Biesse’s Rover Edge revolutionises edge banding

Italian company Biesse S.p.A. specializes in designing, manufacturing, and distributing machines, integrated systems, and software for processing materials such as wood among others.

Serving industries including furniture, automotive, aerospace, and construction, Biesse has established itself as a leader in providing innovative solutions for material transformation.

The increasing demand for high-quality, customizable furniture with swift delivery times has reshaped manufacturing expectations. Addressing this transformation, Biesse has introduced two single-sided edgebanding machines:

Rover Edge Go S P A13: Designed to elevate craftsmanship for small and medium-sized companies.

Rover Edge Go S P A14: Tailored for businesses requiring high-quality, adaptable production solutions.

Advanced Features

Both machines combine advanced technology with user-friendly design, enabling businesses to maintain superior quality and accommodate higher order volumes without significant financial strain. They offer powerful solutions for achieving precision, durability, and efficiency in edgebanding processes. Key shared features include:

Precision Engineering for High-Quality Finishes

Equipped with a Pre-milling Autoset device that automatically centres tools on the panel, ensuring precision while reducing preparation time. The 2-motor Pre-milling unit prepares each panel’s surface for flawless edge application, ideal for delicate and high-gloss surfaces. An innovative edge-tracing system eliminates friction and maintains a 350mm gap between panels, maximizing productivity and minimizing defects.

Flexible Glue Systems for Enhanced Versatility

Integration of the TM15 Hybrid Top Melt pre-melter, compatible with both EVA and PUR adhesives in various formats. This system extends the glue’s lifespan and facilitates easy maintenance. Advanced glue level sensors send alerts for optimal glue management, reducing waste and streamlining production.

Smart Touch Control for Intuitive Operation

A 23-inch Smart Touch panel simplifies programming and monitoring. Real-time data and advanced statistics help operators assess productivity and machine performance. Mobile app connectivity enables remote monitoring, providing businesses with data-driven insights to improve overall production efficiency.

Empowering Production with IoT and SOPHIA

Integration with Biesse’s IoT platform, SOPHIA, connects machines and provides real-time performance updates. SOPHIA reduces costs by 10%, increases productivity by 10%, and reduces downtime by 50%, transforming interaction with technical support through remote diagnostics and prioritized support requests.

Distinctive Features of Each Machine

While both machines share core advanced features, each offers unique advantages tailored to specific business needs. The Rover Edge Go S P A13 is specifically designed to elevate craftsmanship for small and medium-sized companies.

It provides an affordable solution without compromising on quality, making it ideal for businesses aiming to enhance their production capabilities within budget constraints.

On the other hand, the Rover Edge Go S P A14 is tailored for businesses requiring high-quality, adaptable production solutions. It features a monolithic base and high-stability construction, absorbing vibrations during operation to ensure consistent quality across multiple shifts.

The optional Belt Presser provides uniform pressure across panels, making it suitable for delicate surfaces. Additionally, the machine’s advanced automatic loader minimizes setup time, enabling rapid changes between different edgebanding requirements without interrupting workflow.

Biesse’s Rover Edge Go S P A13 and P A14 represent significant advancements in edgebanding technology, offering tailored solutions to meet diverse manufacturing needs.

By integrating precision engineering, flexible glue systems, intuitive controls, and IoT connectivity, these machines empower businesses to enhance productivity while maintaining the highest quality standards.

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