Pneumatic Rivet Nut Gun (M4-M12, Auto Self-Locking Head)
Key points
- Sets M4-M12 rivet nuts in seconds by air power
- Self-locking nose holds inserts firmly during stroke
- Interchangeable heads cover the common metric range
- Comfortable high-pull design for production use
- Creates strong reusable threads in thin panels without back-side access
- Air-powered setting applies consistent torque to every insert, unlike hand setters
- Built for a shared tool pool or rental fleet, one air tool covers the whole metric insert range, so a hire counter does not need a separate manual setter for each size
- Sheet metal shops can set inserts after powder coating without cracking the finish, since the setting force stays in the insert
| Range | M4-M12 Rivet Nuts |
| Drive | Compressed Air |
| Type | Auto Self-Locking Head |
| Included | Mandrel Heads Set |
| Use | Sheet Metal & Tubing |
| Action | Fast Blind-Side Setting |
| MOQ | 1 pc |
| Price basis | FOB China |
| Payment | T/T bank transfer |
| Packing | Export carton with moisture-resistant packing |
| Sample | Available before a bulk order |
| Lead time | Confirmed in your quotation |
Product detail
Pneumatic rivet nut gun that sets threaded inserts quickly in sheet metal, tubing and panels for strong, reusable thread points. The tool installs rivet nuts from M4 through M12 by pulling the mandrel with compressed air, so even blind-side fastening takes seconds instead of minutes with hand tools. Interchangeable mandrel heads snap in to match the insert size, and the self-locking nose holds the rivet nut securely while the stroke pulls it tight against the material. The comfortable grip and high pulling force reduce operator fatigue across production runs, while the faster cycle time keeps assembly lines moving. A protective nose tip and rugged body stand up to daily shop use, and the tool runs on any standard workshop compressor. Ideal for automotive bodywork, sheet-metal fabrication, appliance assembly and metal furniture manufacturing where reliable thread inserts in thin materials are required. Because every insert is set with the same air-driven stroke, a batch of panels comes off with threads at a consistent depth, which matters where a mating part is located later on a jig.
