Services
Masking kits
Masking kits in the aerospace, automotive & electronic industry are used to cover or protect specific areas during painting or coating processes.
Flatbed cutting processes
Operating Mechanism
In flat bed die cutting machines, a flat surface (the bed) holds the material in place while a stationary die presses down to cut the material into the desired shape.
Precision
Flatbed die cutting machines offer high precision and are suitable for intricate designs and detailed cuts.
Versatility
They can handle various materials, including paper, cardboard, foam, plastic, and thin metals. Setup Time: Changing dies in flat bed machines can be time-consuming, making them more suitable for smaller production runs with fewer design variations.
Cost
Flatbed die cutting machines are often more affordable to purchase and maintain compared to rotary die cutting machines.
Benefits of Flat Bed Die Cutting Machines
Ideal for small to medium-sized production runs. Excellent precision for intricate designs. Versatile, capable of handling a wide range of materials.
Rotary cutting processes
Operating Mechanism
Rotary die cutting machines use cylindrical dies mounted on a rotating cylinder to cut materials as they pass through the machine.
Speed
Rotary die cutting machines are faster than flatbed machines, making them more suitable for high-volume production runs.
Efficiency
They excel at cutting materials in continuous rolls, offering high throughput and efficiency. Setup Time: Changing dies in rotary machines is quicker than in flat bed machines, making them more suitable for large production runs with multiple design variations. Material Handling: Rotary die cutting machines are especially effective for cutting thin, flexible materials like paper, film, and foil.
Benefits of Rotary Die Cutting Machines
High-speed production capabilities. Efficient for continuous material processing. Quick die changeover for large production runs. In summary, the choice between flat bed and rotary die cutting machines depends on factors such as production volume, material type, design complexity, and cost considerations. Flatbed machines offer precision and versatility for smaller runs and intricate designs, while rotary machines excel in high-speed, high-volume production environments with continuous material processing needs.
Tape slitting service
A fully automatic tape slitting machine is used to precisely cut large rolls of tape into smaller widths, typically used in various industries like packaging, electronics, and automotive.
Fully automatic tape slitting machines operate with minimal manual intervention. They are equipped with programmable controls, sensors, and servo motors to automate the various stages of the slitting process, increasing efficiency, consistency, and productivity. Overall, fully automatic tape slitting machines offer a streamlined and efficient solution for precision cutting of tapes, meeting the demands of modern manufacturing and packaging operations.
Material sheeting service
An automatic sheeting machine is a piece of equipment used to precisely cut large rolls of flexible materials, such as paper, plastic film, foil, fabric, or non-woven materials, into individual sheets of specific sizes. These machines are commonly used in industries like printing, packaging, paper converting, and textile manufacturing.
Automatic sheeting machines can process a wide range of flexible materials, allowing manufacturers to adapt to changing production needs and accommodate different materials and sheet sizes with ease.
Automating the sheeting process reduces the need for manual labour, freeing up operators to focus on other tasks and improving overall operational efficiency. Overall, automatic sheeting machines play a vital role in modern manufacturing environments by providing efficient, precise, and versatile solutions for cutting large rolls of flexible materials into individual sheets.
Laminating service
Multiple lamination tapes, also known as multilayered adhesive tapes, offer several benefits depending on their specific construction and application. Here are some common advantages:
Enhanced Strength
Multiple lamination tapes often consist of several layers of different materials laminated together. This construction can result in tapes with enhanced strength and durability compared to single-layer tapes. The combination of materials can offer superior tear resistance, tensile strength, and impact resistance.
Improved Adhesion
Each layer in a multilayer tape may serve a different purpose, such as providing adhesion to different surfaces or enhancing bonding strength. This can result in improved adhesion to a wide variety of substrates, including difficult-to-bond materials like plastics, metals, and low-energy surfaces.
Improved Performance
The combination of different materials in multiple lamination tapes can result in improved overall performance compared to single-layer tapes. For example, a tape may feature a strong adhesive layer for initial bonding, a reinforcing layer for strength, and a protective layer for weather resistance. This comprehensive design can lead to better long-term performance and reliability.
Overall, multiple lamination tapes offer a range of benefits including strength, adhesion, customisation, versatility, performance, cost-effectiveness, quality, and environmental considerations, making them valuable solutions for various industrial and commercial applications.