Training

ATS Scientific Inc offers a wide range of analytical instrumentation and technologies. As part of our on-going commitment to our customers, we offer the following post installation services.

Onsite training at your facility

Our product managers and technical service staff can offer training courses at your facility for our complete product line. Training courses are customized to suit your needs, choose from half day or complete day training courses to train your staff on advanced instrument operation and applications.

Training at ATS Scientific corporate headquarters

Our technical staff offer training courses in our Burlington, Ontario head office. Theoretical and application training is offered in our state of the art training room, along with hands on instrumentation training in our demonstration lab.

Webinars

ATS Scientific Inc and our instrument manufacturers offer webinars on an on-going basis, please contact our technical department to learn about upcoming webinars. Training videos are also readily available for many of our products.

Workshops

To keep our valued clients updated with product innovations and new applications available for our broad range of instruments, we offer complimentary on-site Lunch and Learn sessions. Alternately, we welcome your ideas on topics that would be of interest and can offer customized workshops or webinars on sample preparation or on analytical challenges you may have. Please contact us with your suggestions.

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FitoClima Reach-In Environmental Chambers

April 5, 2024

FitoClima Reach-In Environmental Chambers are specialized equipment used in plant growth research and experimentation. These chambers provide controlled environmental conditions to simulate various climates and environments for studying plant growth, development, and responses to different factors.

Here are some key features and applications of FitoClima Reach-In Environmental Chambers:

Controlled Environment: These chambers offer precise control over environmental parameters such as temperature, humidity, light intensity, photoperiod (light-dark cycles), CO2 levels, and air circulation.
Customizable Conditions: Researchers can customize environmental conditions according to their specific experimental requirements. This flexibility allows for the simulation of diverse climatic conditions, including those found in different geographical regions or under specific environmental stressors.
Plant Growth Studies: FitoClima chambers are widely used in plant biology research to investigate various aspects of plant growth, development, physiology, and metabolism. Researchers can study the effects of temperature, humidity, light quality, and other environmental factors on plant growth rates, morphology, flowering, fruiting, and biochemical processes.
Climate Change Research: These chambers are valuable tools for studying the impacts of climate change on plant ecosystems. By subjecting plants to predicted future climate scenarios, researchers can assess how different species may respond to shifts in temperature, precipitation patterns, and atmospheric CO2 concentrations.
Crop Improvement: Agricultural scientists use FitoClima chambers to conduct research aimed at improving crop productivity, resilience, and adaptability to changing environmental conditions. This includes experiments on crop breeding, genetic engineering, and agronomic practices under controlled conditions.
Phenotyping and Phenomics: FitoClima chambers facilitate high-throughput phenotyping and phenomics studies, where large numbers of plants are systematically analyzed for various traits and characteristics. This enables researchers to identify genes, traits, and physiological responses associated with plant performance under different environmental conditions.
Education and Training: These chambers are also used in educational settings, such as universities and research institutions, to train students and researchers in plant biology, environmental science, and experimental techniques.

Overall, FitoClima Reach-In Environmental Chambers play a crucial role in advancing our understanding of plant-environment interactions and have widespread applications in basic and applied plant research, agriculture, and environmental science.

Fully Automated Static Image Analysis for Very Fine Powders

March 28, 2024

The CAMSIZER M1 is a particle size and shape analyzer manufactured by Retsch Technology GmbH. It's designed for analyzing the size and shape of particles in various materials such as powders, granules, and suspensions. The instrument utilizes a combination of dynamic image analysis and static laser light scattering to provide detailed information about particle size distribution, particle shape parameters, and other morphological characteristics.

Some key features of the CAMSIZER M1 may include:

Dual-camera system: This allows for simultaneous image acquisition from two different angles, providing more comprehensive data on particle size and shape.
High-resolution imaging: The instrument typically offers high-resolution imaging capabilities, enabling accurate analysis of both large and small particles.
Wide size range: The CAMSIZER M1 is capable of analyzing particles ranging from a few micrometers to several millimeters in size, making it suitable for a wide range of applications.
Automated analysis: It often comes equipped with software that allows for automated analysis of particle images, streamlining the process and reducing the need for manual intervention.
User-friendly interface: The instrument typically features an intuitive user interface, making it easy to operate and navigate, even for users with minimal technical expertise.
Versatile applications: It can be used in various industries such as pharmaceuticals, chemicals, food and beverages, minerals, and many others where particle size and shape analysis are crucial for product quality and performance.

LM 10 - Digitally Controlled High Shear Fluid Processor lab unit- Ideal for small sample volume material processing

March 18, 2024

The LM 10 Microfluidizer is a powerful tool for small sample volume material processing, offering precise control and consistent treatment throughout the entire volume.

Here are some key features and benefits of the LM 10:

1. Precise Pressure Control: The LM 10 maintains consistent pressure for all materials introduced into the system, ensuring uniform treatment and reliable results.

2. Submicron Size Reduction: With its high shear fluid processing capabilities, the Microfluidizer can achieve submicron size reduction, making it suitable for a wide range of applications requiring fine particle sizes.

3. High Product Yield: By efficiently processing materials, the LM 10 ensures high product yield, maximizing the value of each sample and reducing waste.

4. Scalability: The Microfluidizer is designed for scalability, making it suitable for both small lab samples and production volumes. This ensures seamless process scale-up without compromising on performance.

5. Versatility: The LM 10 is versatile and can be used for various applications including emulsification, cell disruption, nanoparticle synthesis, and more, making it a valuable tool for research and development in diverse industries.

6: Reliability: With its consistent performance and robust design, the Microfluidizer offers reliable operation, minimizing downtime and ensuring consistent results batch after batch.

7: Ease of Use: Despite its advanced capabilities, the LM 10 is designed to be user-friendly, with intuitive controls and easy maintenance, allowing researchers and operators to focus on their experiments rather than technical complexities.

Overall, the LM 10 Microfluidizer is an ideal solution for laboratories and industries requiring precise, efficient, and scalable material processing capabilities for small sample volumes.

Ask our ATS Scientific Inc. product specialist J Emili 800-661-6700 for product application and design assistance. Or visit our website at https://ats-scientific.com/products/supplier/microfluidics

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