Shot Blasting Machine

Home > Shot Blasting Machine

SmartLine Rotary Table Shot Blast Machine Comprehensive Guide

SmartLine Rotary Table Shot Blast Machine Comprehensive Guide

The SmartLine Rotary Table Shot Blast Machine represents a pinnacle of innovation in the field of surface treatment technology. Engineered with precision and designed for versatility, this machine has quickly become a preferred choice for industries ranging from automotive and aerospace to general manufacturing and foundry. Unlike generic rotary table shot blast machines, the SmartLine series is characterized by its advanced features, intelligent control systems, and superior performance, which together offer unparalleled efficiency and quality in surface treatment processes.

At its core, the SmartLine machine operates on the fundamental principle of shot blasting, where high velocity abrasive media is propelled onto the surface of workpieces to remove contaminants such as rust, paint, scale, and other impurities. The unique rotary table design of the SmartLine series allows for the simultaneous processing of multiple parts, ensuring uniform treatment and maximizing productivity. This introduction will set the stage for a detailed exploration of the machine's key features, applications, and technological advancements that distinguish it in the market.

technical consultation

Video

Key Features and Design Innovations

(1) Intelligent Control System

One of the most notable features of the SmartLine Rotary Table Shot Blast Machine is its state of the art intelligent control system. This system, often based on programmable logic controllers (PLCs) or advanced computer numerical control (CNC) technology, provides operators with unprecedented control over the blasting process. The intuitive human machine interface (HMI) allows for easy programming of blasting parameters, including the rotation speed of the table, the flow rate of abrasive media, and the speed and angle of the shot blasting turbines.

The intelligent control system also incorporates real time monitoring capabilities. Sensors are strategically placed throughout the machine to track various parameters such as the temperature of critical components, the pressure within the blast chamber, and the efficiency of the dust collection system. In the event of any anomalies, the system can automatically adjust the operating parameters or trigger alarms to alert operators, ensuring the safety of the machine and the quality of the surface treatment. This level of automation not only reduces human error but also significantly enhances the overall efficiency and consistency of the blasting process.

(2) High Efficiency Turbine Technology

The shot blasting turbines of the SmartLine series are a testament to advanced engineering. These turbines are designed to accelerate abrasive media to optimal velocities with minimal energy consumption. The impeller blades, crafted from high quality wear resistant materials, are precisely engineered to ensure a consistent and powerful blast pattern. The turbines can be adjusted to different speeds, allowing for customized blasting intensity based on the type and condition of the workpieces.

Innovative features such as variable frequency drives (VFDs) are integrated into the turbine motors. This technology enables the turbines to operate at variable speeds, adjusting the power output according to the load requirements. For example, when treating delicate components, the turbines can be set to a lower speed to prevent damage, while for heavy duty cleaning tasks on large castings, they can be ramped up to deliver a more aggressive blast. This adaptability makes the SmartLine machine suitable for a wide range of applications, from fine finishing to heavy duty descaling.

(3) Optimized Rotary Table Design

The rotary table of the SmartLine machine is designed with both functionality and durability in mind. Constructed from heavy duty steel, it can support substantial loads, making it capable of handling large and heavy workpieces. The table's surface is often coated with a wear resistant material to protect it from the impact of the abrasive media, extending its lifespan.

The table's rotation mechanism is engineered for smooth and precise movement. It can be programmed to rotate at different speeds, ensuring that all surfaces of the workpieces are evenly exposed to the abrasive stream. Some models in the SmartLine series feature a segmented or divided table design, which allows for the simultaneous processing of different types of parts. This modular design not only increases productivity but also provides flexibility in handling diverse production requirements.

(4) Advanced Abrasive Media Handling System

The abrasive media handling system of the SmartLine machine is a complex yet highly efficient subsystem. It includes a sophisticated collection, separation, and recycling mechanism. After the abrasive media impacts the workpieces, it falls to the bottom of the blast chamber, where it is collected by a high capacity screw conveyor. The conveyor transports the used media to a high efficiency separator, which effectively removes contaminants such as dust, rust, and scale.

The separated clean abrasive media is then stored in a large capacity hopper, ready to be fed back into the shot feeding system of the turbines. The system is designed to minimize media wastage, with a recycling rate of up to 98% in some models. Additionally, the SmartLine machine can be configured to handle different types of abrasive media, including steel shots, steel grits, and even biodegradable or recyclable media, providing users with the flexibility to choose the most suitable option for their specific applications.

(5) Enhanced Dust Collection System

Environmental protection and operator safety are top priorities in the design of the SmartLine Rotary Table Shot Blast Machine. The enhanced dust collection system is a key feature that addresses these concerns. The system typically consists of a high performance fan, advanced filters, and a large capacity dust storage bin.

The fan creates a strong negative pressure within the blast chamber, effectively drawing in the dust laden air. The air then passes through a series of high efficiency filters, such as cartridge filters or bag filters, which are capable of capturing even the smallest dust particles. The clean air is then discharged back into the environment, while the collected dust is stored in the bin for proper disposal. Regular maintenance of the filters ensures continuous high efficiency dust removal, maintaining a clean and safe working environment.

Technical Specifications and Performance Metrics

(1) Rotary Table Dimensions and Load Bearing Capacity

The SmartLine series offers a range of models with varying rotary table dimensions and load bearing capacities to meet the diverse needs of different industries. Smaller models may feature tables with diameters ranging from 1 to 2 meters and a load bearing capacity of up to 1,000 kilograms, making them suitable for treating small to medium sized components such as automotive parts or small castings.

On the other hand, larger industrial grade models can have tables with diameters exceeding 3 meters and a load bearing capacity of over 5,000 kilograms. These models are designed to handle large and heavy workpieces, such as large structural steel components or massive aerospace castings. The precise engineering of the rotary table ensures stable rotation even under heavy loads, guaranteeing consistent surface treatment quality.

(2) Blasting Capacity and Efficiency

The blasting capacity of the SmartLine machine is a key performance indicator. It is determined by factors such as the number and power of the shot blasting turbines, the speed of the impellers, and the flow rate of the abrasive media. Depending on the model, the SmartLine series can be equipped with 4 to 8 high power turbines, each capable of accelerating abrasive media to speeds of up to 100 meters per second.

This high velocity blast, combined with the optimized design of the blast chamber and the rotary table, results in a highly efficient blasting process. The machine can achieve a high surface treatment rate, significantly reducing the processing time for each batch of workpieces. For example, in a typical automotive component manufacturing setup, the SmartLine machine can process a large number of parts in a short period, increasing overall production efficiency.

(3) Surface Treatment Quality Standards

The SmartLine Rotary Table Shot Blast Machine is designed to meet and exceed international surface treatment quality standards. It can achieve surface cleanliness levels ranging from Sa(5) (very thorough blast cleaning) to Sa3 (white metal blast cleaning) as defined by ISO 8501 1. The precise control over the blasting parameters allows for accurate regulation of the surface roughness, which is crucial for applications such as coating adhesion.

Whether it's preparing components for painting, powder coating, or welding, the SmartLine machine ensures a consistent and high quality surface finish. The uniform distribution of the abrasive media and the controlled rotation of the table contribute to even surface treatment across all workpieces, eliminating the risk of uneven cleaning or damage.

(4) Energy Consumption and Sustainability

In an era of growing environmental awareness, the SmartLine machine stands out for its energy efficient design. The integration of VFDs in the turbine motors and other components allows for significant energy savings. By adjusting the power output according to the actual load, the machine consumes less energy compared to traditional shot blast machines.

Moreover, the high efficiency abrasive media recycling system reduces the need for frequent media replacement, further minimizing the environmental impact. Some models in the SmartLine series also feature energy recovery systems that capture and reuse the heat generated during the operation, contributing to overall energy savings and sustainability.

Applications in Different Industries

(1) Automotive Industry Applications

In the automotive industry, where precision and quality are of utmost importance, the SmartLine Rotary Table Shot Blast Machine plays a crucial role. It is widely used for cleaning and preparing various automotive components, including engine blocks, cylinder heads, suspension parts, and wheels.

Before painting or coating, components need to have a clean and properly prepared surface to ensure optimal adhesion. The SmartLine machine effectively removes rust, scale, and other contaminants, creating a surface that is ideal for painting. Additionally, it can be used to enhance the surface roughness of components, improving the bonding strength when assembling parts. The ability to handle multiple parts simultaneously and the consistent surface treatment quality make the SmartLine machine an essential asset in automotive manufacturing plants, helping to increase production efficiency and reduce costs.

(2) Aerospace Industry Applications

The aerospace industry has extremely stringent requirements for the quality and integrity of its components. The SmartLine machine is well suited to meet these demands. It is used for surface treatment of critical aerospace parts such as turbine blades, aircraft frames, and landing gear components.

The precise control over the blasting process allows for gentle yet effective cleaning of these delicate and high value parts. The intelligent control system can be programmed to adjust the blasting parameters based on the specific material and design of the components, ensuring that no damage is caused during the treatment. The high quality surface finish achieved by the SmartLine machine not only improves the appearance of the parts but also enhances their fatigue resistance and overall performance, contributing to the safety and reliability of aerospace vehicles.

(3) Foundry Industry Applications

In foundries, the SmartLine Rotary Table Shot Blast Machine is a workhorse for cleaning castings. Castings often come out of the casting process with a rough surface covered in sand residues, scale, and other impurities. The powerful blasting action of the SmartLine machine effectively removes these contaminants, revealing the true surface of the casting.

The large load bearing capacity and the ability to handle various sizes of castings make it suitable for a wide range of foundry applications. Whether it's small precision castings or large industrial sized castings, the SmartLine machine can efficiently clean and prepare them for further processing, such as machining, heat treatment, or painting. The consistent surface treatment also helps in identifying any potential defects in the castings at an early stage, improving the overall quality control in the foundry.

(4) General Manufacturing Applications

In the general manufacturing sector, the versatility of the SmartLine machine makes it a valuable asset. It can be used for surface treatment of a wide variety of metal components, from machinery parts to agricultural equipment components.

For example, in the production of industrial machinery, the SmartLine machine can clean and prepare parts for assembly, ensuring a better fit and longer lasting performance. In the agricultural machinery industry, it can be used to treat components that are exposed to harsh environmental conditions, enhancing their corrosion resistance and durability. The ability to customize the blasting process according to the specific requirements of different parts makes the SmartLine machine a flexible solution for general manufacturing operations.

Installation, Operation, and Maintenance

(1) Installation Process

Installing the SmartLine Rotary Table Shot Blast Machine requires careful planning and professional execution. First, a suitable location needs to be selected in the production facility. The area should be well ventilated to accommodate the dust collection system and have sufficient space for the machine, as well as for loading and unloading workpieces. The floor should be level and have the necessary load bearing capacity to support the weight of the machine and the workpieces.

The installation process typically involves assembling the blast chamber, the rotary table, the shot blasting turbines, the abrasive media handling system, and the dust collection system. Each component is carefully installed according to the manufacturer's detailed instructions. Electrical and mechanical connections are made with precision to ensure proper functioning. After the installation is complete, the machine undergoes a series of tests and calibrations to ensure that all systems are working correctly and that the machine is ready for operation.

(2) Operation Guidelines

Operating the SmartLine machine requires trained personnel who are familiar with its features and safety procedures. Before starting the machine, operators should perform a pre operation inspection, checking for any signs of damage or malfunction, ensuring that the abrasive media hopper is filled, and verifying that the dust collection system is in good working condition.

Once the pre operation checks are complete, the operator can use the intelligent control system to program the blasting parameters based on the specific requirements of the workpieces. The intuitive HMI makes it easy to set parameters such as the rotation speed of the table, the flow rate of the abrasive media, and the speed of the turbines. During operation, operators should continuously monitor the machine through the control system's display, keeping an eye on parameters such as the pressure in the blast chamber, the temperature of critical components, and the efficiency of the dust collection system. In case of any abnormalities, the operator should follow the emergency procedures outlined in the operation manual to ensure safety.

(3) Maintenance Protocols

Regular maintenance is essential to keep the SmartLine machine in peak condition and ensure its long term reliability. The maintenance protocol includes daily, weekly, monthly, and annual tasks.

Daily Maintenance: Conduct a visual inspection of the machine to check for any visible signs of wear or damage. Empty the dust collection bin to maintain the efficiency of the dust collection system. Monitor the level of abrasive media in the hopper and replenish it as needed. Check the operation of the conveyor belts and chains for any signs of slippage or abnormal noises.

Weekly Maintenance: Lubricate all the moving parts of the machine, including the bearings of the rotary table, the turbines, and the conveyor system. Inspect the impeller blades of the turbines for any signs of erosion or damage. Clean the filters of the dust collection system thoroughly to restore their efficiency.

Monthly Maintenance: Remove and inspect the wear resistant linings of the blast chamber. Check the electrical connections and wiring for any signs of corrosion or fraying. Test the safety interlocks, such as the emergency stop buttons and the access door sensors, to ensure they are functioning properly.

Annual Maintenance: Conduct a comprehensive overhaul of the machine. This may involve disassembling major components for in depth inspection and repair. Replace any worn out parts, such as the turbine motors, the conveyor belts, or the shot feeding mechanisms. Calibrate all the blasting parameters to ensure consistent and accurate surface treatment.

Comparison with Other Similar Machines

(1) Performance Comparison

When compared to other rotary table shot blast machines in the market, the SmartLine series stands out in terms of performance. Its intelligent control system allows for more precise adjustment of blasting parameters, resulting in a more consistent and higher quality surface finish. The high efficiency turbines of the SmartLine machine can achieve faster blasting speeds with less energy consumption, increasing productivity while reducing operating costs.

In terms of surface treatment quality, the SmartLine machine can consistently meet and exceed international standards, whereas some competing models may struggle to achieve the same level of cleanliness and surface roughness control. The advanced abrasive media handling system of the SmartLine machine also offers a higher recycling rate, reducing the cost of abrasive media and minimizing environmental impact.

(2) Feature Comparison

The SmartLine machine's unique features, such as its segmented rotary table design, energy recovery systems, and real time monitoring capabilities, set it apart from many of its competitors. While some other machines may offer basic rotary table functionality, the SmartLine's segmented table provides greater flexibility in handling different types of parts simultaneously.

The energy recovery systems found in some SmartLine models are not commonly available in other machines, giving it an edge in terms of energy efficiency and sustainability. The real time monitoring and automatic adjustment features of the SmartLine's control system also provide an additional layer of convenience and quality assurance that is often lacking in competing products.

(3) Cost Benefit Analysis

Although the initial purchase cost of the SmartLine Rotary Table Shot Blast Machine may be higher compared to some basic models on the market, a comprehensive cost benefit analysis reveals its long term advantages. The machine's high productivity, energy efficiency, and low maintenance requirements result in significant cost savings over time.

The reduced processing time per batch of workpieces increases overall production output, leading to higher revenues. The energy saving features and the efficient abrasive media recycling system lower operating costs. Additionally, the consistent high quality surface treatment reduces the risk of rework or product failures, further saving costs associated with quality control and customer dissatisfaction.

Future Developments and Upgrades

(1) Technological Advancements on the Horizon

The future of the SmartLine Rotary Table Shot Blast Machine is likely to be shaped by continuous technological advancements. One area of potential development is the integration of artificial intelligence (AI) and machine learning (ML) into the control system. AI and ML algorithms can analyze large amounts of data collected from the machine's sensors, enabling predictive maintenance and self optimization of the blasting process.

For example, the system could predict when a component is likely to fail based on its historical performance data and recommend maintenance actions in advance. AI powered optimization could also adjust the blasting parameters in real time based on the characteristics of the workpieces, further enhancing the quality and efficiency of the surface treatment.

(2) Environmental and Sustainability Improvements

As environmental regulations become increasingly stringent, future versions of the SmartLine machine are expected to focus on even greater sustainability. This may involve the development of more advanced abrasive media that are not only highly effective but also completely biodegradable or recyclable.

There could also be improvements in the energy efficiency of the machine, such as the use of more advanced power management systems and the integration of renewable energy sources. Additionally, efforts may be made to further reduce the noise levels generated by the machine, making it more suitable for use in a wider range of production environments.

(3) Customization and Expansion Options

Future SmartLine models are anticipated to offer a plethora of customization and expansion options, allowing businesses to tailor the machine precisely to their unique manufacturing requirements. One significant area of customization will be in the size and configuration of the rotary table. Customers may be able to choose from a wider range of table diameters, load bearing capacities, and even the number of segments on the table. For instance, in industries that deal with irregularly shaped or oversized components, a custom sized rotary table with enhanced load bearing capabilities can be designed, ensuring that these specialized parts can be effectively processed without the need for additional modifications or workarounds.

Moreover, the number and type of shot blasting turbines could be customized based on the specific surface treatment needs of different workpieces. Some industries may require a higher density of turbines to achieve a more aggressive and rapid blasting process for heavy duty cleaning tasks, while others might prioritize a more gentle and precise treatment, which could be accomplished by selecting turbines with specific impeller designs and lower power outputs. This flexibility in turbine configuration will enable users to optimize the blasting process for maximum efficiency and quality, regardless of the complexity of their parts.

In terms of expansion options, SmartLine machines may be designed to be easily integrated with other manufacturing systems. For example, integration with automated material handling systems such as robotic arms or conveyor belts can be achieved with minimal effort. This would streamline the production process, allowing for seamless transfer of workpieces from storage areas directly onto the rotary table and then to subsequent processing stations. Such integration not only reduces manual labor but also significantly enhances the overall productivity and throughput of the manufacturing facility.

Another potential expansion avenue is the addition of supplementary modules. These could include pre treatment stations for cleaning parts with solvents or water based solutions before the shot blasting process, or post treatment modules for immediate coating or painting applications right after the blasting is completed. By incorporating these modules, the SmartLine machine can transform into a comprehensive surface treatment center, eliminating the need for separate equipment and reducing the time and cost associated with transporting parts between different machines.

Furthermore, software related customization and expansion will play a crucial role. Future versions of the SmartLine's control system may offer open source interfaces, enabling users to develop and integrate their own custom applications or connect the machine to enterprise resource planning (ERP) systems. This would allow for better production planning, inventory management, and quality control, as data from the shot blasting process can be seamlessly integrated with other aspects of the manufacturing operation. For example, production schedules can be automatically adjusted based on the real time status of the SmartLine machine, and quality control reports can be generated and shared across different departments with ease.

Case Studies of SmartLine Rotary Table Shot Blast Machine

(1) Case Study 1: Automotive Component Manufacturer

A leading automotive component manufacturer was facing challenges in achieving consistent surface treatment quality for its engine blocks and transmission housings. The traditional shot blast machines in use were unable to handle the large volume of parts efficiently, resulting in production bottlenecks and a high rate of rework due to inconsistent surface roughness and cleanliness.

Upon implementing the SmartLine Rotary Table Shot Blast Machine, the manufacturer witnessed a remarkable transformation. The intelligent control system allowed operators to precisely program the blasting parameters for each type of component, ensuring uniform treatment across all parts. The high efficiency turbines, combined with the optimized rotary table design, increased the production rate by 40%. The advanced abrasive media handling system reduced the cost of abrasive media by 30% through its high recycling rate, while the enhanced dust collection system improved the working environment and reduced the risk of respiratory issues among employees.

As a result, the manufacturer was able to meet its production targets more consistently, reduce costs associated with rework and media consumption, and improve the overall quality of its products. The improved surface treatment also led to better adhesion of the protective coatings, extending the lifespan of the components and enhancing customer satisfaction.

(2) Case Study 2: Aerospace Supplier

An aerospace supplier specializing in the production of turbine blades and structural components was under intense pressure to meet the stringent quality requirements of its clients. The existing shot blast machines were not capable of providing the level of precision and control needed for these high value and delicate parts.

The SmartLine machine offered a solution. The precise control over the blasting process, enabled by the intelligent control system, allowed the supplier to clean the turbine blades without causing any damage to their intricate geometries. The ability to adjust the blasting parameters in real time based on the sensor feedback ensured that each blade received the exact treatment it required. The high quality surface finish achieved by the SmartLine machine improved the fatigue resistance of the components, meeting the strict aerospace industry standards.

In addition, the energy efficient design of the SmartLine machine helped the supplier reduce its energy consumption by 25%, contributing to its sustainability goals. The machine's reliability and low maintenance requirements also minimized downtime, allowing the supplier to fulfill its contracts on time and maintain its reputation as a reliable aerospace component manufacturer.

(3) Case Study 3: Foundry

A medium sized foundry was struggling to clean its large castings efficiently. The manual cleaning processes and outdated shot blast machines were time consuming and costly, and the quality of the surface treatment was inconsistent.

After installing the SmartLine Rotary Table Shot Blast Machine, the foundry saw a significant improvement in its operations. The large capacity rotary table could easily accommodate the heavy castings, and the powerful turbines were able to remove the stubborn sand residues, scale, and rust quickly. The segmented table design allowed the foundry to process different types of castings simultaneously, increasing productivity.

The real time monitoring capabilities of the SmartLine machine enabled the operators to detect any issues with the blasting process immediately, reducing the likelihood of defective parts. The consistent surface treatment provided by the machine also made it easier for the foundry to identify any casting defects at an early stage, improving the overall quality control process. As a result, the foundry was able to increase its production capacity, reduce costs, and enhance the quality of its products, leading to increased customer orders and improved profitability.

Basic Parameter

Tips for Selecting the Right SmartLine Model

(1) Assess Your Production Requirements

The first step in choosing the right SmartLine Rotary Table Shot Blast Machine is to thoroughly assess your production requirements. Consider the types of workpieces you will be treating, their sizes, shapes, and materials. If you primarily deal with small, delicate components, a model with a smaller rotary table and lower power turbines may be sufficient. On the other hand, for large and heavy parts, you will need a machine with a larger table and more powerful blasting capabilities.

Also, analyze the volume of production. If you have high volume production needs, a model with a higher processing capacity, such as one with multiple turbines and a faster rotating table, would be more suitable. Additionally, take into account the frequency of different types of jobs. If you handle a wide variety of parts with diverse surface treatment requirements, a machine with a high degree of customization options will be beneficial.

(2) Evaluate Technical Specifications

Carefully evaluate the technical specifications of the SmartLine models available. Pay close attention to the rotary table dimensions and load bearing capacity to ensure that they can accommodate your workpieces. Check the blasting capacity, including the number and power of the turbines, as well as the speed of the impellers. This will determine how effectively and quickly the machine can clean your parts.

Consider the surface treatment quality standards that the machine can achieve. Ensure that it can meet the requirements of your industry and the specific applications of your workpieces. Look at the energy consumption and sustainability features of the machine, as these can have a significant impact on your long term operating costs and environmental footprint.

(3) Consider Budget and Total Cost of Ownership

While the initial purchase price of the SmartLine machine is an important factor, it should not be the sole determinant of your decision. Consider the total cost of ownership, which includes factors such as energy consumption, maintenance costs, and the cost of abrasive media. A more expensive model with advanced features may offer lower operating costs and higher productivity in the long run, making it a more cost effective choice.

Factor in the cost of any additional accessories or customization options that you may require. Also, consider the availability and cost of spare parts, as well as the cost of maintenance and repair services. A machine with readily available and affordable spare parts and a reliable after sales service network will help minimize downtime and ensure the long term reliability of your investment.

(4) Research Supplier Reputation and Support

Choose a supplier with a good reputation in the industry. Research the supplier's track record, customer reviews, and testimonials. A reputable supplier will not only provide high quality products but also offer excellent customer support.

Inquire about the supplier's after sales services, including installation, training, and maintenance support. Ensure that they have a team of experienced technicians who can assist you with any issues that may arise during the operation of the machine. A supplier that offers regular software updates and technical support for the intelligent control system is also highly desirable, as it will keep your machine up to date with the latest features and improvements.

The SmartLine Rotary Table Shot Blast Machine represents a remarkable advancement in surface treatment technology, offering a combination of advanced features, high performance capabilities, and versatility. Its intelligent control system, high efficiency turbines, optimized rotary table design, advanced abrasive media handling system, and enhanced dust collection system work in harmony to provide unparalleled surface treatment quality and efficiency.

Across various industries, from automotive and aerospace to foundry and general manufacturing, the SmartLine machine has proven to be a valuable asset, helping businesses overcome production challenges, improve product quality, and increase productivity. Through case studies, we have seen how it has transformed the operations of different manufacturers, delivering significant cost savings and competitive advantages.

When selecting a SmartLine model, careful consideration of production requirements, technical specifications, budget, and supplier reputation is essential. As technology continues to evolve, the future of the SmartLine machine looks promising, with potential advancements in artificial intelligence, sustainability, and customization. These developments will further enhance its capabilities, making it an even more indispensable tool in the manufacturing industry for years to come.

Shot Blasting Machine

Home > Shot Blasting Machine

SmartLine Rotary Table Shot Blast Machine Comprehensive Guide

technical consultation

Video

Key Features and Design Innovations

Technical Specifications and Performance Metrics

Installation, Operation, and Maintenance

Future Developments and Upgrades

Basic Parameter

Online Message

Hotline

+86-136 8495 9862

Coil Forming & Handling Equipment

Surface Treatment Equipment

Solutions

Application

About Us