2026-07-07
In modern can manufacturing, the quality of a lid or end is determined not only by the press that drives the forming process, but also by the accuracy, stability, and durability of the die installed inside it. The Conversion Press Channel Die is a precision mold designed for the forming stage of tinplate and metal can-end production. It supports the production of accurate channel profiles, stable panel geometry, clean forming results, and repeatable performance in high-volume manufacturing environments. For producers of food cans, beverage cans, milk powder cans, aerosol cans, chemical tanks, and other tinplate containers, the die is a critical tool for improving product consistency and reducing production losses.
As a specialized mold used in a conversion press, the Conversion Press Channel Die contributes directly to the structural performance and appearance of a finished can end. It helps create the channel shape required for reliable sealing, mechanical strength, stacking performance, and compatibility with downstream end-making operations. When engineered and manufactured properly, the die can increase line efficiency, reduce burrs and deformation, extend tool life, and support stable operation over long production runs.
Zhejiang Golden Eagle Food Machinery Co., Ltd. manufactures this mold as part of its broad can-making machinery and mold portfolio. Established in 1978, the company has accumulated decades of practical experience in the design, machining, assembly, testing, and improvement of can-making equipment and tooling. Its long-term focus on can production lines, can lid equipment, end-making machines, tin can auto-welding machines, cutting machines, feeding systems, aerosol can machinery, two-piece can equipment, and related molds gives the company a practical understanding of the full manufacturing chain. This background is especially valuable for a product such as the Conversion Press Channel Die, because die performance is closely connected with the press, material, feeding system, lubrication, press speed, end design, and quality requirements of the final can.
Conversion Press Channel Die
A conversion press is commonly used in can-end production to perform forming, shaping, scoring, embossing, or other conversion operations on tinplate, aluminum, or other metal sheet materials after blanking. The channel die is one of the key tooling components that helps form a specific groove or channel profile in the end. This channel is not merely a visual feature; it plays an important role in end strength, sealing reliability, pressure resistance, and dimensional control.
In can-end manufacturing, small deviations can cause significant downstream problems. If the channel is too shallow, too deep, uneven, off-center, cracked, or poorly formed, the end may fail to meet sealing standards. It may create difficulties during double seaming, reduce stacking stability, or cause rejection during inspection. A high-quality Conversion Press Channel Die helps prevent these problems by controlling the forming action with precision and repeatability.
The die must withstand repeated impact and forming loads during continuous production. In many can-making plants, presses run at high speeds and must produce large quantities of ends every shift. The die therefore needs excellent hardness, toughness, surface quality, wear resistance, and dimensional stability. It must also be engineered to minimize stress concentration and allow smooth metal flow during forming. These requirements make die manufacturing a specialized field where experience, material selection, heat treatment, CNC machining accuracy, and quality inspection are all essential.
The Conversion Press Channel Die is especially important for manufacturers seeking long-term consistency. While an ordinary die may perform acceptably at the beginning of its service life, inferior design or machining may lead to early wear, inconsistent forming, high maintenance frequency, and increased scrap. A well-designed die offers more stable production and helps reduce hidden costs that are often more expensive than the initial tooling purchase.
The Conversion Press Channel Die belongs to the mold category, but it serves a much wider production purpose than a simple replacement part. It is part of a complete can-making system. It can be used in can lid end making machines, easy-open-end production equipment, food and beverage can production lines, milk powder can lines, aerosol can systems, chemical tank lines, and other tinplate can-making machinery production lines where accurate end formation is required.
In the can industry, buyers usually evaluate tooling according to production stability, material compatibility, dimensional repeatability, after-sales support, customization capability, and lifetime cost. A die that reduces downtime by even a small percentage can create substantial savings for a high-output factory. Because of this, the Conversion Press Channel Die is designed to address practical production priorities: accuracy, durability, ease of installation, compatibility with production equipment, and long-term reliability.
For manufacturers producing tinplate can ends, the channel die must match the end diameter, panel profile, production speed, press stroke, and material thickness. It may also need to support different end types, including standard lids, easy-open ends, food can ends, aerosol-related components, or customized industrial can ends. This makes engineering support especially valuable. A supplier with experience in complete can production machinery can better understand how die design affects press performance and finished product quality.
The primary advantage of the Conversion Press Channel Die is accurate and repeatable channel forming. Precision machining supports stable die geometry, allowing the finished can end to maintain consistent dimensions from batch to batch. This is essential for customers who must comply with strict packaging standards and maintain stable performance during sealing, filling, retorting, transportation, and storage.
High forming accuracy also supports smoother downstream processing. When the channel is uniform, the end is easier to feed, stack, inspect, and seam. This reduces production interruptions and improves the overall efficiency of the can-making machinery production line. Compared with lower-grade tooling, a precision channel die reduces the risk of uneven forming and helps maintain stable results even during continuous high-speed operation.
A competitive die must deliver reliable service over many production cycles. The Conversion Press Channel Die is developed with attention to material selection, machining quality, heat treatment, and surface finishing. These factors help improve wear resistance and reduce deformation under repeated load. The result is longer tooling life, fewer replacements, and lower long-term production cost.
Inferior dies may suffer from rapid wear at contact points, causing gradual changes in the channel profile. These changes may not be immediately visible, but they can result in quality drift, inspection failures, and increased scrap. A durable die helps maintain stable dimensions for a longer period, reducing the frequency of machine stoppage and tool adjustment.
Can factories often operate under demanding schedules. A production line may need to run for long hours with minimal downtime. In such environments, tooling stability is critical. The Conversion Press Channel Die is designed for repeatable operation, helping keep forming results consistent across long production runs. This supports higher productivity and better use of press capacity.
Stable die performance also reduces the workload of operators and maintenance personnel. When a die performs predictably, operators spend less time correcting defects, adjusting tooling, clearing jams, or inspecting abnormal products. This contributes to a smoother production environment and a more efficient use of labor.
The geometry of a channel die affects how metal flows during forming. Poorly designed die contours can cause wrinkles, cracks, thinning, scratches, or stress concentration. The Conversion Press Channel Die is engineered to support controlled forming, helping the metal move smoothly into the desired channel shape. This reduces defects and improves the appearance and mechanical integrity of the finished end.
Clean forming is especially important for food and beverage packaging, where product safety and seal reliability are essential. It is also important for aerosol cans and chemical containers, which may require pressure resistance and strong structural performance. A well-designed channel helps distribute stress and maintain the mechanical stability of the end.
Can ends vary by diameter, material thickness, end profile, product application, and customer standard. A generic die may not provide ideal performance for every application. The Conversion Press Channel Die can be produced according to specific production requirements, allowing manufacturers to match tooling with their exact end design and press configuration.
Customization may include channel dimensions, die material, surface treatment, matching components, press compatibility, and tolerances. This allows the die to be integrated into existing machinery or supplied as part of a new can-end production line. The ability to support OEM and ODM requirements is a strong advantage for customers who need specialized tooling rather than off-the-shelf solutions.
Many can-making factories face the choice between low-cost tooling and precision-engineered tooling. While a low-cost die may reduce initial investment, it can increase operating costs through shorter life, inconsistent forming, higher scrap rates, more frequent adjustment, and greater downtime. The Conversion Press Channel Die is positioned as a value-focused precision tool that emphasizes total production performance rather than only purchase price.
Compared with ordinary alternatives, its advantages are most visible in high-volume production. When production speed increases, small errors become more significant. A slight mismatch in die geometry may produce thousands of defective ends before the issue is discovered. A die with stable dimensional control helps prevent these losses. It supports better process repeatability, which is one of the most important requirements in modern can-making factories.
Another advantage is manufacturing background. A supplier that only produces isolated tooling may not fully understand the relationship between the mold, press, feeder, sheet material, lubrication system, and downstream equipment. Zhejiang Golden Eagle Food Machinery Co., Ltd. has long experience in complete can-making machinery and production lines, which helps the company design tooling with practical compatibility in mind. This integrated understanding can reduce installation problems and improve production performance.
The die also benefits from advanced machining capability. CNC high-precision machining equipment and complete mechanical processing equipment allow tighter control of critical dimensions. This is important for die surfaces that contact the metal sheet, because surface quality and geometry directly affect the finished channel. Precision manufacturing also supports easier assembly, better alignment, and more stable press operation.
| Evaluation Item | Conversion Press Channel Die | Common Low-Grade Alternative | Production Impact |
|---|---|---|---|
| Dimensional Accuracy | High-precision machining for stable channel geometry | Possible tolerance variation and uneven forming | Improves end consistency and reduces rejection |
| Tool Life | Designed for wear resistance and repeated high-load operation | Faster wear and more frequent replacement | Reduces downtime and tooling cost over time |
| Production Stability | Suitable for long continuous runs with repeatable results | May require frequent adjustment | Improves line efficiency and operator productivity |
| Customization | Can be adapted to different end sizes, materials, and press requirements | Often limited to standard designs | Supports specialized can-end production |
| Manufacturing Support | Backed by complete can-making machinery experience | May lack system-level production knowledge | Improves compatibility and troubleshooting |
| Long-Term Cost | Higher value through reduced scrap and maintenance | Lower initial cost but higher hidden cost | Better total cost of ownership |
The quality of a channel die depends heavily on the manufacturing process. A precision mold cannot be produced through rough machining alone. It requires a systematic process that includes technical evaluation, material preparation, CNC machining, heat treatment, grinding, finishing, inspection, trial fitting, and continuous improvement based on production feedback.
Zhejiang Golden Eagle Food Machinery Co., Ltd. has developed its manufacturing capacity through decades of work in can-making machinery and molds. With more than 350 trained personnel and experienced design and development engineers, the company combines engineering knowledge with practical manufacturing experience. This combination allows it to produce not only individual molds, but also complete equipment systems for food can production, beverage can production, can lid production, chemical tank production, aerosol canister production, two-piece can production, and pop can production.
The process begins with understanding the customer’s production requirements. This may include end diameter, channel profile, tinplate thickness, press model, production speed, finished end tolerance, and expected service life. Engineers evaluate these requirements and design the die structure accordingly. A strong design stage helps prevent problems that could appear during operation, such as poor material flow, excessive forming force, tool interference, or rapid wear.
The company’s long involvement in can-making equipment design gives it the ability to consider the die as part of a complete system. This is valuable because tooling performance depends on the machine environment. A channel die must work together with the press slide, bolster, feeding accuracy, guide system, and material properties. Proper design evaluation improves compatibility and reduces commissioning time.
Die material must be chosen according to hardness, toughness, machinability, wear resistance, and fatigue performance. A channel die experiences repeated pressure and contact friction, so material quality is essential. Using suitable mold steel and applying proper heat treatment can significantly extend service life and improve dimensional stability.
In competitive manufacturing, material choice is not only about hardness. A die that is too hard but lacks toughness may chip or crack. A die that is too soft may wear quickly. The ideal balance depends on the application. Experienced mold manufacturers understand this balance and select materials according to actual production conditions.
CNC machining is one of the most important steps in producing the Conversion Press Channel Die. High-precision CNC equipment allows the die profile to be machined accurately according to design drawings. This supports repeatability and reduces the risk of human error. It also allows more complex profiles to be produced with stable quality.
Precision machining is essential for the channel-forming surfaces. Any irregularity on these surfaces may be transferred to the finished can end. CNC machining helps maintain smooth contours, accurate radii, and precise alignment surfaces. This is one of the key reasons why a high-quality die can outperform ordinary tooling.
After machining, heat treatment may be applied to improve hardness and wear resistance. However, heat treatment must be controlled carefully because it can cause distortion if not properly managed. Dimensional stability is especially important for a die that must maintain tight forming tolerances. Proper heat treatment and subsequent finishing help ensure that the die remains accurate during production.
Stability control also includes stress relief and precision grinding where necessary. These steps improve the die’s resistance to deformation and help maintain consistent performance under high press loads.
Surface quality is critical in can-end forming. A rough or poorly finished die surface can scratch the material, increase friction, damage coatings, or cause inconsistent metal flow. Grinding and polishing processes improve the contact surface and help reduce forming defects. Surface finishing also contributes to easier cleaning and maintenance.
For food and beverage can-end applications, clean forming surfaces are particularly important because coatings on the metal must remain intact. Damage to protective coatings can affect corrosion resistance and product safety. A carefully finished die supports both mechanical quality and packaging reliability.
Quality inspection ensures that the finished die meets dimensional and functional requirements. Inspection may include measurement of key profiles, verification of alignment surfaces, surface checks, hardness checks, and trial assembly. Because the die will operate inside a press, it must match installation requirements precisely.
The company’s certification to ISO9001 quality management system and ISO14001 environmental management system reflects its commitment to controlled production and responsible manufacturing. Quality management supports consistent output, while environmental management demonstrates attention to sustainable industrial practices.
A precision die is only as reliable as the organization behind it. Zhejiang Golden Eagle Food Machinery Co., Ltd. has been engaged in can-making machinery and can-making molds for more than four decades. Formerly known as Zhejiang Food Machinery Factory and Zhoushan Mold Factory, the company has built a strong foundation in both machinery production and mold manufacturing. This dual capability is important because tooling and machinery must work together to achieve high-quality can production.
The company is located in Zhoushan City, Zhejiang Province, an industrial region with access to manufacturing resources and skilled labor. Over years of development and continuous innovation, it has produced more than 10,000 pieces of can and can-lid equipment. Its products are used by many can manufacturers and canning factories and have been exported to Europe, Asia, Africa, North America, South America, and Oceania. Export markets include Germany, Italy, the United Kingdom, Spain, Hungary, Russia, Australia, Jordan, Malaysia, the Philippines, Pakistan, Egypt, Algeria, Turkey, Mexico, Nigeria, Iran, and other countries.
This international market experience helps the company understand different customer standards, plant conditions, and production requirements. A customer in one region may prioritize high-speed food can production, while another may focus on aerosol can components, chemical tanks, or tinplate can production line upgrades. The ability to support diverse applications strengthens the company’s engineering knowledge and improves its ability to produce practical, reliable molds such as the Conversion Press Channel Die.
The company’s product design principles are influenced by advanced international can-making machinery concepts. During long-term production practice, it has combined external technical learning with its own experience, continually improving product structure and manufacturing methods. This practical development approach allows the company to offer equipment and molds with complete varieties and stable quality.
The Conversion Press Channel Die can be used wherever accurate channel forming is needed in can-end production. Its application range is broad because can ends are used in many packaging sectors. Food cans require safe, reliable sealing and strong resistance to processing conditions such as sterilization. Beverage cans require lightweight yet stable ends with consistent geometry. Milk powder cans demand clean appearance and high sealing integrity. Aerosol containers require strong pressure-related performance. Chemical tanks and industrial containers require durability and reliable closure performance.
In food can production, the die helps create ends that support secure sealing and long shelf life. The channel profile contributes to strength and deformation resistance. If the end is poorly formed, sealing may become unstable during double seaming, which can affect product safety. A precision channel die therefore supports both packaging quality and consumer protection.
In beverage and easy-open-end production, accuracy is equally important. Easy-open ends often include scored areas, rivets, tabs, panels, and forming features. The channel must be compatible with other end features and must not create stress that interferes with opening performance. Stable die geometry helps maintain consistent end performance across high-speed production.
In aerosol can manufacturing, the structural demands can be higher because containers may be pressurized. Components such as cones, domes, and related ends require accurate forming to maintain strength and safety. A well-manufactured die helps ensure that formed components meet mechanical requirements.
In chemical tank and industrial can production, reliable metal forming helps create containers suitable for demanding storage and transportation conditions. The channel die supports the dimensional accuracy needed for assembly, sealing, and durability.
One of the strongest advantages of sourcing a Conversion Press Channel Die from a company experienced in full can-making systems is integration. The die does not operate in isolation. It must be installed, aligned, adjusted, maintained, and sometimes modified according to the machine and production line conditions. A supplier that understands complete can-making machinery can provide better technical support before and after delivery.
The company supplies whole-set series products, including food can production lines, beverage can production lines, can lid production lines, chemical tank production lines, aerosol canister production lines, two-piece can production lines, and pop can production lines. This means its engineering teams are familiar with the entire workflow, from sheet preparation and slitting to welding, forming, feeding, end making, and final assembly. This knowledge helps ensure that tooling is designed with production reality in mind.
For example, if a customer experiences inconsistent channel depth, the cause may not be the die alone. It may involve material thickness variation, press adjustment, feeding accuracy, lubrication, wear in machine guides, or improper installation. A supplier with line-level experience can help identify the actual cause more efficiently. This reduces troubleshooting time and supports more reliable production.
When supplied as part of a new production line, the die can be matched with the press and related systems from the beginning. When supplied as a replacement or upgrade, it can be adapted to existing equipment. This flexibility is important for factories that want to improve performance without replacing an entire line.
Scrap reduction is one of the most direct benefits of a precision channel die. Defective can ends consume material, labor, machine time, and inspection resources. They may also interrupt production and create hidden costs. By improving forming consistency, the Conversion Press Channel Die helps reduce the number of rejected ends and improves material utilization.
Tinplate and coated metal sheets are significant cost factors in can production. Even a small improvement in yield can create meaningful savings over long production runs. A stable die supports this goal by reducing defects such as wrinkles, cracks, uneven channels, scratches, or dimensional deviation.
A durable die with good wear resistance requires less frequent maintenance. This reduces machine stoppage and allows maintenance teams to focus on planned preventive work rather than emergency repairs. Lower maintenance frequency also improves production scheduling because managers can plan output with greater confidence.
Customers in the packaging industry expect consistent products. Can ends must fit bodies reliably and perform predictably during filling, sealing, transportation, and storage. The Conversion Press Channel Die supports consistent channel dimensions and stable end geometry, helping manufacturers meet customer expectations and quality standards.
When tooling is stable, the press can operate more efficiently. Operators spend less time making adjustments, inspecting abnormal products, and solving forming issues. Production becomes smoother and more predictable. This can improve overall equipment effectiveness and reduce cost per finished end.
The cost of a die should be evaluated according to total value, not only initial price. A precision die that lasts longer, produces fewer defects, and reduces downtime can offer a lower overall cost than a cheaper alternative. For can manufacturers operating high-volume lines, this long-term value is a major purchasing consideration.
Can-end production is closely related to packaging safety. For food and beverage applications, the finished end must support airtight sealing, protect contents, and maintain package integrity through processing and distribution. A poorly formed end can create risks such as leakage, corrosion, deformation, or seal failure. The Conversion Press Channel Die contributes to quality and safety by helping form accurate, reliable end structures.
Quality control begins at the tooling stage. If the die is accurate, stable, and properly maintained, it becomes easier for the production line to achieve repeatable results. This reduces reliance on excessive sorting and inspection. It also supports a more stable quality management system.
Environmental considerations are also important. Reducing scrap means reducing wasted metal, energy, coatings, and processing resources. Longer die life reduces the need for frequent replacement and lowers the environmental impact associated with manufacturing new tooling. The company’s ISO14001 environmental management certification further reflects attention to environmental responsibility in industrial production.
A high-quality die must be supported by reliable service. Zhejiang Golden Eagle Food Machinery Co., Ltd. provides after-sales service that includes installation, commissioning, technical guidance, operation training, and spare parts supply. For a product like the Conversion Press Channel Die, technical support can be highly valuable because correct installation and adjustment directly affect forming performance.
During commissioning, engineers may help customers check alignment, press settings, forming results, and trial production quality. Operation training can help plant personnel understand proper die use, maintenance, lubrication, inspection intervals, and troubleshooting methods. Spare parts support helps reduce downtime when replacement components are required.
This service capability differentiates the product from tooling supplied without technical backing. In competitive production environments, fast support can prevent extended line stoppage and help customers return to stable operation quickly.
To gain maximum value from the Conversion Press Channel Die, manufacturers should follow good maintenance practices. Proper care helps preserve accuracy and extend service life. Operators should keep the die clean, inspect forming surfaces regularly, monitor product quality, apply suitable lubrication, and avoid operating the press under abnormal conditions.
Before production begins, the die should be checked for correct installation and secure fastening. Alignment should be verified according to press requirements. During production, operators should watch for signs of abnormal noise, inconsistent channel depth, scratches, burrs, or sudden increases in scrap. These symptoms may indicate the need for adjustment or inspection.
Cleaning is also important. Metal particles, coating residue, and lubrication buildup can affect forming quality. Regular cleaning helps maintain smooth contact surfaces. However, cleaning should be performed carefully to avoid damaging precision surfaces. Tools that scratch or dent the die should not be used.
Scheduled inspection can identify wear before it becomes a serious production issue. Measuring critical dimensions and comparing product samples with approved standards can help maintenance teams plan timely service. Proper storage is also important when the die is not in use. It should be protected from corrosion, impact, dust, and moisture.
The can-making industry is highly practical. Engineering drawings and theoretical calculations are important, but production experience is equally necessary. A die may look correct on paper but fail to perform well if it does not account for real-world conditions such as material springback, coating behavior, press vibration, operator adjustment habits, and long-run wear patterns.
Zhejiang Golden Eagle Food Machinery Co., Ltd. has been engaged in the industry since 1978. This long history gives the company a deep understanding of production realities. It has worked with many can manufacturers and canning factories, and its equipment has been used in different markets and climates. This practical exposure helps improve product design and troubleshooting ability.
The company’s combination of machinery manufacturing and mold production is especially important. Some suppliers may only manufacture machine frames, while others may only make tooling. A company that does both can better understand how tooling interacts with machinery. This is a major advantage for the Conversion Press Channel Die because its performance depends on precise mechanical integration.
When selecting a Conversion Press Channel Die, buyers should consider several technical and commercial factors. The first factor is compatibility with the existing or planned conversion press. Buyers should provide accurate information about press specifications, end design, material thickness, production speed, and required tolerances.
The second factor is the intended application. Food can ends, beverage ends, aerosol components, milk powder can ends, and chemical container ends may have different forming requirements. The die should be designed according to the actual product and not treated as a universal component.
The third factor is expected production volume. A factory producing small batches may prioritize flexibility, while a high-output factory may prioritize long die life and maximum stability. The tooling design should reflect these priorities.
The fourth factor is supplier capability. Buyers should evaluate whether the supplier has precision machining equipment, engineering experience, quality control systems, and after-sales support. A reliable supplier can reduce risk and provide long-term value.
The fifth factor is total cost of ownership. A lower-priced die may become expensive if it causes frequent downtime, scrap, or replacement. Buyers should compare expected life, production stability, technical support, and maintenance requirements rather than focusing only on the initial quotation.
A Conversion Press Channel Die is a precision mold used in a conversion press to form the channel profile on metal can ends or lids. It helps control the shape, depth, and consistency of the channel, supporting reliable sealing, strength, and product quality.
Channel forming affects the structural performance, dimensional stability, and sealing compatibility of the finished end. An accurate channel helps the end perform correctly during double seaming, filling, transportation, and storage.
The die is commonly applied in tinplate and metal can-end production. Specific compatibility depends on the end design, material thickness, coating, and press configuration. Customization can be provided according to customer requirements.
It reduces scrap by improving forming accuracy and repeatability. Stable die geometry helps prevent defects such as uneven channels, wrinkles, cracks, scratches, and dimensional deviation.
Yes. The die is designed for stable performance in continuous production environments. Its suitability for a specific production speed depends on press condition, material, lubrication, installation accuracy, and the selected die design.
Yes. The die can be customized according to end diameter, channel profile, material thickness, production line requirements, and press specifications. Custom engineering is important for achieving the best production result.
Its advantages include high-precision machining, strong wear resistance, stable forming performance, customization capability, and support from a company experienced in complete can-making machinery and mold manufacturing.
The die should be kept clean, correctly aligned, properly lubricated, and regularly inspected. Operators should monitor product quality for signs of wear or abnormal forming and perform scheduled maintenance to extend service life.
Yes. Zhejiang Golden Eagle Food Machinery Co., Ltd. provides support that may include installation, commissioning, technical guidance, operation training, and spare parts supply.
Industries producing food cans, beverage cans, milk powder cans, easy-open ends, aerosol cans, chemical tanks, two-piece cans, and other tinplate packaging products can benefit from accurate and reliable channel die technology.
The Conversion Press Channel Die is a vital precision mold for can-end and lid production. Its function may appear specialized, but its impact on production quality is broad. It influences end geometry, sealing compatibility, mechanical strength, production efficiency, scrap rate, and long-term manufacturing cost. For modern can manufacturers, choosing a reliable channel die is therefore an important investment in product quality and line stability.
This die offers clear advantages over ordinary market alternatives through high forming accuracy, durable construction, stable production performance, clean metal flow, and customization capability. Backed by advanced CNC machining, controlled manufacturing processes, quality inspection, and decades of can-making machinery experience, it supports the practical needs of factories producing food cans, beverage cans, milk powder cans, aerosol components, chemical containers, and other tinplate packaging products.
Zhejiang Golden Eagle Food Machinery Co., Ltd. strengthens the value of the product through its long industry history, experienced engineering team, complete production equipment, ISO-certified management systems, international market experience, and after-sales service. Its ability to manufacture both complete can-making machinery and can-making molds gives it a system-level understanding that is especially useful for precision tooling. For manufacturers seeking improved end quality, reduced downtime, and better total cost of ownership, the Conversion Press Channel Die provides a dependable solution for high-precision can-end production.
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Founded in 1978, the company is one of the largest can-making machinery well-known companies at home and abroad.
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