Product Development R & D Laboratory Testing

Device and materials development often involves new or combination of independent methods at the edge of a company’s core competence. In most cases, prototyping, testing and experimentation are required for each development stage. Ideally, modeling and theory of the appropriate principles would allow a company to quickly get to an early-stage prototype or manufactured good. However composites, semiconductors, and other materials, frequently have many unexpected deviations. Problems do not disappear but reappear with new issues as soon as the process begins to scale to full production.

In any R&D, the key to minimizing dead-ends and maximizing progress is the correct information. Our Product Development R & D Laboratory Testing services can provide your research team or company with accurate information in a fast and affordable way. We can conduct a detailed analysis of materials in a cooperative manner with fast turn around.

Product Development R & D – Biomedicine

Biomedicine - Product research and development

Product Development R & D – Liposome Suspension

r & D laboratory testing liposome suspension

Other Lab Services

We have imaging experts on site to analyze your samples. Bring it, ship it or upload your image data for analysis

Material Testing

Particle Analysis

High-throughput data analysis

Engineering Support

Unkown Material Identification

Composition Analysis of Materials

Product Development R & D Laboratory Testing

Comparative Testing Lab Services

Nano-Material and Nano-Particle Testing Lab

Inspection Services for Electronics

Rogers Imaging serves the following industries and markets:

Manufacturing

Many companies believe that hard work is done when a product is designed, researched, and tested for manufacturing. But manufacturers can face new challenges that can be more difficult than the initial research or design stages. Read more

Pharmaceuticals

Testing the particle characterization of pharmaceutical products is a complex set of procedures associated with high costs, time, and scientific knowledge in order to build quality, efficacy, and safety into the composition of a drug. Read more

Aerospace and Automotive

The duration of product development processes from concept to series production is constantly shrinking. This is especially true in the Aerospace and Automotive industry, where the shift to electric vehicles is accelerating change. Learn more

Petrochemical Industry

Quality control of petrochemical industries, such as oil, gasoline, distillates, lubricants, alternative fuels, and other materials, is based on the use of a set of methods, including particle characterization and size analysis and determination of the physical characteristics of samples. Read more

Ceramics

Ceramic materials are widely used in construction, aerospace, sports, medicine, and many other industries because they are durable, lightweight, and chemical and heat-resistant. Powdered ceramic material is dispersed when ceramic components are produced, and then it formed into a green body (component shape). Learn more

Cosmetics and Beauty

In highly regulated sectors such as Cosmetics and Beauty products and household chemicals, product testing helps assess product safety, protecting the brand and helping to make the home a safer place. Read more

Environmental, Water, and Wastewater

Particle size analyses are essential to evaluating water, air, and many other materials for environmental applications. From our planet’s environment to indoor air quality, particle characterization and size results can verify compliance with safety standards. Read more

Food and beverages

The taste, texture, digestive properties, and nutritional characteristics of our food are affected by the shape and size of particles. For example, the size of the coffee particles and the degree of grinding affect both the taste of the coffee and the preparation time. Read more

Medical devices

Particle size analysis is a standard procedure in many quality control and research laboratories to ensure the highest quality of the final medical devices. Read more

Metals

Modern image analysis methods make it possible to study the size and shape of metal particles. Metal products need to be more functional, stronger, more resilient in high-tech applications and common commodity uses. Read more

Coatings, Plastics, Metals, Ceramics, and Polymers

The particle size and particle shape of the Coatings, Plastics, Metals, Ceramics, and Polymers materials influence the quality and performance of the end product. Read more

Electronics and Semiconductors

Nowadays, products can be more challenging because of the increasing complexity, proliferation of widely separated micro-electronics assembly partners, and shrinking node sizes. Read more

Indoor Air Quality Analysis

The quality of the ambient air affects the human body. The presence of fine particles, toxic gases in the air, the concentration of carbon dioxide – all these factors affect the performance of people and lead to the occurrence of chronic diseases. Read more

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