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

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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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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: How does metal straightening machinery handle variations in material thickness during straightening?: Metal straightening machinery is designed to handle variations in material thickness during straightening through the use of adjustable rollers or leveling mechanisms. These machines have the ability to adapt to different thicknesses by adjusting the pressure applied to the material being straightened. One common method is the use of adjustable rollers. These rollers can be moved horizontally or vertically to accommodate variations in material thickness. By adjusting the position of the rollers, the machine can apply the appropriate amount of pressure to straighten the metal, regardless of its thickness. This ensures that the material is properly straightened without causing any damage or deformation. Another method is the use of leveling mechanisms. These mechanisms can be hydraulic or pneumatic and are capable of applying pressure to specific areas of the material to straighten it. These mechanisms can be adjusted to provide different levels of pressure based on the material thickness. This allows the machinery to effectively straighten metal with varying thicknesses by applying the necessary force to correct any irregularities. In addition, some metal straightening machinery may use sensors or gauges to measure the material thickness before and during the straightening process. These measurements are used to automatically adjust the machine settings to accommodate the specific material thickness. This ensures precise and accurate straightening, even when there are variations in material thickness. Overall, metal straightening machinery is designed with the capability to handle variations in material thickness. Through the use of adjustable rollers, leveling mechanisms, and advanced sensors, these machines can effectively straighten metal regardless of its thickness, providing high-quality results without compromising the integrity of the material.

Q: What are the common safety features of metal straightening machinery?: Metal straightening machinery is designed with multiple safety features to prioritize operator safety and prevent accidents. These safety features encompass: 1. Emergency stop button: Positioned within convenient reach of the operator, this prominent button allows immediate cessation of the machine in the event of an emergency or potential hazard. 2. Safety guards: Metal straightening machinery is equipped with robust and tamper-resistant safety guards that enclose moving parts, such as rollers or blades, preventing inadvertent contact with operators. 3. Interlock systems: These mechanisms ensure that the machine cannot operate unless specific safety conditions are met. For instance, all safety guards must be closed and properly secured before activation. 4. Warning labels and signage: Metal straightening machinery features clear and conspicuous warning labels and signage to alert operators to potential hazards and necessary precautions. These warnings encompass moving parts, high temperatures, and electrical hazards. 5. Overload protection: To prevent damage to the machine or accidents, metal straightening machinery often incorporates overload protection systems. These systems may utilize sensors or programmable limits to automatically halt the machine if it exceeds safe operating parameters. 6. Emergency power-off switch: In the event of a power failure or other emergency, metal straightening machinery should have an easily accessible power-off switch to swiftly shut down the equipment and prevent further hazards. 7. Safety training and guidelines: Employers must provide comprehensive safety training to operators, ensuring their awareness of potential risks associated with metal straightening machinery and their understanding of proper operating procedures. This includes guidelines on personal protective equipment (PPE), safe work practices, and emergency procedures. By incorporating these standard safety features, metal straightening machinery aims to minimize operational risks, safeguard operators, and foster a safer working environment.

Q: Can metal straightening machinery be used for straightening metal containers and vessels?: Metal containers and vessels can indeed be straightened by utilizing metal straightening machinery. The primary purpose of this machinery is to rectify the shape and alignment of metal objects, including containers and vessels. These machines employ diverse techniques, such as the application of hydraulic or mechanical force, to exert pressure on the metal, thereby enabling its reshaping and straightening. Through the manipulation of pressure and alignment, the machinery is able to effectively straighten metal containers and vessels, thereby reinstating their original form or enhancing their structural stability. Regardless of whether it is a steel drum, storage tank, or any other metal container or vessel, metal straightening machinery represents a versatile tool capable of restoring their shape and guaranteeing their operational performance.

Q: Can this machinery be used for both small and large-scale production?: Yes, this machinery can be used for both small and large-scale production.

Q: Can metal straightening machinery be used for straightening metal forgings with varying heat treatment processes?: Metal forgings can be straightened using metal straightening machinery, regardless of the heat treatment processes they have undergone. Metal straightening machinery is designed to correct the shape and alignment of metal parts, including forgings, by applying controlled pressure and force. Heat treatment processes, such as annealing, quenching, tempering, or case hardening, are commonly used to enhance the mechanical properties of metal forgings. These processes involve heating the metal to specific temperatures, holding it at those temperatures, and then cooling it down. While these heat treatment processes may alter the internal structure and properties of the forgings, they do not affect the ability of metal straightening machinery to correct any distortions or misalignments. Metal straightening machinery can be adjusted to suit the specific requirements of forgings with different heat treatment processes. The machinery's pressure, force, and alignment adjustments can be customized to accommodate the characteristics of the forgings, regardless of their heat treatment history. However, it is important to consider the potential impact of heat treatment on the straightening process. Depending on the extent and type of heat treatment, the forgings may experience changes in their physical properties, such as increased hardness or brittleness. These changes could affect the ease and effectiveness of the straightening process, as well as the final result. Therefore, it is crucial to evaluate the properties and condition of the forgings before subjecting them to straightening machinery. This assessment will ensure that the machinery is used appropriately, taking into account any potential challenges or limitations posed by the forgings' heat treatment processes.

Q: Can metal straightening machinery be used for continuous or batch processing?: Metal straightening machinery can be used for both continuous and batch processing depending on the specific requirements of the manufacturing process. Continuous processing involves a continuous flow of metal components through the straightening machinery, allowing for a high volume and continuous production. This is commonly used in industries where there is a consistent demand for straightened metal components, such as automotive or aerospace manufacturing. On the other hand, batch processing involves processing a specific quantity of metal components at a time. This method is often used when there is a need for customization or when the demand for straightened metal components is not as high. Batch processing allows for more flexibility in terms of adjusting the settings and parameters of the straightening machinery to meet the specific requirements of each batch. Ultimately, the choice between continuous or batch processing depends on various factors such as production volume, customization needs, and the demand for straightened metal components. Metal straightening machinery is versatile enough to accommodate both types of processing, providing manufacturers with the flexibility to adapt to their specific production needs.

Q: Can metal straightening machinery be used for straightening sections or profiles?: Metal straightening machinery is capable of straightening sections or profiles. These machines are specifically designed to eliminate deformations and restore the original shape of sections or profiles composed of different metals, including steel, aluminum, or copper. By utilizing hydraulic or mechanical forces, these machines exert pressure to reshape the metal back to its intended form. The process of straightening involves passing the section or profile through rollers or presses that apply controlled force to eradicate any bends, twists, or warping. This enables the production of precise and straight sections or profiles, which are crucial in industries like construction, manufacturing, and engineering.

Q: How does the cost of metal straightening machinery vary?: Several factors can influence the cost of metal straightening machinery. The type and size of the machinery have a significant impact on the price. Generally, larger and more specialized models are more expensive than smaller and basic ones. The brand and quality of the machinery also affect the cost. Well-known and reputable brands often come with a higher price due to their reliability and performance. On the other hand, lesser-known or generic brands may offer more affordable options, but the quality and durability may not be as reliable. Moreover, the features and capabilities of the machinery also play a role in pricing. Advanced features like automated controls, precision straightening capabilities, and enhanced productivity may come at a higher price point. Lastly, market demand and competition can influence pricing. If there is high demand and limited competition, prices may be higher. Conversely, if there is low demand or intense competition, prices may be more competitive and affordable. In conclusion, the cost of metal straightening machinery can vary depending on factors such as size, brand, features, and market conditions. It is important to consider these factors and assess the specific requirements of the metal straightening process to determine the most suitable and cost-effective option.

Q: What are the common maintenance costs for electrical systems in metal straightening machinery?: Maintenance costs for electrical systems in metal straightening machinery can differ depending on the specific machinery and its usage. However, there are certain common maintenance costs associated with these systems. 1. Regular inspections and testing are crucial to ensure proper functioning and identify potential issues. These inspections involve checking for loose connections, damaged wires, or faulty components. Hiring a professional electrician or technician for these inspections is one of the maintenance costs. 2. Repairs and replacements are necessary as electrical components can wear out or get damaged over time due to factors like high voltage, heat, or excessive usage. The cost of purchasing new components or hiring a technician for repairs is another common maintenance cost. 3. Cleaning and preventive maintenance are important to prevent dust, dirt, or contaminants from affecting performance. Regular cleaning and measures like lubrication, calibration, or adjustments help keep the systems in optimal condition. The cost of cleaning supplies and maintenance services contributes to overall maintenance costs. 4. Training and education ensure proper handling and usage of the machinery. Conducting training programs or workshops for employees to enhance their knowledge of electrical systems is another maintenance cost. 5. Energy consumption is another aspect to consider. Monitoring and managing energy consumption can optimize efficiency and reduce costs. Implementing energy-saving measures may involve upfront costs but can lead to long-term savings. It's important to note that actual maintenance costs can vary depending on factors like machinery size and complexity, component age and condition, and frequency of usage. Regular and proactive maintenance practices can minimize breakdowns, reduce downtime, and extend system lifespan, ultimately reducing overall maintenance costs.

Q: Can this machinery handle both flat and round metal shapes?: Indeed, this machinery has been specifically crafted to handle a wide array of metal shapes, encompassing both flat and round forms. It comes equipped with adaptable components and customizable settings, which enable it to effortlessly accommodate diverse metal sizes and shapes. Consequently, its utilization remains flexible, ensuring optimal efficiency in processing both flat and round metal materials.

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