JLT #717C-M Miter Door Clamp Applications
- Miter cabinet door assembly and precision corner joining
- Stile and rail cabinet door production
- MDF and HDF door manufacturing
- Custom woodworking shops and production cabinet facilities
- High-accuracy door assembly requiring fine pressure adjustments
JLT #717C-M Miter Door Clamp Specifications
| Model | #717C-M |
|---|---|
| Maximum Capacity | 26″ × 62″ |
| Minimum Clamping Capacity | 9″ |
| Clamp Configuration | (2) Vertical & (2) Horizontal Clamps |
| Working Angle | 15° |
| Operation Type | Single Lever Operation |
| Machine Footprint | 86″ L × 50″ H × 36″ W |
JLT #717C-M Miter Door Clamp Performance & Construction
- Advanced Dial Control System allows precise, real-time pressure adjustments in both directions while clamping.
- Clamp and square 100+ miter doors per day for high-efficiency production environments.
- Precision squaring capability for both miter and stile & rail cabinet doors.
- (2) vertical and (2) horizontal clamps provide balanced, even pressure across all joints.
- Optimized for MDF and HDF doors with protective clamping design to prevent material damage.
- Fast changeovers increase throughput and reduce downtime between door sizes.
- Single lever operation simplifies workflow and ensures consistent results.
- 15-degree working angle enhances ergonomics and improves glue joint alignment.
- Intuitive Trident Pin System allows fast, accurate setup and repeatable positioning.
- Rear-mounted cylinders provide additional working space for operator comfort and safety.
- Redesigned jaws with thumb plate improve efficiency and ease of positioning.
- Thicker push bars reduce wear and extend machine lifespan.
Why Choose the JLT #717C-M Miter Door Clamp
- Specialized for precision miter door clamping and squaring.
- Dial Control System enables unmatched adjustment accuracy under pressure.
- Handles both miter and stile & rail doors with ease.
- Fast setup and changeovers improve production efficiency.
- Durable, industrial-grade construction for long-term reliability.









