With so much being reported in media and on the internet, its natural for you to have a lot questions about vaping and vaping quality. We're going to help put you at ease by addressing some of these concerns with accurate information. Why? Because, just like our safety standards, the quality of your vaping experience is important to us.
Vuse is a pioneer in vapour science
Consumers are at the heart of our product development. That's why our specialist team of technical, scientific and engineering experts carefully craft our vaping devices and E-Liquids.
Learn more about the process below:
HOW VUSE STANDS OUT FOR ITS QUALITY
From design development to product manufacturing, your satisfaction is at the heart of everything we do. We scrutinise every detail of our products, from what goes into our eLiquids to the vapour that comes out.
- We only use high-quality ingredients in our eLiquids.
- We assess every single ingredient and material.
- We test each batch of eLiquid and ensure it is traceable and tamper-proof.
- Our products are designed with safety features to protect against over-voltage and over-heating.
- Strict manufacturing processes and quality controls are enforced at all times.
QUALITY VAPING STANDARDS
We advocate for product standards and have contributed to the world’s first voluntary standards on e-cigarettes, created by the French Standards Institute AFNOR and the British Standards Institute.
OUR 360° SCIENCE PERSPECTIVE
Our aim is to build the most reliable products possible. To do so we put our components and materials through rigorous testing. We employ more than 50 scientists across specialisations from toxicology to device development and manufacturing, biosciences to analytic computing.
*The number of scientists and hours of testing are calculated based on the number of scientists who have supported the development testing of Vype/Vuse products as of 29 January 2021.
HOW RIGOROUSLY DO WE TEST OUR VAPE PRODUCTS?
Below is a look at our testing process, undertaken by our team of scientists.
01. knowing how you vape
Our scientists use a vaping topography machine to determine how long and how deeply vapers inhale when using an e-cigarette.
02. COLLECTING THE VAPOUR
We then connect our e-cigarettes to a vaping simulator. This simulates vaping behaviour and collects the vapour for detailed analysis.
03. ANALYSING THE VAPOUR
Our scientists put the vapour through a chromatography testing process to identify its components.
04. ASSESSING THE ELEMENTS
Our professional toxicologists then asses the elements.
05. REFORMULATING AND RE-ENGINEERING
Based on our findings, we reformulate our eLiquids and re-engineer our devices to improve vapour quality. We only use high-quality pharmaceutical and food grade ingredients to maximise purity of ingredients.
06. ANALYSING THE VAPOUR
We repeat this entire process for every eLiquid, formulation and device we make until we are fully satisfied with the results.
We use a range of analytical techniques, specialised technology and expertise to develop and conduct detailed tests of our products. We do this internally and with third-party accredited laboratories. These tests are carried out across our flavours and eLiquids, the devices we manufacture, and through to the combinations in which they are sold.
VAPING TOPOGRAPHY MACHINE
We use this technology to measure vaping behaviour, specifically how long, how deep and how often vapers inhale for. This gives us an indication of the average amount of vapour one could be exposed to throughout the day. Having a clear understanding of these vaping patterns helps us to design the risk assessment study.
This clever equipment mimics the act of vaping. It helps us to establish the maximum number of puffs you get from each of our devices. This machine also contains a filter pad that allows us to collect vapour and analyse its components.
We use this machine for identifying the components of vapour after it has been collected on the filter pad by our vaping simulator.
This technology is used to measure the droplet size of vapour. This leads us to understand how capable our bodies are of absorbing various droplet sizes produced by our devices.
Our scientists and flavourists refine our formulations in our formulation room. This cycle of testing and reformulating is repeated until we are satisfied with the formulation.
We have a 360-degree perspective from engineers and scientists, collaborating together. Hopefully this article has given you all the information you were looking for when it comes to our product development and testing processes.