Dakin-Flathers’ extensive range of foam-cutting bandknife blades and wires makes light work of cutting all types of foam for a variety of applications.
Foam Cutting Bandsaw Blades
High specification bandknife blades and wires for foam cutting
Long-lasting performance
Dakin-Flathers bandknife blades and wires are designed and manufactured with longevity in mind. We only use the highest-quality materials to ensure the best results for your end product.
The durability of our blades means that you get more use out of each one. This helps to both improve the performance of your cutting equipment and reduce your blade replacement costs in the long term.
Service Engineer, Pureko SP. Z.O.O. PolandWe have been cooperating with Dakin-Flathers for over 4 years now. Since that time we have forgotten about all our problems with blades from our previous supplier. With a clear conscience we can recommend Dakin-Flathers as a foam cutting tools supplier.
Our foam-cutting blades are perfect for:
- Abrasives
- Foam glass
- Foam packaging
- Leather
- Polystyrene
- PU foam
- Rebond
- Rigid insulation
- Rockwool
- Sponge
- Textiles
Take a look at our range of foam-cutting bandknife blades to see how we can enhance the performance of your foam processing plant.
Flexible options
Our foam-cutting blades are available in a variety of widths, edge finishes and edge types, allowing us to offer you the most effective bandknife blade for your application.
If you purchase cutting wires from us, you can choose from a range of diameters and cutting cores to suit your requirements. Whatever you choose, you’ll benefit from a long lifetime and excellent cutting performance.
Cleaner cuts with less waste
By investing in high-quality foam-cutting blades, you’ll benefit from cleaner cuts throughout the entirety of the blade’s lifetime.
This means less wastage of your material, improved appearance of the final product, and more money saved by minimising poorly cut foam. All of this adds up to increased profits and better overall performance for your cutting processes.