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Nanoemulsion Development Services for Pharma and Cosmetics

Nanoemulsion Development Services for Pharma, Cosmetics, and Herbal Activities: At ACME Research Solutions, we offer advanced nanoemulsion formulation and development services to support the pharmaceutical, cosmetic, and herbal industries.

Our expertise lies in designing nanoemulsions that are clear, stable, efficient, and tailored to your active ingredients. We serve students, researchers, start-ups, and established companies who seek reliable, well-characterized nanoemulsion systems.

Our services are driven by scientific accuracy, process control, and rigorous evaluation to ensure high-quality output for both academic and industrial needs.

Nanoemulsion Development Services for Pharma and Cosmetics

What Are Nanoemulsions?

Nanoemulsions are colloidal dispersions of two immiscible liquids, where one is dispersed in the other in the form of nanometer-sized droplets (typically 20–200 nm). These formulations are either thermodynamically or kinetically stable depending on the preparation technique.

They are used in various sectors because they:

  • Increase solubility and absorption of poorly water-soluble drugs
  • Provide controlled and sustained release
  • Improve bioavailability
  • Enhance skin penetration for topical formulations
  • Mask undesirable odor or taste in oral formulations

Nanoemulsion Development Services

Our laboratory offers customized nanoemulsion formulation services with the following features:

Optimized Nanoemulsion (Clear)
Optimized Nanoemulsion (Clear)
Nanoemulsion with High surfactant (Left) and low surfactant (Right): Nanoemulsion Development Services
Nanoemulsion with High surfactant (Left) and low surfactant (Right)

Oil Phase Selection

We select oil phases based on the solubility of the active compound:

  • Isopropyl myristate (IPM)
  • Medium-chain triglycerides (MCT oil)
  • Herbal essential oils (e.g., tea tree oil, eucalyptus oil)
  • Natural actives such as curcumin, boswellic acid, and silymarin

Surfactant and Co-Surfactant Selection

Selection is based on HLB value and compatibility with actives:

  • Surfactants: Tween 20, Tween 80, Span 20
  • Co-surfactants: PEG 400, Propylene Glycol, Ethanol

Preparation Method

We use ultrasonication-based methods to reduce droplet size and achieve high clarity:

  • Ultrasonicator model: Q700 (Qsonica)
  • Sample volume capacity: 10–100 mL
  • Probe diameter: 6 mm
  • Amplitude range: 30–70%

Nanoemulgel Conversion

Gels can incorporate nanoemulsions for topical applications using the following method:

  • Carbopol 934 or 940
  • Chitosan
  • Sodium alginate

Evaluation and Characterization

Each formulation undergoes complete characterization. Below is the summary:

ParameterInstrument/Method Used
Droplet Size & PDIDynamic Light Scattering (DLS) Analyzer
Zeta PotentialZetasizer Nano series
Clarity & AbsorbanceUV-Visible Spectrophotometer
pH MeasurementDigital pH Meter
ViscosityBrookfield Viscometer
FTIR AnalysisBruker FTIR Spectrometer
Stability EvaluationFreeze-thaw cycles, Centrifugation, and 1-month testing

Each result is documented with graphs, images, and a detailed report.

Applications Across Domains

We provide nanoemulsion solutions for a variety of use cases:

Pharmaceutical Sector

  • Enhanced solubility of hydrophobic drugs
  • Improved skin penetration in anti-inflammatory creams
  • Oral nanoemulsion systems for better drug absorption

Cosmetic Industry

  • Delivery of vitamins and antioxidants (e.g., Vitamin C, Resveratrol)
  • Formulation of anti-aging and anti-acne creams
  • Serums and lotions with fast skin absorption

Herbal and Nutraceuticals

  • Nanoemulsions of essential oils
  • Water-compatible systems for herbal extracts
  • Improved stability and bioavailability of natural actives

Sample Workflow and Output

Service StepDescription
Pre-Formulation ScreeningSolubility study, selection of oil and surfactant system
Trial Batches (F1–F10)10 formulations with varying compositions
OptimizationSelection of ideal formulation based on clarity and droplet size
Characterization (Final 3)Droplet size, PDI, zeta potential, FTIR, stability testing
Emulgel Conversion (If required)For topical delivery
Final ReportComplete data, graphs, spectra, and photographs

Clients We Serve

Our nanoemulsion services are suitable for:

  • PhD and postgraduate students working on formulation projects
  • Formulation and development teams in R&D departments
  • Herbal and cosmetic companies launching new product lines
  • International clients needing India-based formulation support

We frequently work with clients from the Philippines, Southeast Asia, and across India.

Why Choose ACME Research Solutions?

  • Proven success in developing stable, transparent nanoemulsions
  • Full in-house capability for ultrasonication, analysis, and gel conversion
  • Clear timelines and transparent communication
  • Research-grade output with documentation suitable for publication

Contact and Service Information

To start a nanoemulsion formulation project with our team, please contact us using the following methods:

Email: info@acmeresearchlabs.in

We ship internationally and support both academic and industrial-scale projects.

Nanoemulsion Development Services for Pharma, Cosmetics and Herbal Actives


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