controlled force on the metal part to straighten it. The machine operators can adjust the pressure and direction of the force to target specific areas of the metal part that require straightening. For bends or twists in the metal part, the machinery may employ bending or twisting mechanisms to gradually adjust the shape back to its original form. This can be done using rollers or bending dies that apply pressure to specific points of the metal part, gradually reducing the deformity. In cases where the metal part has warps or uneven surfaces, the machinery may utilize leveling mechanisms. These mechanisms consist of adjustable tables or rollers that allow the metal part to be passed through and gradually straightened. As the metal part moves through the machinery, the leveling mechanisms apply pressure to the uneven areas, gradually flattening them. Dents or localized deformities in the metal part can be addressed using specialized tools or attachments. These tools may include hydraulic or pneumatic hammers, which are used to apply controlled impacts to the affected areas, effectively reshaping them. It is worth noting that the specific technique used by metal straightening machinery can vary depending on the type and severity of the defect, as well as the type of metal being worked on. Skilled operators are essential in determining the appropriate settings and adjustments required to effectively straighten the metal part without causing further damage. In conclusion, metal straightening machinery handles different types of defects in metal parts through a combination of hydraulic or mechanical forces, bending or twisting mechanisms, leveling mechanisms, and specialized tools. By applying controlled pressure and manipulating the metal part, these machinery can effectively restore its original shape and eliminate deformities.

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