FM200 - Lower Adapter - Eyelets DIN16 (M24xM20)

The FM200 - Lower Adapter - DIN16 Eyelets (M24xM20) is an interchangeable mounting component for installing a suitable DIN16 lower die in a semi-automatic eyelet machine. The adapter features an M24xM20 connection and is designed for the corresponding DIN16 tooling configuration.

The component connects the lower die to the machine and supports stable and correct positioning of the tooling during eyelet installation.

Applications

This lower adapter is used for processing DIN16 eyelets in tarpaulins, tent fabrics, protective covers, banners and technical textile products. It is suitable for professional applications requiring a specific lower die connection where reliable tooling installation is important.

What should you consider?

Check that the M24xM20 connection matches the machine and DIN16 lower die used. Consider the correct upper die, corresponding washer and machine configuration. The M24xM20 version is not automatically interchangeable with other M24 or M27 adapters.

Processing and use

Install the lower adapter in its designated connection according to the machine instructions and attach the matching DIN16 lower die. Check that the components are securely mounted and correctly aligned with the upper die. Perform a test installation and verify that the eyelet is evenly and securely fastened in the material.

Matching products

This lower adapter can be combined with suitable DIN16 lower dies, matching DIN16 upper dies and corresponding eyelets and washers. Exact compatibility depends on the machine used and tooling connection dimensions.

Alternative or other version

M24 lower adapters include M24xM16 for 7-11mm, M24xM18 for 12-16mm and M24xM20 for DIN16 (this version). M27 adapters in different sizes are also available for other machine connections.

Matching Fepatex solution

This M24xM20 lower adapter provides a practical solution for correctly installing DIN16 lower tooling on compatible eyelet machines where accurate alignment, a stable tooling connection and reliable processing are important.