NBG980HLS Heavy-Duty High-Speed Double-Sided Edge Banding Machine
The NBG980HLS is a high-performance, heavy-duty double-sided edge banding machine built for large-format, high-throughput panel production. With robust construction, servo-driven systems, and a fully automated processing line, it is ideal for demanding industrial environments that require high precision and efficiency in edge banding both sides simultaneously.
Key Features
- 
Dual-Sided Simultaneous Processing
Automatically completes edge banding on both long edges of the panel in a single pass, doubling throughput and ensuring alignment consistency. - 
High-Speed Servo Control
Servo-driven trimming, grooving, rounding, and fine milling units deliver superior accuracy at speeds up to 50 m/min. - 
Heavy-Duty Tank Chain & V-Belt Press System
Ensures stable material feeding and pressure for consistent edge quality, even on thick or large-size panels. - 
Advanced Multi-Stage Processing
Includes trimming, hogging, fine milling, dual rail end cutting, quick trimming, corner rounding, grooving, scraping, and buffing—all integrated in one line. - 
Universal Trimming Unit (Optional)
Adaptable trimming station for complex edge profiles and varied materials. - 
Corner Rounding by Servo (Dual Head)
Ensures seamless finish and reduced manual post-processing. - 
Designed for Industrial Production Lines
Supports panel sizes up to 3000 mm, suited for mass manufacturing of cabinets, shelves, and architectural panels. 

Technical Specifications
| Parameter | Specification | 
|---|---|
| Model | NBG980HLS | 
| Max. Workpiece Size | 3000 mm | 
| Min. Workpiece Size | 190 mm | 
| Workpiece Thickness | 10–60 mm | 
| Edge Tape Thickness | 0.4–3 mm | 
| Feeding Speed | 20–32 m/min | 
| Total Power | 167 kW | 
| Net Weight | 26000 kg | 
| Overall Dimension | 13265×4960×1950 mm | 
Applications
The NBG980HLS is widely used in large-scale furniture production lines, smart panel factories, and component processing for modular kitchens, wardrobes, and office furniture. It is particularly suited for scenarios requiring high capacity, consistency, and minimal downtime.

