We will deliver a miniaturized low-cost inspection instrument for quality control of gases in packages containing food and pharmaceutics to ensure the product shelf life and quality. A compact gas analyzer based on laser spectroscopy, driven by an intelligent TDLAS platform and an innovative digital laser performance model will reduce the cost and maximize the instrument performance. The instrument will be a game-changer in the packaging inspection segment.
Reduction of food and pharmaceutical waste is of critical importance to reach the UN sustainable goals.
One solution is packaging with modified atmosphere (MAP) to prolong the shelf life and preserve product quality.
Inspection of gas content and sealing properties are essential to ensure correct MAP packaging. Present inspection instruments are not very attractive as they suffer from limited lifetime, high maintenance, and operator costs.
The instrument will be sold and promoted through Gasporox and its distributors targeting the food and pharmaceutical packaging industries and its over 100 000 production lines as well as package laboratories. The instrument will fill a void that competitive technologies cannot compete with by applicability, price, size, usability, and robustness. The developed compact laser analyzer and the components will be further marketed for other areas.
We will deliver a handheld low-cost inspection instrument for quality control of gases in packages containing food
and pharmaceutics to ensure the product shelf life and quality. A compact gas analyzer based on laser
spectroscopy, driven by an intelligent TDLAS platform and an innovative digital laser performance model will
reduce the cost and maximize the instrument performance. The instrument will be a game-changer in the
packaging inspection segment.
Reduction of food and pharmaceutical waste is of critical importance to reach the UN sustainable goals. One
solution is packaging with modified atmosphere (MAP) to prolong the shelf life and preserve product quality.
Inspection of gas content and sealing properties are essential to ensure correct MAP packaging. Present
inspection instruments are not very attractive as they suffer from limited lifetime, high maintenance, and operator
costs.