Horizon BQ-280 PUR

The Horizon BQ-280 PUR perfect binder stands at the forefront of binding technology, offering an exceptional blend of speed, precision, and versatility. Engineered for professional print shops, bookbinders, and on-demand publishing centers, the BQ-280 PUR is specifically designed to handle a wide array of binding tasks with unparalleled efficiency. This machine excels in producing softcover books, catalogues, and corporate reports, delivering strong, durable binds with the aesthetic appeal that today's market demands. Its use of PUR (Polyurethane Reactive) adhesive ensures that each book is bound with the highest integrity, making it ideal for high-quality, high-volume, and variable data print productions.

Key Technical Specifications:

Model: Horizon BQ-280 PUR
Binding Type: Perfect binding with PUR adhesive
Book Size Range: Max. 385mm (H) x 320mm (W) for cover; Min. 100mm (H) x 135mm (W)
Book Thickness: 1mm to 50mm, accommodating a broad range of book sizes
Cycle Speed: Up to 500 cycles per hour, optimizing productivity
Adhesive: PUR adhesive system for superior binding strength and flexibility
Cover Feeder: Fully automated cover feeder with scoring capability
Clamp Opening: Automatic clamp opening mechanism to facilitate easy operation
Setup: Touchscreen control for quick setup and job recall
Power Requirements: [Power requirements, typically in voltage and frequency, specific to the model]

Technical Data:

The Horizon BQ-280 PUR perfect binder is engineered to deliver the highest level of performance and reliability. It features a closed tank system for the PUR adhesive, minimizing waste and ensuring a cleaner working environment. The machine's ability to bind a wide range of book thicknesses, combined with its high cycle speed, makes it an ideal solution for fast-paced production environments. Its advanced cover feeder and precise adhesive application system ensure that each book is produced with a professional finish. The touchscreen control panel simplifies the setup process and enables operators to easily recall stored jobs, further enhancing productivity and operational efficiency.