
Case Study
Dispergo Vaping
Marking its fifth year in business, Dispergo Vaping continues to innovate by creating unique e-liquids for stores nationwide. To support rapid growth, they needed a reliable, automated solution to increase output without the rising costs associated with hiring additional staff.
Objectives
To increase production by automating the filling and labelling process, enabling Dispergo Vaping to meet growing demand without escalating staffing costs.
“Their outstanding customer service and continued support have ensured a seamless integration of their solutions into our operations. From installation to ongoing maintenance, Atwell’s team has been consistently reliable, enabling us to optimise our labelling processes with confidence.”
Dispergo Vaping
At a Glance
Challenges
- Increasing production capacity while maintaining or improving label quality.
- Eliminating inconsistencies that arose from manual labelling processes.
- Meeting growing demand without significantly expanding the workforce.
Benefits
- Production capacity increased from 1,000 bottles per hour to 3,500, allowing Dispergo Vaping to keep up with demand efficiently.
- Reduction in manual labour, freeing up staff for other tasks and minimising repetitive strain.
- Consistent, high-quality labelling across various bottle sizes.
Solutions
Manual labelling presented challenges, such as inconsistent application and delays in production. After receiving high recommendations from other customers, Dispergo chose Atwell Labellers for their solution. Atwell’s linear wrap applicator was the ideal choice, thanks to its flexibility and seamless integration with Dispergo’s existing filling machine. This automation ensured that production continued without interruption during installation.
The installed system handles various bottle sizes, from 10ml to 120ml, maintaining precision and quality regardless of the volume. With its robust capabilities, the applicator significantly increased Dispergo’s output, helping them stay ahead in a competitive market while reducing the need for manual interventions.
