Stability and Accelerated Aging
Our specialized accelerated aging and stability testing services are essential for the e-cigarette industry. As e-cigarettes gain popularity, ensuring their long-term stability and safety becomes crucial. Our advanced testing simulates the aging process, giving manufacturers key insights into their products' lifespan, stability, and performance across different environmental conditions.
Accelerated Aging Assessments: We quickly simulate time, temperature, humidity, and light effects on e-cigarettes to predict shelf life and identify potential degradation issues early.
Real-Time Stability Studies: Our in-depth studies assess how e-cigarettes and their components, such as batteries, e-liquids, and atomizers, perform under typical usage and storage conditions.
Delivered Dose Testing
At ARE Labs we offer specialized delivered dose testing for e-cigarettes, a critical service in an industry where precision is paramount. Our advanced testing accurately measures the nicotine and other substances in e-cigarette vapor, ensuring product consistency and consumer safety.
Comprehensive Delivered Dose Analysis: We perform detailed assessments to determine the amount of nicotine and additives delivered per puff, utilizing next-generation cascade impactors and HPLC analysis to ensure accuracy.
Customized Testing Protocols: We offer tailored testing solutions to accurately evaluate the delivered dose across different e-cigarette types and formulations.
Particle Size Characterization
Particle size characterization is essential for assessing the health and safety implications of e-cigarettes. At ARE Labs, our services provide critical insights into the aerosol properties of e-cigarettes, helping manufacturers ensure their products meet safety standards and clarify inhalation risks.
Comprehensive Particle Size Analysis: We perform in-depth testing to determine particle size distribution in e-cigarette aerosols, vital for evaluating respiratory exposure and potential health effects.
Customized Testing Solutions: Our testing is tailored to different e-cigarette designs and formulations, addressing the specific needs of each product.
Breathing Simulation
Breathing simulation testing for e-cigarettes has become crucial as their popularity escalates. Our advanced testing offers vital insights into drug delivery mechanisms and the impact of particle size on deposition within the respiratory system, enhancing both performance and safety assessments.
Drug Deposition Analysis: We conduct in-depth evaluations of how e-cigarette aerosols deposit drugs within the respiratory tract, essential for optimizing drug delivery efficacy.
Particle Size Characterization: Our comprehensive particle size analysis helps understand the distribution and potential health impacts of e-cigarette aerosols.
Realistic Breathing Patterns: By simulating various real-life breathing patterns, we provide accurate assessments of e-cigarette effects under typical usage conditions.