New SmartLINE 2D Fiber Laser Cutting Machine 3000w for Sheet Metal cutter Laser

ACCURL offers fiber laser cutting solutions that meet all expectations and cutting needs for a wide range of sizes 3015 / 4020 / 6025, materials and thicknesses. With maximum performance and low maintenance.Get more news about china profile pipe cutting machine,you can vist our website!

The Accurl fiber laser cutting machine family of products is complete with self-loading, unloading and automatic storage systems, which make productivity multiply by automating cutting processes.

Optional for The fiber laser cutting machine for tube. Tube Laser Cutting, be able to process tubes from ø20mm to ø210mm and square profiles, in addition to the possibility of cutting both closed and open.

Laser Source: RAYCUS / IPG 1000w ,1500w, 2000w ,3000w ,4KW, 6KW Fiber Laser

Optional: Laser Pipe /Tube Profile Cutting System

PHOTO: New SmartLINE 2D Fiber Laser Cutting Machine 2Kw for Sheet Metal cutter Laser

ACCURL offers fiber laser cutting solutions that meet all expectations and cutting needs for a wide range of sizes 3015 / 4020 / 6025, materials and thicknesses. With maximum performance and low maintenance.

The Accurl fiber laser cutting machine family of products is complete with self-loading, unloading and automatic storage systems, which make productivity multiply by automating cutting processes.

Optional for The fiber laser cutting machine for tube. Tube Laser Cutting, be able to process tubes from ø20mm to ø210mm and square profiles, in addition to the possibility of cutting both closed and open.
As a benchmark company in Industry 4.0, TCI Cutting will show the latest innovation in fully digitized industrial precision cutting system, as well as the powerful software it designs and develops to achieve intelligent and advanced manufacturing.

Our involvement in digitization and , includes the display of the latest machine launched on the market, Smartline Fiber 3015. Where you can check at first hand its great production capacity and excellent cutting quality according to the power of the laser, in thin sheets of medium thickness. The high energy efficiency of the fiber laser machine, guarantees a very low electricity consumption. This fiber laser cutting machine satisfies the expectations or needs of cutting for different types of measures, materials and thicknesses with highest performance and low maintenance.

Tagi: pipe cutting machine 

Laser Engraving Machine

 

Exactitude Consultancy, the market research and consulting wing of Ameliorate Digital Consultancy Private Limited has completed and published the final copy of the detailed research report on the Laser Engraving Machine Market.Get more news about laser engraving machine,you can vist our website!

From 2022 to 2029, the Laser Engraving Machine Market is anticipated to expand at a CAGR of 4.61%. By 2029, it is anticipated to exceed USD 3.6 billion.

On a variety of surface types, laser engraving machines are used to engrave or create permanent markings. Numerous industries are promoting the usage of laser marking machines because they are faster and more dependable than other marking techniques, such dot peen marking machines. The demand for laser marking equipment internationally has also been influenced by Industry 4.0. The primary factor fuelling the Laser Engraving Machine Market expansion is the rising need for automation, high speed, and accuracy from a range of sectors, including the food and beverage, automotive, and packaging industries.
The following are some of the ways that laser engraving machines are primarily utilised by a variety of industries: CO2 lasers are used to engrave alphanumeric codes such part labels, part numbers, batch numbers, and branding. Bar code labelling and marking are done using Nd:YAG lasers. Micro material engraving on semiconductors, electrical chips, motherboards, etc. is done with the help of diode engraving lasers. Additionally, a laser engraving machine allows for permanent product customization. One of the appropriate solutions for industrial sectors like machine tools and automobiles for product identification and security includes its brand name, logo, batch number, among others.

In 2020, Asia Pacific held the greatest market share of more than 40%, and it is anticipated that it would continue to rule the market throughout the anticipated time. Due to the growing use of laser marking equipment in the region's manufacturing industries, China and India have made the biggest contributions to the growth of the regional Laser Engraving Machine market. The adoption of contemporary production techniques in the Chinese machine tool industry as well as the developing aerospace and military industries in the area are driving Laser Engraving Machine market expansion. Additional factors contributing to its sustained dominance include a rise in foreign investment and the move of many companies' production facilities to nations like China and India. For example, the Make in India and Belt and Road Initiative (BRI) projects are attracting funding for infrastructure development.

The Laser Engraving Machine market demand is predicted to be driven by the rising requirement for distinctive device identification and deep engraving during the manufacturing process for the purposes of traceability, internal control, production flow management, and product quality validation. These marks, especially those created using fibre laser equipment, take less time to complete and do not fade even after repeated exposure to heat and strong chemicals. As a result, it is projected that rising demand for these machines in the defence and electronics sectors would support market expansion throughout the forecast period.

Global Laser Engraving Machine market demand is also anticipated to be boosted by the growing number of strict government rules and recommendations for labelling surgical and medical equipment to increase their traceability. On the other hand, there has been a noticeable increase in demand for leather goods that may be customised with monogrammed initials or names, such as leather jewellery, purses, and handbags. Therefore, it is anticipated that throughout the projection period, demand from these industries would fuel the expansion of engraving technologies such laser marking systems. However, the high cost of laser engraving equipment discourages their use in small and medium-sized businesses, which may be impeding the market's expansion.

Tagi: co2 laser cutting machine 

Athader and Leveltek sign a strategic agreement for the supply of Cut to Length lines with Stretch levelling

 

Athader has signed a strategic cooperation agreement with the US company Leveltek International for the worldwide supply of stretch leveling Cut to length lines after being awarded a contract by a well-known European service center for a line of this type. This will be the third installation of this type that ATHADER-LEVELTEK-BRADBURY install in the world.Get more news about coil leveling,you can vist our website!

All these improvements result in an increase of the production close to 50 percent compared to Stretch cut to length lines with Start-Stop shear.

The cost of implanting these lines is substantially reduced due to the flying shear and the construction of the stretching module, since no special pits or foundations are required. For this reason, ATHADER-LEVELTEK also offer revamping of Cut to length lines in which roller levelers are replaced by stretched levelers.
Leveltek International designs, manufactures and installs stretch leveling systems for retrofit and new light to heavy gauge cut-to-length and coil-to-coil lines. The company is headquartered in Benwood, WV, about 60 miles (100 km) southwest of Pittsburgh. Since 1993 they have supplied stretch flattening equipment at coil processing facilities for ferrous and non-ferrous materials worldwide.

The agreement will strengthen the presence of both companies in projects with requirements for flattening by stretching both new lines and modernization of existing lines.

 

Tagi: laser cutting line 

new high-strength steel coil leveling line delivered

Guida Impianti, located in Italy, has established itself in the coil processing sector thanks to the high quality of its installations.Get more news about coil leveling,you can vist our website!
The company has recently installed one of its flagship products, a high-strength steel coil leveling line, at a customer's site. This line is capable of leveling steel coils with a yield strength exceeding 1,000 N/mm2, with widths up to 1200 mm and thicknesses up to 10 mm. The line stands out for its perfect leveling quality, achieving plastic deformation performance of kp 0.8. This leads to the final product having a smooth and uniform surface, without any deformation or bend. The production line is particularly useful for companies operating in the automotive, aerospace, and precision mechanics sectors, where the quality of the final product is essential.

Thanks to its experience in the industry and continuous search for new solutions, Guida Impianti can offer cutting-edge and highly efficient machinery that can adapt to the growing demands of the market.

Guida Impianti's latest high-strength steel coil leveling line represents an ideal solution for companies seeking high-quality and reliability in the steel sector.
Recent developments in coil-toplate processing technology have made it possible to achieve the benefits associated with discrete plate stretching on coil-to-plate cut-to-length stretch leveling lines. This paper explores the issues that needed to be resolved, the solutions developed and the results encountered during startup and commissioning of the new stretch leveling line at Universal Steel Co.

 

Tagi: laser cutting line 

Profile Pipe Cutting Machine 20KW: A Comprehensive Overview
Profile pipe cutting machines are an essential tool for industrial applications that require precise and efficient cutting of pipes and profiles. The Profile Pipe Cutting Machine 20KW is a high-performance machine that uses plasma and oxy/fuel products to cut and profile pipes. In this article, we will provide a comprehensive overview of the Profile Pipe Cutting Machine 20KW, its features, and its applications.Get more news about profile pipe cutting machine 20kw,you can vist our website!

Features
The Profile Pipe Cutting Machine 20KW is an industrial CNC plasma pipe cutting and profiling machine that is designed for process and power piping, mechanical and HVAC contracting, shipbuilding, offshore marine construction, structural pipe trusses, pressure vessel fabrication, and more. The machine is capable of making straight, saddle, multi-miters, tee, lateral, multi-saddles, gusset slots, double miter, elbow support, pipe to cone, reinforcing pad, bumpers, overlaps, and more. The machine uses oxy-fuel or high definition plasma cutting methods to provide high-quality beveled cuts.

The machine is available in 4 and 5 axis configurations, with expandable machine beds and conveyor lengths to fit your business's unique layout. The machine's modular design and variable execution enable a wide range of pipe-based applications, including trimming, cutting of various openings for multiple pipe and profile intersections or connections, weld edge preparation, as well as marking.

The Profile Pipe Cutting Machine 20KW is designed for safer, single-operator material handling. The machine's roller bed CNC pipe profilers have proven to be more efficient and safer for all involved. Pipes are fully supported in the cutting bed, and the machine can be supplied as a fully automated workplace with automatic loading, feeding, unloading, and sorting of pipes and profiles.

Applications
The Profile Pipe Cutting Machine 20KW is ideal for a wide range of industrial applications that require precise and efficient cutting of pipes and profiles. The machine is suitable for process and power piping, mechanical and HVAC contracting, shipbuilding, offshore marine construction, structural pipe trusses, pressure vessel fabrication, and more.

Tagi: pipe cutting machine 

Profile Pipe Cutting Machine: A Revolution in Precision and Efficiency

In the world of manufacturing and construction, precision and efficiency are paramount. One tool that has significantly contributed to these aspects is the profile pipe cutting machine. This machine, with its high power capacity, has revolutionized the way we cut and shape pipes.Get more news about profile pipe cutting machine 20kw,you can vist our website!

The profile pipe cutting machine is a marvel of modern engineering. It is designed to cut through pipes of various materials, including steel, copper, and PVC, with utmost precision. The machine's high power capacity ensures it can handle even the toughest of materials, making it an invaluable tool in various industries such as construction, plumbing, and manufacturing.

One of the most significant advantages of the profile pipe cutting machine is its ability to make precise cuts. This precision is achieved through the use of advanced technology, which allows the machine to make cuts according to specific profiles. This means that the machine can cut pipes into various shapes and sizes, depending on the requirements of the project.

Another advantage of the profile pipe cutting machine is its efficiency. The machine's high power capacity allows it to cut through materials quickly, significantly reducing the time it takes to complete a project. This efficiency is particularly beneficial in industries where time is of the essence, such as construction and manufacturing.

The profile pipe cutting machine is also incredibly versatile. It can be used to cut pipes of various materials and sizes, making it a valuable tool for a wide range of projects. Whether you're cutting pipes for a small home improvement project or a large-scale construction project, the profile pipe cutting machine is up to the task.

In conclusion, the profile pipe cutting machine is a revolutionary tool that has significantly improved the way we cut and shape pipes. Its precision, efficiency, and versatility make it an invaluable tool in various industries. As technology continues to advance, we can only expect the profile pipe cutting machine to become even more essential in the future.

Tagi: pipe cutting machine 

China's CNC Pipe Profile Cutting Machine: Precision and Efficiency
China has been at the forefront of technological advancements, and its manufacturing sector continues to innovate. One such remarkable development is the CNC Pipe Profile Cutting Machine. Let's delve into the details of this cutting-edge equipment.Get more news about china profile pipe cutting machine,you can vist our website!

Overview
The CNC Pipe Profile Cutting Machine is a versatile tool used for precision cutting of pipes and profiles. It finds applications in various industries, including construction, shipbuilding, and metal fabrication. Here are some key features:

Customization: Manufacturers can customize the machine to suit specific pipe dimensions and profiles.
High Precision: The CNC system ensures accurate cuts, minimizing material wastage.
Efficiency: With high cutting speeds and automated processes, productivity is significantly enhanced.
Ease of Operation: The user-friendly interface allows operators to control the machine seamlessly.
Types of CNC Pipe Profile Cutting Machines
Single-Arm Profiling Machine:
Compact design, ideal for smaller specifications.
Suitable for processing stones like arc lines and Roman columns.
Occupies minimal space.
PLC-based operating system.
Gantry Profiling Machine:
Robust gantry beam structure.
Suitable for larger stone processing.
Stable oil-immersed sealing guide table.
Powerful motor for efficient cutting.
Technical Specifications
Max. Processing Size: 3000 mm (length) × 1300 mm (width) × 600 mm (height)
Max. Cutting Thickness: 180 mm
Diameter of Blade: 350-600 mm
Cutting Speed: 0-7500 mm/min
Main Motor Power: 15 kW
Water Consumption: 4 m³/h
Overall Dimensions: 5000 mm (length) × 2200 mm (width) × 2400 mm (height)
Approximate Weight: 4800 kg
Applications
Stone Fabrication: Profiling stone for architectural elements, sculptures, and monuments.
Pipe Manufacturing: Precise cutting of pipes for industrial pipelines.
Metalworking: Creating intricate profiles for metal components.
Conclusion
China's CNC Pipe Profile Cutting Machine exemplifies precision, efficiency, and adaptability. As industries evolve, this cutting-edge technology plays a pivotal role in shaping the future of manufacturing.

 

Tagi: profile pipe cutting machine 

Why choose cnc fiber laser cutting machine the thick metal

 

Fiber laser cutting machines are widely used in metal fabrication and manufacturing industries due to their ability to cut through thick metals with high precision and speed. Here are some key factors that enable fiber laser cutting machines to cut thick metal:Get more news about china profile pipe cutting machine,you can vist our website!

High Power: Fiber laser cutting machines typically have a high power output, which allows them to cut through thicker metals. The higher the power, the more easily and quickly the machine can cut through the material.

Fiber Optic Technology: Fiber laser cutting machines use fiber optic technology to generate the laser beam, which results in a higher-quality and more precise cut compared to other types of laser cutting machines. This technology also allows for faster cutting speeds, making it easier to cut through thick metals.

Focal Length: The focal length of the laser beam is another important factor in cutting thick metals. A shorter focal length results in a wider, more intense laser beam that can cut through thicker materials more easily.

Gas Selection: The choice of assist gas used during cutting can also affect the ability of a fiber laser cutting machine to cut through thick metals. Oxygen is often used as an assist gas when cutting thick metals because it provides a higher cutting speed and cleaner cut.

Machine Rigidity: The rigidity of the fiber laser cutting machine also plays a role in cutting thick metals. A rigid machine with high-quality components can withstand the stress of cutting through thick metals without compromising the precision of the cut.
The 20KW 30KW fiber metal laser cutting machine is a high-powered cutting machine that uses fiber optic technology to cut through a variety of metals with high precision and speed. Here are some key features of a 20KW 30kw fiber metal laser cutting machine:

High Power: The 20KW 30kw power rating means that the laser is capable of cutting through thicker metals with greater ease and speed compared to lower power machines. This makes it ideal for heavy-duty industrial applications.

Fiber Optic Technology: Fiber optic technology allows for faster cutting speeds and higher precision cuts compared to traditional laser cutting methods.

Large Cutting Area: A 20KW fiber metal laser cutting machine typically comes with a large cutting bed that can accommodate large sheets of metal, allowing for efficient cutting of large-scale projects.

Automatic Loading and Unloading: Many 20KW 30KWfiber metal laser cutting machines come with automatic loading and unloading features that allow for efficient processing of large volumes of material with minimal manual labor.

Software Compatibility: These machines often come equipped with advanced software that allows for precise control over the cutting process, enabling operators to create complex designs and cuts with ease.

 

Tagi: cutting machine 

Understanding the Intricacies of Coil Leveling

Coil leveling is a fascinating process that plays a crucial role in the production and processing of steel. It involves the manipulation of metal coils to reduce or eliminate distortion before further processing or fabrication. The process is based on the assumption that the flatness of the coil will directly translate to a distortion-free end product.Get more news about coil leveling,you can vist our website!

Steel production and processing are continuous operations where the last step is coiling. Steelmakers and processors use tension when coiling to avoid producing "soft" or collapsing coils. Coiling induces tensile and compressive stresses into the strip, and these stresses can contribute to blank or part distortion in subsequent processes.

Coil shape imperfections like coil set and crossbow can occur due to these stresses. Coil set is a bow condition parallel with the rolling direction, and curves downward in the same direction as the upper outside lap of an overwound coil. Here, the top surface of the coil or strip is stretched more than the bottom surface, and typically becomes more severe as the coil is processed and the lap diameter decreases.

Crossbow is a bow condition perpendicular to the rolling direction, and curves downward in the same direction as the upper outside lap of an overwound coil, with the center portion of the sheet raised a measurable amount above the sheet edges.

The first operation when unwinding a coil is some type of shape correction to ensure flatness before further processing. There are two main types of equipment used to create a flat coil - a straightener and a precision leveler. While these two types of equipment are similar, a precision leveler has additional capabilities.

Both bend the coil back and forth over a series of work rolls to alternately stretch and compress the upper and lower surfaces. Critical equipment parameters include roll diameter, roll spacing, backup rolls, roll material type, gear design, backup rolls, overall system rigidity, and power requirements.

Straighteners and levelers have a series of rolls that progressively flex the strip to remove the residual stresses. Each successive roll pair has an adjustable gap to deform the sheet to a targeted amount with the goal of resulting in a flat coil once the steel passes through all the rolls.

Leveling at-risk coils with repeated cycles of bending and unbending may be an effective way to minimize stretcher strains or fluting. However, process control is critical, since excessive leveling work hardens the coil and results in increased strength and reduced ductility.

In conclusion, coil leveling is a complex process that requires a deep understanding of the properties of the metal being processed, the equipment being used, and the desired end product. Despite its challenges, it remains a vital step in the production of high-quality, distortion-free metal products.

 

Tagi: laser cutting 

The Essential Role of Coil Leveling in Metal Processing
Coil leveling is a critical process in the metal processing industry, ensuring that metal coils are flattened and free from imperfections before they are used in various applications. This article explores the importance of coil leveling, the techniques involved, and its impact on the quality of metal products.Get more news about coil leveling,you can vist our website!

Understanding Coil Leveling
Coil leveling is the process of straightening and flattening metal coils to remove any distortions or stresses that may have occurred during the coiling process. When metal is coiled, it can develop imperfections such as coil set and crossbow, which can affect its flatness and overall quality. Coil leveling addresses these issues by passing the metal through a series of rolls that alternately stretch and compress the upper and lower surfaces of the coil.

Techniques Used in Coil Leveling
There are several techniques used in coil leveling, each with its own advantages and applications:

Straightening: This technique involves passing the coil through a series of rolls that bend the metal back and forth to remove residual stresses. Straighteners are typically used for less complex leveling tasks and are effective in removing coil set.
Precision Leveling: Precision levelers are more advanced than straighteners and are used for more demanding applications. They have additional capabilities and can handle higher strength materials. Precision levelers use a series of work rolls with adjustable gaps to progressively flex the strip and achieve a flat coil.
Tension Leveling: Tension leveling involves applying tension to the coil while it is being leveled. This technique is particularly effective for correcting shape and flatness issues caused by cold rolling. Tension leveling improves the overall quality of the coil by straightening and flattening the strip.
The Importance of Coil Leveling
Coil leveling is essential for several reasons:

Improved Flatness: By removing distortions and stresses, coil leveling ensures that the metal is flat and even, which is crucial for further processing and fabrication.
Enhanced Product Quality: Flat and even metal sheets result in better-finished products with fewer defects. This is particularly important in industries such as automotive, aerospace, and construction, where precision and quality are paramount.
Increased Efficiency: Properly leveled coils are easier to work with, reducing the need for additional processing and minimizing waste. This leads to increased efficiency and cost savings for manufacturers.
Compliance with Standards: Many industries have strict standards for the flatness and quality of metal products. Coil leveling helps manufacturers meet these standards and ensure that their products are compliant with industry regulations.
Applications of Coil Leveling
Coil leveling is used in a wide range of industries and applications, including:

Automotive Industry: In the automotive industry, flat and even metal sheets are essential for the production of high-quality vehicle components. Coil leveling ensures that the metal used in automotive manufacturing meets the required standards for flatness and quality.
Aerospace Industry: The aerospace industry demands precision and reliability in all its components. Coil leveling helps achieve the necessary flatness and quality for aerospace applications, ensuring the safety and performance of aircraft.
Construction Industry: In construction, flat and even metal sheets are used for various structural and architectural applications. Coil leveling ensures that the metal used in construction is of the highest quality and meets the required standards.
Electronics Industry: The electronics industry relies on flat and even metal sheets for the production of various electronic components. Coil leveling ensures that the metal used in electronics manufacturing is free from defects and meets the required specifications.
Conclusion
In conclusion, coil leveling is a vital process in the metal processing industry, ensuring that metal coils are flat, even, and free from imperfections. By using techniques such as straightening, precision leveling, and tension leveling, manufacturers can improve the quality and efficiency of their products. Coil leveling plays a crucial role in various industries, including automotive, aerospace, construction, and electronics, helping manufacturers meet strict standards and deliver high-quality products.

Tagi: laser cutting line 

The Essential Guide to Coil Leveling in Manufacturing

Coil leveling is a critical process in the manufacturing industry, ensuring that metal coils are flat and free of imperfections. This process is essential for producing high-quality finished products that meet industry standards and customer expectations. In this article, we'll explore the basics of coil leveling, its importance, and the techniques used to achieve optimal results.Get more news about coil leveling,you can vist our website!

Understanding Coil Leveling

Coil leveling is the process of straightening and flattening metal coils, which are typically used in various manufacturing applications. Metal coils can develop defects such as camber, crossbow, and edge wave during production, transportation, or storage. These defects can affect the material's performance and appearance, making coil leveling a necessary step before further processing.

Importance of Coil Leveling

The primary goal of coil leveling is to eliminate any shape imperfections in metal coils, ensuring a smooth, flat surface. This is crucial for several reasons:

Improved Product Quality: Flat and defect-free coils lead to higher-quality finished products, enhancing the overall performance and aesthetics.

Increased Production Efficiency: Properly leveled coils are easier to handle and process, reducing downtime and improving production efficiency.

Cost Savings: By minimizing material waste and reducing the need for rework, coil leveling can lead to significant cost savings for manufacturers.

Coil Leveling Techniques

There are several techniques used in coil leveling, each designed to address specific types of defects. Here are some common methods:

Roller Leveling: This technique uses a series of rollers to gradually bend and straighten the metal coil. The rollers apply pressure to the coil, eliminating defects and creating a flat surface. Roller leveling is effective for removing crossbow and coil set defects.

Tension Leveling: In this method, the coil is stretched and straightened by applying tension across its length. Tension leveling is particularly effective for eliminating camber and wavy edges, resulting in a uniformly flat coil.

Stretch Leveling: Similar to tension leveling, stretch leveling involves stretching the coil to remove defects. However, this technique uses a combination of tension and compression to achieve a flat surface. Stretch leveling is ideal for thicker coils and materials with high yield strengths.

Coil Leveling Equipment

Modern coil leveling machines are equipped with advanced features and technologies to ensure precise and efficient leveling. Some key components of coil leveling equipment include:

Entry and Exit Guides: These guides help align the coil as it enters and exits the leveling machine, ensuring consistent results.

Leveling Rollers: A series of rollers apply pressure to the coil, bending and straightening it to remove defects.

Tension Control Systems: These systems regulate the tension applied to the coil, ensuring uniform leveling across its length.

Automatic Adjustments: Many coil leveling machines feature automatic adjustments, allowing for quick and accurate changes to roller settings and tension levels based on the coil's properties.

Conclusion

Coil leveling is an essential process in the manufacturing industry, ensuring that metal coils are flat, defect-free, and ready for further processing. By understanding the importance of coil leveling and the techniques used to achieve optimal results, manufacturers can improve product quality, increase production efficiency, and achieve significant cost savings. As technology continues to advance, coil leveling equipment will become even more sophisticated, offering greater precision and efficiency in the manufacturing process.

Tagi: laser cutting line