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Offers top-tier quality with minimal investment and operational costs. THE EX SERIES laser are reliable, versatile & efficient cutting machines are engineered to deliver high-quality cutting solutions while maintaining cost-effectiveness. These machines feature laser sources ranging from 1500W to 6000W, ensuring precision and efficiency in cutting a diverse array of materials. The Economical series is designed with intuitive user interfaces for ease of operation. The included software offers various cutting options, including automatic nesting, which optimizes material usage and minimizes waste. These machines are particularly suited for small to medium-sized enterprises seeking efficient and economical cutting solutions. With user-friendly interfaces and robust safety features, the EX Series machines provide dependable cutting performance across a broad spectrum of materials. Technical Specifications With Enclosure, Exchange Table, Single Pallet Model 3015 X-axis: 3000 mm Y-axis: 1500 mm Z-axis: 230 mm Simultaneous Speed: 120 m/min Positioning Accuracy: 0.05 mm Re-Positioning Accuracy: 0.03 mm Available Laser Source: IPG/Raycus/MAX Model 4020 X-axis: 4000 mm Y-axis: 2000 mm Z-axis: 230 mm Simultaneous Speed: 120 m/min Positioning Accuracy: 0.05 mm Re-Positioning Accuracy: 0.03 mm Available Laser Source: IPG/Raycus/MAX Model 6025 X-axis: 6000 mm Y-axis: 2500 mm Z-axis: 230 mm Simultaneous Speed: 100 m/min Positioning Accuracy: 0.05 mm Re-Positioning Accuracy: 0.03 mm Available Laser Source: IPG/Raycus/MAX
The powerful performer produces top-quality parts that can be consistently replicated, even with intricate contours. THE FX SERIES laser cutting machines represent state-of-the-art solutions for precision cutting across various materials. Equipped with the latest technology, these machines achieve exceptional precision and speed. Enclosed in a fully covered body, they ensure a safe and clean environment for the operator. Constructed with high-quality materials, the MX Series guarantees durability and longevity. Designed for high-speed operation with minimal noise, these machines are well-suited for sensitive industrial environments. With their advanced features, high-speed performance, and user-friendly interface, the MX Series is an indispensable asset for precision cutting in any production facility. Machine Specifications FX Models WITH ENCLOSURE & EXCHANGE TABLE FX 3015 Max. X-axis: 3000 mm Max. Y-axis: 1500 mm Max. Z-axis: 230 mm Max. Speed (Simultaneous): 160/180/200 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.02 mm Available Laser Sources: IPG/Raycus/MAX FX 4020 Max. X-axis: 4000 mm Max. Y-axis: 2000 mm Max. Z-axis: 230 mm Max. Speed (Simultaneous): 160/180 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.02 mm Available Laser Sources: IPG/Raycus/MAX FX 6525 Max. X-axis: 6500 mm Max. Y-axis: 2500 mm Max. Z-axis: 230 mm Max. Speed (Simultaneous): 160 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.02 mm Available Laser Sources: IPG/Raycus/MAX FX 8525 Max. X-axis: 8500 mm Max. Y-axis: 2500 mm Max. Z-axis: 230 mm Max. Speed (Simultaneous): 140 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.03 mm Available Laser Sources: IPG/Raycus/MAX FX 12525 Max. X-axis: 12500 mm Max. Y-axis: 2500 mm Max. Z-axis: 230 mm Max. Speed (Simultaneous): 120 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.03 mm Available Laser Sources: IPG/Raycus/MAX
These versatile and speedy machines allow you to cut all sheet thicknesses with flexibility and cost-effectiveness. THE MX SERIES laser cutting machines provide precision cutting solutions for diverse manufacturing applications. Constructed with high-quality Components and advanced technology, These machines feature laser sources ranging from 3000W to 12000W, ensure accuracy, speed, and Durability, even for intricate designs. The MX Series features automatic nozzle cleaning, Material sensational, and collision detection for smooth and Safe operation. As a state-of-the-art, highly efficient, and reliable solution for industrial applications, the MX Series integrates advanced fiber Laser technology, a high-power laser source, a precise cutting head, and an intelligent control system. These features maximize productivity, Minimize downtime, and simplify operation and maintenance, making the MX Series ideal for industrial use. TECHNICAL INFORMATION Model 3015 Max Sheet Size: 3000 x 1500 mm X-axis: 3000 mm Y-axis: 1500 mm Z-axis: 230 mm Max Speed: 140 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.02 mm Available Laser Sources: IPG/Raycus/MAX Model 4020 Max Sheet Size: 4000 x 2000 mm X-axis: 4000 mm Y-axis: 2000 mm Z-axis: 230 mm Max Speed: 140 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.02 mm Available Laser Sources: IPG/Raycus/MAX Model 6525 Max Sheet Size: 6500 x 2500 mm X-axis: 6500 mm Y-axis: 2500 mm Z-axis: 230 mm Max Speed: 140 m/min Positioning Accuracy: 0.03 mm Re-Positioning Accuracy: 0.02 mm Available Laser Sources: IPG/Raycus/MAX Model 8525 Max Sheet Size: 8500 x 2500 mm X-axis: 8500 mm Y-axis: 2500 mm Z-axis: 230 mm Max Speed: 120 m/min Positioning Accuracy: 0.05 mm Re-Positioning Accuracy: 0.03 mm Available Laser Sources: IPG/Raycus/MAX Model 12525 Max Sheet Size: 12500 x 2500 mm X-axis: 12500 mm Y-axis: 2500 mm Z-axis: 230 mm Max Speed: 100 m/min Positioning Accuracy: 0.05 mm Re-Positioning Accuracy: 0.03 mm Available Laser Sources: IPG/Raycus/MAX
Paper Type:Coated Paper, Paperboard, Grey Board Feature:Recyclable, Handmade Printing Handling:Embossing, Glossy Lamination, Matt Lamination, Stamping, UV Coating, Varnishing, VANISHING, Gold Foil Custom Order:Accept Color:CMYK 4C printing Logo:Customer's Logo
Panel bending machines are widely used in the metalworking industry for creating parts with uniform bends. These machines can bend metal sheets of various sizes and thicknesses with high precision, enabling manufacturers to produce high-quality parts efficiently. However, the conventional panel benders are not without their challenges, especially when it comes to safety. The risk of accidents caused by pinching, shearing, and crushing of body parts or even tipping over of the machine is always present, putting both the operators and bystanders at risk. To address safety concerns and improve the overall performance of panel benders, a new generation of machines with advanced safety features has been developed. These machines are designed to provide enhanced protection to the operator while ensuring superior accuracy, speed, and versatility. With these advancements, manufacturers can streamline their operations and optimize their production while minimizing the risk of accidents. One of the significant upgrades that come with the panel bender with advanced safety features is the integration of sensors and controls. The sensors are placed in strategic areas of the machine, such as the bending area and the feeding section, where they can detect any deviations from the set standards. Based on this information, the machine's controls can adjust the operation to prevent any potential hazards that may arise. For instance, if the sensor detects that the metal sheet's thickness is beyond the machine's bending capacity, the control will stop the operation and alert the operator. Another safety feature in these machines is the automatic clamping system. The system consists of multiple clamps that secure the metal sheet during the bending process, preventing any accidental slip or movement. The clamps are controlled by the machine's microprocessor, which ensures that they apply the right amount of pressure without damaging the sheet. Additionally, the panel bender with advanced safety features has an ergonomic design that offers greater convenience and usability for the operator. The machine has a user-friendly interface that allows the operator to input the required parameters easily. Moreover, the machine's working area is accessible from multiple angles, allowing for easy loading and unloading of the metal sheets. In conclusion, the panel bender with advanced safety features is a significant improvement from traditional panel benders, offering a safer and more efficient alternative for metalworking tasks. With its advanced sensors, automatic clamping system, and ergonomic design, it provides increased productivity and safety for operators and bystanders. Manufacturers can leverage these developments to optimize their production processes and achieve their business goals while ensuring the safety of their workers.
Introducing the Durable Panel Bender For Frequent Use - the ultimate tool for any professional who demands nothing but the best. Crafted with impeccable precision and quality materials, this panel bender is designed to withstand frequent use and deliver excellent performance every time. With its sturdy construction, this panel bender is ideal for bending flat sheet metal into a variety of shapes with great accuracy and ease. Its durability ensures that it will continue to deliver precise results for years to come, making it a reliable addition to any workshop or garage. The panel bender features a user-friendly design that makes operation quick and hassle-free. The easy-to-use controls allow you to make accurate adjustments according to your project's requirements, while the ergonomic handle provides a comfortable grip that minimizes fatigue and prevents strain. This versatile tool is ideal for a range of applications, including automobile restoration, sheet metal fabrication, and DIY projects. Whether you are a professional mechanic or a DIY enthusiast, the Durable Panel Bender For Frequent Use is the perfect tool to help you achieve your goals effortlessly. Invest in the best - get the Durable Panel Bender For Frequent Use today and experience the ultimate in precision and performance.
The panel bender with fast setup and operation is an advanced metalworking machine designed to bend and form sheet metal with precision and speed. This innovative machine is equipped with state-of-the-art technology that streamlines the setup and operation process for greater efficiency and accuracy in metal fabrication. The panel bender is a versatile machine that can handle a wide range of sheet metal thicknesses and materials. It is particularly useful for producing complex shapes and designs that must meet tight tolerances. The machine's advanced features allow it to produce even the most intricate shapes with ease, reducing the need for expensive and time-consuming hand-forming techniques. One of the key advantages of the panel bender is its fast setup and operation time. With traditional metal bending machines, extremely precise measurements must be taken and the machine's settings must be adjusted manually, which can be a time-consuming process. However, the panel bender utilizes an automated setup system that streamlines the process and eliminates the need for manual adjustments. This automated system significantly reduces the time required for setup, enabling the operator to move on to the production process more quickly. The panel bender also incorporates advanced technology that allows for high-speed bending and forming without sacrificing accuracy. This is due to its use of servo-electric motors that provide fast and precise movement of the bending blades. Additionally, the machine's computerized control system ensures consistent bending angles and tolerances throughout the production process, reducing the need for rework and scrap. Overall, the panel bender with fast setup and operation is a game-changer in the metalworking industry. Its advanced features and automated processes make it ideal for high-volume production environments where speed, accuracy, and efficiency are paramount. With its ability to handle a wide range of materials and thicknesses and produce complex shapes and designs, the panel bender is a valuable asset for any metal fabrication operation.
A panel bender is a machine used in the manufacturing industry for bending and forming sheet metal panels. These machines play a crucial role in shaping metal components with precision, speed, and consistency. They are utilized in various industries, including the production of commercial appliances. For the production of commercial appliances, such as refrigerators, ovens, or other metal-based devices, a panel bender like Hisman's may offer advanced features tailored to the specific requirements of appliance manufacturing. These machines are designed to efficiently bend and shape metal sheets to create the intricate and customized components needed for assembling commercial appliances.
A panel bender is a machine used in the production of aluminum doors. This specialized equipment is designed to bend and shape aluminum panels with precision, facilitating the manufacturing process of doors made from this lightweight and durable material. The panel bender plays a crucial role in achieving the desired form and structure of the aluminum panels, ensuring they meet the required specifications for the production of high-quality aluminum doors. This efficient and precise bending process contributes to the overall efficiency and quality of the manufacturing process for aluminum doors.
Unlocking Precision and Efficiency in Metal Furniture Production with Our Panel Bender Tailored specifically for the demanding requirements of metal furniture production, our Panel Bender is the key to elevating your manufacturing processes to unprecedented levels of quality and productivity. Precision: In the realm of metal furniture, precision is paramount. Our Panel Bender takes center stage, offering unparalleled accuracy in bending metal sheets. Whether crafting chair frames, table legs, cabinet doors, or decorative elements, this innovative machine ensures each bend is executed with meticulous detail. Your designs come to life exactly as envisioned, setting a new standard for excellence in the furniture industry. Efficiency: Our Panel Bender is engineered for efficiency, streamlining your metal furniture production with swift and precise bending capabilities. This not only reduces labor costs but also accelerates your workflow, enabling you to meet tight deadlines without compromising on the quality of your creations. Versatility: The Panel Bender's versatility allows it to handle various metal thicknesses and sizes, opening up a world of design possibilities. Whether you're crafting industrial-style furniture or intricate decorative elements, this machine empowers you to push the boundaries of what's possible in metal furniture fabrication. Integration: Its user-friendly interface ensures a smooth and intuitive operation, minimizing the learning curve for your team. Customization options further allow you to tailor the machine to seamlessly integrate into your existing production process, making it a valuable asset in your pursuit of excellence.
A stainless steel panel bender is a machine designed for bending stainless steel panels. These machines are commonly used in metal fabrication and manufacturing processes where precise bending of stainless steel sheets or panels is required. Stainless steel is a durable and corrosion-resistant material often used in construction, automotive, and various other industries. The Stainless Steel Panel Bender is a precision panel bender designed for shaping and forming stainless steel sheets with accuracy and efficiency. This specialized machine is an essential component in metalworking and fabrication industries, offering a versatile solution for bending stainless steel panels to meet specific design requirements. Crafted with durability and precision in mind, the Stainless Steel Panel Bender is equipped with advanced features to ensure optimal performance. The machine typically consists of a sturdy frame, a powerful hydraulic or mechanical system, and a set of adjustable bending tools. These tools are carefully designed to handle the unique properties of stainless steel, allowing for crisp bends and tight angles. One of the key advantages of the Stainless Steel Panel Bender is its ability to work with a variety of thicknesses, making it suitable for a wide range of applications. Whether it's creating intricate shapes for architectural elements, producing components for industrial machinery, or fabricating customized panels for kitchen appliances, this bender provides the flexibility needed for diverse projects. Operators can easily control the bending process through user-friendly interfaces, adjusting parameters such as bend angle, radius, and sheet thickness. This precision and control contribute to the production of high-quality, dimensionally accurate stainless steel components. In addition to its technical capabilities, the Stainless Steel Panel Bender often incorporates safety features to ensure a secure working environment for operators. These may include emergency stop mechanisms, protective guards, and programmable settings that minimize the risk of errors during the bending process.
A panel bender is a specialized machine used in the production of appliance doors, particularly for bending and shaping metal panels. This equipment is designed to efficiently and accurately bend metal sheets or panels, creating the desired shape for appliance doors. The bending process is crucial in forming the structural and aesthetic components of the doors. Panel benders are equipped with various features and tools to handle different types of metal and achieve precise bends. These machines often have computer numerical control (CNC) capabilities, allowing for programmable and automated bending processes. CNC panel benders can be programmed to produce consistent and complex bends, ensuring uniformity in the manufacturing of appliance doors.
Fiber laser cutting machine is an automated metal cutting system that uses a CNC controller to drive a laser beam along a tool path generated by CAD/CAM software to achieve a fine precision cutting tool for metal processing drawings. sheet metal and tubing, and can cut flat and beveled metal shapes and profiles. With the help of a robotic arm, it can perform personalized 3D cutting. Non-contact cutting does not damage the substrate and the point irradiation area has less thermal impact. Fiber laser cutting machine is able to cut carbon steel, stainless steel, spring steel, silicon steel, aluminum, galvanized sheet, pickled sheet, gold, silver, titanium, copper, brass and alloys, which makes it popular in sheet metal processing, elevator manufacturing, electrical and electronic appliances, automotive parts, machinery manufacturing, precision parts, marine aviation, customized advertisement, and metal crafts.
Laser Cutting Machine Hisman is always developing better applications of laser technology for better cutting and attaches great importance to innovation. We insist on focusing on a single category of laser cutting machines, achieving full coverage of products in the power range of 1,000W-20,000W, providing customized and specialized metal cutting solutions, and effectively creating value for our customers. Metal fabrication shops and companies that make customized metal parts can dramatically increase productivity with our fiber laser cutting machines. Our machines are capable of cutting steel, brass, aluminum, and stainless steel without having to worry about back reflection damaging the machine. By using these fiber laser cutting machines, you will reduce maintenance requirements and significantly lower operating costs.
Press Brake Hisman hydraulic CNC press brake machines can be fully configured to meet customer requirements and are designed for increased power, productivity and versatility. The robust construction and advanced technology of our machines ensure reliable operation and perfect repeatability, bending materials ranging from soft brass to chrome molybdenum. Hisman press brakes are capable of handling diverse demands, increasing productivity while maintaining unwavering reliability. The precision provided by our press brakes is a testament to our commitment to innovation and superior craftsmanship. We provide industry-leading service and support for each of our press brakes. Press brake is a machine used for bending sheet metal and metal plate, most commonly sheet metal. It forms predetermined bends by clamping the workpiece between a matching top tool and bottom die. Common press brake applications: Since press brake machines can be fitted with a wide range of punches and dies, they can be used for almost any sheet or plate metal shaping application. The most common are: Automotive panels Airframes Metal artwork Furniture Metal containers Many other sheet metal forming applications Almost any sheet or plate metal bending application can be accomplished using a press brake. Press brakes are most often used to produce multiple pieces of the same workpiece for further processing.
Product Details Short Description: (1)Pulp Material: wood Pulp (2)Coating: coated (3)Paper Material: white Kraft paper,brown Kraft paper in food grade (4)Coating Material: PE,PP,PVC,PET,OPP and so on. (5)Feature: waterproof,Grease-proof (6)Coating Side: single side or double side (7)Use:food wrapping, making paper cups,printing (8)Quantity Control: Paper Gram:+5%ï¼?PE Gram:12g, Thickness:5%,Moisture:6%-8%,Brightness:>78 (9)Bagasse pulp base and100% wooden pulp PE coated paper, Food Grade, eco-friendly. More advantages for our paper board PE Laminated on one side or two sides are allowed The base paper is virgin pure pulp unbleached Kraft paper board( top food grade in China market ) High thickness and low thickness is available ( 90g to 400g are popular Grammage ) Food grade raw material is safe, harmless, approved by food grade Security,barrier,non-leakage,moisture-proof, strong sealing Multi-layers lamination makes the bags high barrier against light, oxygen, moisture Strong sealing strength; bonding strength and excellent compression strength Our company advantages for you Top-quality in china market Good service always for you,7*24 hours Short date of delivery Small MOQ welcome and accepted Free sample for you to test the quality before top order. Packaging & Shipping Solutions: Die-cutting Service Cuts a roll of paper into sheets of uniform dimension: Fully Automatic High Efficiency High Precise Available in Various Different Shapes Solutions: Corrugating Service Available in E flute and F flute, two layerscorrugatedand three layers corrugated paper are available High Strength High Rigidity Extreme Durability Effective Protection Effective Heat Insulation Samples by Air Express(DHL,UPS,FedEx),Top order by Sea
MATERIAL : 100% NATURAL WOOD TAMARIND ASH COLOR : WHITE MOISTURE :
Oak Beech Ash Alder/Red Oak/Maple Pine Larch Robinia
Natural rubber - Ribbed Smoked Sheets (RSS)
