 |
| Quantity: | |
|---|---|
 | Product Introduction |
Plywood edge trimming saw machine,the plywood production line is a kind of artificial board which is used to spin the log into a single board, and then vertically aligned with each other in the direction perpendicular to the fiber direction. Plywood is the ideal products are widely used in all kinds of furniture, office equipment, combination of speaker, packaging industry exhibition.
| Product Display |
| Product Parameter |
| Model | ALVA |
| Sawing Length × Width | 2440×1220 mm |
| Saw Blade Diameter | 305 mm |
| Total Power | 41.8 KW |
| Overall Dimensions (L×W×H) | 8700×4400×1300 mm |
| Product Advantages |
Equipped with a precise positioning system and high-precision saw blade assembly, the equipment enables accurate cutting of plywood edges, resulting in smooth and flat cuts with minimal dimensional errors.
It effectively avoids issues such as burrs and edge chipping. Whether for batch trimming of standard-sized panels or precision processing of customized dimensions, it can guarantee edge consistency and regular appearance, significantly enhancing the grade and market competitiveness of finished plywood products.
Boasting wide material compatibility, the equipment can stably adapt to plywood of different thicknesses and materials (such as ordinary plywood, multi-layer boards, fireproof boards, etc.) without frequent equipment parameter adjustments.
Meanwhile, it supports continuous automated operation, capable of connecting with front-end and back-end production lines. It is suitable for both mass production and small-batch, multi-specification processing scenarios, flexibly meeting diverse production requirements.
Adopting a high-power drive and optimized transmission structure, the equipment features fast cutting speed and stable operation, significantly shortening the trimming cycle of individual panels and improving overall processing efficiency.
The machine body is made of high-strength materials, with durable core components that can withstand long-term continuous operation, reducing downtime due to faults and maintenance frequency.
Combined with an intelligent operation interface, it lowers the complexity of manual operations, further optimizing the continuity of the production process and labor costs.
