Horizon BQ-470 PUR

The Horizon BQ-470 PUR perfect binder represents the pinnacle of binding technology, specifically engineered for professionals in the printing and bookbinding industry who demand the highest standards of quality and durability in their products. This highly automated, four-clamp binder is adept at producing a wide array of bound materials, including art books, textbooks, manuals, and photo books that require the superior hold and flexibility provided by polyurethane reactive (PUR) adhesive—the most durable bookbinding glue available.

Machine Presentation

Tailored to perfection, the Horizon BQ-470 PUR offers an advanced level of automation. It is equipped with a sophisticated control system, complete with a user-friendly interface, allowing for quick setups and changeovers, ideal for both short-run digital jobs and longer offset print runs. The machine features a closed PUR gluing system that ensures a clean operation with less waste and easy maintenance, which is essential for operating in a clean environment.

With PUR binding, the BQ-470 provides a stronger bond that can withstand extreme temperatures and lay-flat capabilities, which are crucial for high-end product presentations and ease of reading. The glue application is precise, with a side gluing feature that ensures each page is securely fastened to the spine, making the final product not only aesthetically pleasing but also highly functional and robust.

Key Technical Specifications

Fully automated four-clamp perfect binding.
Closed system for PUR adhesive application, ensuring efficient glue usage and cleaner operation.
Touchscreen control panel for user-friendly navigation and quick setups.
Handles a diverse range of paper types, sizes, and weights.
Integrated cover scoring for a crisp, professional finish.
Robust build quality designed for continuous, high-volume production.

Technical Data

The design of the Horizon BQ-470 PUR centers on performance, reliability, and operator ease of use. The machinery is compact enough to integrate into various production settings while being robust enough to handle substantial workloads. It champions energy efficiency and minimized waste, making it a cost-effective and environmentally friendly choice for modern printing facilities.