SUSTAINABILITY QUANTIFIED, IMPACT MULTIPLIED

With methodical, needle-moving solutions, we enable our customers and scientists to accelerate access to health for people everywhere – all while reducing the environmental footprint of science.

We think responsibly and act in terms of generations instead of quarters, believing in the long-term impact on our customers and products. This spirit underpins our continued success.

Our strategic levers focus on where we can have the greatest impact for sustainability through extensive programs in three main areas:

Products with Sustainability Features

Explore all our products with sustainability features in one place. These are products with significant sustainability improvements compared to a “traditional” alternative.

A graphic of an open package with a shining lightbulb coming out of it, filled with two leaves. An electrical plug is also coming out of the package to the side, and wraps around an Erlenmeyer flask with two leaves.

Categories of Sustainability Improvements

Our products with sustainability features are classified into one of three categories. Learn more how we target and measure sustainability characteristics.

A graphic of a lightbulb laying on its side with an opening. Several other graphics are spilling out of the opening in the lightbulb, such as an electricity plug, a distribution truck, a package, an Erlenmeyer flask, a petri dish, a microscope, and a graphic of Earth.

Design for Sustainability

Our industry-first framework that takes a holistic, life-cycle approach to maximize sustainability improvement during product development.

A graphic of an open package filled with four bottles and a lightbulb appearing to pop out of the package. Inside the lightbulb is the Earth and it appears to be illuminated.

SMASH Packaging

Explore our proprietary packaging sustainability framework that comprises optimizing resources, producing more sustainable materials, and designing them for circular economies.

DOZN™ Quantitative Green Chemistry Evaluator

Discover our free, industry-first Green-Chemistry tool that utilizes the 12 Principles of Green Chemistry to quantify the sustainability of any product or process.

A graphic of a conveyer belt passing through the outline of a brain. On the conveyer belt are various pieces of laboratory plastic waste, including a trash bag of pipette tips and empty plastic bottles, a package filled with an empty bioreactor bag and test tubes. The common illustration for recycling surrounds the entire conveyer belt.

SHIFT Circular Recycling

Learn more about how we’re building circularity for the life science industry through greener polymers and circular recycling programs for single-use plastics.

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