首款无碳排放预充式自动注射器

预充式自我注射系统的日益普及使给药装置行业处于世界最大挑战之一的前沿：塑料的使用及其对环境的影响。我们需要立即行动，发出明确的信号，表明我们正在认真对待我们的责任。

YpsoMate Zero简介

YpsoMate Zero – 净零碳排放预充式自动注射器 到2030年实现净零碳排放的第一步

YpsoMate Zero将经过验证的YpsoMate自动注射器转变为零碳排放装置平台：

  • 使用替代材料
  • 优化价值链
  • 抵消剩余的碳排放

YpsoMate Zero是一款零碳排放自动注射器产品，不会影响可用性和患者安全：

  • 基于久经考验的YpsoMate自动注射器平台
  • 赋能碳中和组合产品

自我给药和可持续性：将恶性循环转变为良性循环

我们进行了生命周期评估，以获得关于两步式自动注射器在其整个生命周期（包括原材料、制造和最终处置）中的环境成本的定量和系统观点。

生命周期分析为减少YpsoMate碳排放提供了基础，因为它将工程努力引向最紧迫的环境热点：

  1. 在选定的装置组件和包装中使用替代聚合物
  2. 装置组件和装置子组件包装的闭环
  3. 在开发过程中实施回收设计

Introduction to the YpsoMate autoinjector value chain

Closing the loop for the packaging

The life cycle analysis highlights the environmental hot spots and enables evidence-based and data-driven design optimisations. The areas subject to optimisation are highlighted in blue.

Life cycle analysis to assess the total carbon emission of the YpsoMate autoinjector

Compensating the unavoidable carbon emissions

An overview of the life cycle analysis to highlight the environmental hot spots and to enable data-driven design optimisations.

Transforming the proven autoinjector into a zero carbon emission device platform

Using alternative polymers

The use of alternative materials and optimization loops along the value chain have resulted in a substantial reduction of the total carbon emission. Ypsomed's Ahueni reforestation programme that commits to the highest industry standards is used to offset the remaining carbon footprint.

YpsoMate Zero at a glance

The use of alternative materials, optimisations along the value chain, and offsetting the remaining carbon footprint result in a carbon emission free pre-filled autoinjector without compromising on usability and patient safety.