Precision Laser Cutting
Exact Cuts for the Most Demanding Applications
Unparalleled Precision, Speed, and Accuracy
When you need flexible components cut to exact specifications, precision converting is the answer. Lasers can cut with unmatched speed and accuracy, making precision cutting the best option for extremely intricate designs.
Laser cutting melts, burns, or vaporizes the material to create clean lines and capture even the smallest details. This makes it an ideal solution for materials that are difficult to cut with other conversion technologies.
Precision Converting Technologies
At Deantape SE, we work with many of the top companies in the aeronautics, defense, and aerospace industries. With decades of experience and a commitment to innovation, our products consistently exceed performance, safety, and reliability expectations.
When it comes to high precision converting, we know no two projects are the same. We will work with you to create a solution that perfectly suits your needs. Whether you’re looking for customized tape, films, fabrics, or seals, we can help.
Product Capabilities
Laser cutting is ideal for a wide range of adhesives, foams, films, and other materials.
Explore our relevant product collections to get started:
Tapes
Learn MoreFabrics
Learn MoreFilms
Learn MoreInsulation
Learn MoreGaskets and Seals
Learn MorePrecision Laser Cutting Advantages
Identical Components Every Time
With laser cutting, there’s no need to replace worn-out dies. Your components will be the same whether this is your first production run or the 100th.
Precise Cuts for Intricate Designs
We can engineer any shape or size you need, no matter how detailed. Precision converting is superior for creating complex shapes with tight lines.
Accurate Results for the Most Demanding Applications
In high-stakes applications, even the smallest mistake can lead to catastrophic failures. Ensure your components are always up to spec with precision converting.
Ideal for Prototyping
Because of its speed and accuracy, high precision cutting is a cost-effective method for making prototypes without the expense of hard tooling or creating dies.