Welcome to Nanowatts Technologies Scientific Laboratory
Our Research
At Nanowatts Technologies Scientific Laboratory, we conduct cutting-edge research in {scientific field}. Our team of expert scientists is dedicated to advancing the understanding of {scientific field} through innovative research and discovery.
SEMICONDUCTOR PRODUCT TEARDOWN SERVICES
Semiconductor Die Level Analysis
- Module and multi chip packages decapsulation of SoP, PoP, BGA's, QNF & QFP die level analysis
- Failure mode investigation of failed devices due to electrical overstress (EOS, ESD), die level contamination
Dry Film Thickness (DFT) Edge Coverage ISO Case Study Report
Case Study on Paint Coating Edge Coverage Analysis
- In this ISO coating quality assurance case study, a customer submitted painted steel panels for dry film thickness (DFT) edge coverage evaluation. The main goal was to verify whether the paint provided uniform protection over sharp edges, where coating is typically thinner and chances of early corrosion.
- Sectioning of Coated Panel : Cross-sections of the painted edge were prepared to measure coating distribution on flat vs. edge regions.
- Optical Microscopy : Imaging confirmed thinner coatings at edges compared to flat areas, with some spots showing inadequate coverage.
- Conclusion: The study, performed in line with ISO 12944 and ISO 2808, verified lower edge coverage and emphasized the need for proper edge preparation and optimized coating application to improve long-term corrosion resistance.
Semiconductor testing nanofabrication facility services in nano science and engineering is clunky, pricey, hard to set up and challenging to use. Countless hours are wasted trying to collaborate and set up experiments for different types of analysis needed, and they often require contacting multiple individuals and institutions to get the desired results. In the end, the analysis process becomes so complex that users may have to start all over. We offer Nano Science & Research solutions for universities, research institutes, startups and defense sectors participating in Nanotechnology. We also offer material testing characterization services package solutions for research scholars.
In Vitro Oral Care Product Testing Lab
Dental Crowns and Bridges
Manual & Electric Toothbrush testing
- Bristle wear testing to evaluate of durability after repeated use after toothpaste and mouthwash.
- Dental implant testing of wear due to brushing.
- Brushing mechanical deformation analysis.
- Plaque Removal Efficacy and cleaning performance.
- Safety Testing to ensure no damage to gums or enamel.
Mouthwash
- Antimicrobial efficacy testing solutions to measure the ability to reduce bacteria.
- Alcohol content testing to ensures safe alcohol levels, if present and non-toxic.
- Stain prevention testing using spectrophotometer color stability test to prevent discoloration.
Biocompatibility & Safety Testing
- We do cytotoxicity studies on cultured oral cell lines to assess potential toxicity of active ingredients or nanoparticles. We double check that the formulation does not damage living cells or alter normal cellular activity.
- Support with Iv Vivo oral microbiome impact studies to ensure your products supports oral health without disrupting the natural microbiota.
Mechanical Analysis Lab
Mechanical Deformation Tests
- Compressive strength testing to measure the resistance of dental materials (e.g., cements, composites) to compressive forces, simulating biting and chewing.
- Tensile strength to test material's ability to withstand pulling forces, crucial for materials like dental adhesives and orthodontic wires.
- Flexural strength testing to check the ability of materials (e.g., dental ceramics and composites) to resist bending forces.
- Fracture toughness measurement to understand material's resistance to crack propagation, important for ceramics, crowns, and bridges.
- Hardness testing using methods like Vickers or Knoop hardness tests to determine the surface hardness of materials like composites, ceramics, and dental alloys.
- Fatigue testing simulation machine for repetitive chewing forces to evaluate the long-term durability of dental materials and devices.
- Shear bond strength testing to check the adhesion strength of bonding agents, cements, and restoratives to tooth surfaces.
- Impact strength testing to know how dental materials respond to sudden forces, mimicking accidental impacts in oral use.
- Elastic Modulus (Young's Modulus) testing to study the stiffness of materials like dental composites, wires, and ceramics.
- Friction and Sliding wear Testing to check coating of orthodontic components (e.g., brackets and wires) to ensure low friction during movement.
Dental Material Science
Dental Material Testing Development
- Advanced material characterization of oral care products testing techniques to help evaluate the properties, composition, and behavior of materials used in dental and oral care products.
- Microstructural analysis using SEM, TEM, and optical microscopy to study surface and internal structures.
- Chemical composition analysis by employing EDS, XRF, and ICP-MS to analyze elemental and chemical content.
- Thermal Analysis: Use TGA and DSC to measure thermal stability and decomposition of the polymers used in dental and oral care industries.
Nanomaterial Incorporation Studies
- Nanoparticle dispersion studies to ensure uniform distribution of nanomaterials in formulations.
- Impact on mechanical properties to test how nanomaterials affect hardness, tensile strength, and flexibility.
- Mechanical deformation analysis and impact of NPs.
- Toxicity and safety studies for biocompatibility and safety of incorporated nanoparticles.
- Functional analysis to test the effectiveness of nanomaterials in providing antibacterial, anti-stain, or whitening properties.
Nanoparticle Coating Analysis
- Surface coating services with nanoparticles to improve the durability, aesthetics, and functionality of dental products such as implants, crowns, and braces.
- Coating adhesion testing to measure bonding strength of nanoparticle coatings on substrates.
- Antibacterial coating efficacy testing on coatings for their ability to resist microbial adhesion.