Engineering in Action

Challenge

Replacing non-recyclable tea bag envelopes with a recyclable option for high-speed Ima C28 packing lines, without altering appearance or texture.

Solution

Recyclable, heat-sealable paper was developed, maintaining production speed and matching the original look.

Challenge

Biodegradable tea bag envelopes had to work with Fuso Prism machines while retaining structural integrity.

Solution

A compostable paper and film laminate protected teas and ensured packing durability throughout the process.

Challenge

Sought recyclable sugar stick packaging that would seamlessly work with high-speed packing lines.

Solution

New heat-sealable paper material replaced non-recyclable packaging, maintaining speed and narrow seams for efficient production.

Challenge

A recyclable packaging and printed packaging solution was required to maintain both premium print quality and high-speed production.

Solution

Designed a heat-sealable solution that preserved print quality and production speed, ensuring consistency on the production line.

Challenge

Transition to recyclable packaging for dry foods without losing visual appeal or production speed.

Solution

Recyclable materials were introduced, reducing weight while preserving high-speed performance and maintaining aesthetic quality.

Challenge

Required durable packaging with less plastic for frozen desserts, while ensuring product integrity.

Solution

A paper-based barrier packaging reduced plastic use and kept product shape intact during transportation.

Challenge

Developing an easy-open banderole for premium trash bags, requiring high technical precision and aligning with FSC certified packaging standards.

Solution

Glue deactivation technology ensured effortless opening, with FSC-certified paper for environmental sustainability.

Challenge

Needed to include product information on compostable BioBag packaging without increasing its size.

Solution

Adhesive-side printing maximized available space, allowing for more information without enlarging the packaging.

Challenge

Thin plastic - 7-micron garbage bags often tore when users removed adhesive labels, especially on more delicate bioplastic bags.

Solution

Adjusted adhesives for both thin and bioplastic bags, using FSC-certified paper to enhance market appeal.

Challenge

Durable, precise adhesive labels were required for respiratory masks used in critical medical environments.

Solution

High-quality materials ensured label durability and precise alignment (<0.1mm) for critical medical use.

Challenge

Labels were needed to stay firmly on resistant furniture surfaces and deter removal without leaving traces, supporting product safety communication.

Solution

Ultra-adhesion, tamper-proof labels were developed using FSC-certified materials for both performance and sustainability.

Challenge

The company sought to transition retail tea product packaging to recyclable packaging without losing premium aesthetics.

Solution

Multi-layer recyclable paper bags maintained premium look and feel, along with complete recyclability.