CL5 V3e £67,800.00
- 5 Head
Filler - 2 Person
Operation - Up to 2,200
Cans Per Hour - Download
Spec Sheet
Product Description
A 5-head filling machine designed to fill and seam standard aluminium cans. It is specifically designed for the craft beverage environment where space can be a governing factor. Although it is a compact machine, it still carries all the equipment of the larger units.
Introducing the CL5 V3e Canning Machine – a pinnacle of British engineering, redefining canning for producers of all sizes. This sleek and efficient machine seamlessly blends advanced features with user-friendly design, ensuring precision and innovation at every step.
With automated precision, the CL5 V3e minimizes manual intervention, guaranteeing consistent and accurate filling and sealing for heightened production efficiency. Its versatility accommodates various can sizes, making it adaptable for diverse product lines.
The user-friendly interface simplifies operation, and easy access to components facilitates maintenance. Constructed with food-grade materials, the CL5 V3e prioritizes hygiene, ensuring a clean and sanitary production environment.
Balancing speed and precision, this high-speed machine meets market demands without compromising on quality. Advanced sealing technology ensures airtight seals, extending product shelf life and preserving freshness.
Customize the CL5 V3e to your needs with optional features. Elevate your canning operations with this reliable, efficient, and technologically advanced solution, where British innovation meets excellence on the production floor. Stay ahead with the CL5 V3e.
The CL5 V3e canning line has a footprint of 3600mm x 700mm. The throughput of cans is between 1,500 and 2,200 cans per hour, this is based on the can size, equipment supplying the fluid and temperature. As an example a 330ml can, packaging beer is 2,000 cans per hour. Throughput can be increased via speed control valves, once the customer is competent with the operation. These speeds are based on the correct presentation of product.