Metal Dies
A sharp metal die, custom-made for the label design, is mounted onto a die plate.
Traditional die cutting uses precision-engineered metal dies to create labels in virtually any shape or size. This time-tested process ensures consistent results for everything from standard designs to highly intricate patterns.
A sharp metal die, custom-made for the label design, is mounted onto a die plate.
The die presses into the material, cutting through the face stock and adhesive while leaving the release liner intact.
Requires a unique metal die for each design, making it ideal for repetitive or custom shapes.
Traditional die cutting delivers speed, cost-efficiency, and reliability, especially for high-volume orders. Its versatility allows for a wide range of materials and shapes, making it a trusted choice for consistent label production.
Perfect for large-scale orders with fast throughput.
Die costs are spread over high volumes, reducing per-label costs.
Handles various materials with consistent results.
Metal dies can be reused for repeat designs, saving time and money.
Best suited for a range of shapes, including intricate and detailed designs.
While traditional die cutting is highly effective, it does come with some limitations. These include upfront tooling costs, material waste, and reduced flexibility for frequently changing designs.
Creating custom dies can be costly for intricate or one-time designs.
Limited to fixed shapes; frequent changes require new dies.
Aligning printed labels with the die tool during the finishing process requires extra running meters for calibration. This leads to increased printing and material usage, resulting in additional waste.
Longer setup compared to digital methods, impacting short runs.
Traditional die cutting supports a diverse range of applications, from custom-shaped labels to high-volume production runs. Its adaptability makes it suitable for industries with repetitive designs or unique labeling needs.
Perfect for intricate, highly detailed designs that stand out.
Ideal for industries such as food and beverage, logistics, and cosmetics requiring mass production.
Efficient for recurring designs, ensuring consistency across multiple runs.
Traditional die cutting can support sustainable production with reusable dies and compatibility with eco-friendly materials. However, managing material waste and recycling worn-out dies remain key challenges for manufacturers.
Reusable dies and compatibility with eco-friendly materials.
Material waste and worn-out dies, though recycling options are available.
Maximizing the benefits of traditional die cutting requires thoughtful planning and design. By optimizing processes, combining techniques, and prioritizing sustainability, businesses can achieve high-quality, efficient results.
Where possible, optimize designs for production efficiency.
Maximize cost-effectiveness by using traditional die cutting for large runs.
Partner with manufacturers offering die recycling programs.