Cylindrical Body Cleco Fasteners, also known as spring or skin Clecos, are widely used in situations where materials need to be held together temporarily before the final fastening method is applied. Here is a general guide on how to use these fasteners:

Mark your material: Start by marking the points on the material where you want the Cleco Fasteners to be placed.

Drill the holes: Use an appropriate drill bit to drill a hole at each marked point. Make sure the hole size corresponds with the size of your Cleco Fasteners.

Prepare the Cleco fastener: Spring-type Cleco Fasteners are operated using a special Cleco pliers. When the pliers are applied, it compresses the spring and opens the fastener’s jaws.

Insert the Cleco fastener: Once the Cleco is opened, insert the fastener into the drilled hole. The jaws should be on the underside of the material, gripping it from beneath.

Release the Cleco pliers: Once the Cleco is in the hole, release the pliers. The spring mechanism will close the jaws and clamp the material securely.

Check the alignment: With the Cleco in place, you can verify that your material is aligned correctly. If not, you can use the Cleco pliers to remove the fastener, adjust the materials, and then reapply the Cleco.

Repeat for additional Clecos: If you’re using more than one Cleco fastener, repeat this process for each one.

Remove the Clecos: Once you have secured the material with your permanent fasteners (like rivets or screws), use the Cleco pliers to remove the Cleco Fasteners.

Remember to use the correct size Cleco for your material and project. An improperly sized Cleco can cause damage to your material or provide insufficient holding force.

25 Specific Uses For Cylindrical Body Cleco Fasteners

1. Aircraft Skin Assembly: Fastening together the skin panels of an aircraft during assembly before riveting.
2. Small Boat Construction: Holding together panels of a small aluminum boat during assembly.
3. Race Car Panel Assembly: Aligning and holding panels in place during a race car’s construction.
4. Bicycle Frame Alignment: Temporarily securing tubes and joints in place when building a custom bicycle frame.
5. Musical Instrument Manufacturing: Holding pieces of a brass or woodwind instrument together during assembly.
6. Jewelry Making: Keeping metal pieces aligned during the assembly of larger custom jewelry pieces.
7. Electronic Enclosure Assembly: Holding together panels of electronic enclosures before final assembly.
8. Miniature Model Assembly: Securing small, thin pieces in model aircraft, ships, or architectural models.
9. Automotive Bodywork: Aligning sheet metal before final riveting or welding in car restoration projects.
10. Custom Motorcycle Build: Temporarily holding bodywork in place before final assembly.
11. Computer Case Modding: Fastening custom panels together before final assembly.
12. Custom Furniture Building: Keeping metal sections aligned before final attachment.
13. Precision Sheet Metal Work: Holding thin metal sheets together during detailed assembly.
14. Small Metal Artwork Projects: Holding small pieces together in delicate metalworking art projects.
15. HVAC System Installation: Securing pieces together during the assembly of HVAC systems.
16. Radio-Controlled Vehicle Builds: Temporarily holding together sections of RC cars, boats, or planes during assembly.
17. Motorcycle Exhaust Assembly: Holding together sections of custom exhaust pipes before final welding.
18. Metal Sculpture: Keeping small pieces aligned during the assembly of detailed metal sculptures.
19. Custom Kitchen Hood Vent Assembly: Holding together sections of a custom hood vent before riveting.
20. Metal Toolbox Construction: Holding together parts of a metal toolbox during assembly.
21. Precision Metalwork Prototyping: Keeping prototype components aligned during initial assembly.
22. Automotive Part Restoration: Holding together sections of automotive parts during restoration.
23. Repairing Metal Fencing: Temporarily securing sections of metal fence for alignment before final attachment.
24. DIY Metal Projects: Holding together components in a variety of home DIY metal projects.
25. Installation of Metal Stair Railings: Keeping parts aligned during assembly before final attachment.