NABL Accredited ICH Q6A Compliant USFDA Inspected (Manesar)

DSC Analysis Laboratory India | Differential Scanning Calorimetry | NABL

DSC analysis — Differential Scanning Calorimetry (DSC full form) — from an NABL-accredited pharmaceutical testing laboratory in India.

DSC stands for Differential Scanning Calorimetry. It is one of the most widely used thermal-analysis techniques in pharmaceutical development and quality control. DSC measures the heat-flow difference between a sample and an inert reference as both are heated, cooled, or held at a constant temperature — revealing melting points, enthalpies of fusion, glass transitions, polymorphic transformations, and thermal interactions. Auriga Research operates an NABL-accredited DSC analysis facility at Manesar (Plot 136, Sector 5, IMT Manesar) — the USFDA Inspected site.

Pharmaceutical applications of DSC are extensive. The technique provides definitive data on polymorphic-form identity through characteristic melting endotherms, enabling polymorph screening per ICH Q6A and batch-to-batch consistency checks for ANDA and CDSCO dossiers. For purity determination, DSC applies the van't Hoff melting-point-depression equation — a rapid, material-efficient alternative to chromatographic methods. Glass transition (Tg) measurements are critical for amorphous solid dispersions and spray-dried intermediates where stability depends on maintaining the amorphous state.

DSC analysis also supports API-excipient compatibility screening, where binary mixtures are heated to detect new thermal events that signal interaction — a standard preformulation deliverable before formulation lock. Combined with TGA, XRD, and FTIR data, DSC forms the core of solid-state characterisation packages required for CTD Module 3 regulatory submissions to CDSCO, USFDA, and EMA.

Standard DSC 5 to 7 business days | Rush 2 to 3 days | DSC + TGA package 7 to 10 days

Six DSC Analysis Services

Each card maps the DSC service to the analytical purpose and the governing regulatory or pharmacopoeial reference where applicable.

Mp

Melting Point Determination

DSC melting point and enthalpy of fusion determination per USP 891 (Thermal Analysis) and IP general thermal-analysis methods. Suited to API and intermediate identity confirmation.

Polymorph

Polymorphism Screening

Polymorphic form identification and screening via characteristic melting endotherms and enthalpies of fusion per ICH Q6A. Supports CDSCO and ANDA polymorph data requirements.

Tg

Glass Transition (Tg) Measurement

Glass transition temperature (Tg) measurement for amorphous solid dispersions, spray-dried intermediates, and lyophilised products where amorphous-state stability is critical.

Purity

Purity Analysis by DSC

Purity determination using the van't Hoff melting-point depression method. A rapid, material-efficient alternative to chromatography for early-stage API purity assessment.

Compat

API-Excipient Compatibility Studies

Binary-mixture DSC screening to detect new thermal events that signal API-excipient interaction. Standard preformulation deliverable before formulation lock.

ΔHf

Heat of Fusion and Crystallinity Assessment

Heat of fusion (ΔHf) and percent crystallinity measurement for crystalline-amorphous mixtures, polymorph quantification, and solid-state stability monitoring.

Differential Scanning Calorimeter at Auriga Research Manesar — research-grade DSC used for polymorph screening, melting point, Tg, and API-excipient compatibility per ICH Q6A.
Research-grade Differential Scanning Calorimeter at Auriga Research Manesar (USFDA Inspected). Used for ICH Q6A polymorph screening, melting point determination, glass transition (Tg), purity by van't Hoff, API-excipient compatibility, and crystallinity assessment. Instrument model details available on request.

Project Timelines

Indicative TAT from sample receipt at Manesar. Confirm exact timeline with your SPOC at quote stage based on technique combination and sample queue.

Service Type Turnaround Time
Standard DSC Analysis 5 to 7 business days
Rush DSC Analysis 2 to 3 business days
Combined DSC + TGA Package 7 to 10 business days
Full Solid-State (DSC + TGA + XRD + FTIR) 10 to 14 business days

How It Works

1

Get a Quote

Share your compound, phase of development, and characterisation question — polymorph screening, compatibility, or Tg. Your SPOC confirms sample quantity, preparation, and TAT.

2

Collect and Send Your Sample

Prepare your sample per instructions confirmed by your SPOC at quote stage. Each sample is bar coded and registered in YLIMS on receipt.

3

Testing and QA Review

Your sample is tested under NABL-accredited conditions. All results pass through formal QA review including instrument log check, reference standard verification, and analyst sign-off.

4

Receive Your NABL Report

Your NABL-accredited report is delivered digitally within the committed TAT, formatted for CDSCO, USFDA, and regulatory submission. Track status via YLIMS.

Who Needs DSC Analysis

  • Pharma formulators screening polymorphic forms during early API development per ICH Q6A.
  • Generic manufacturers requiring polymorph data for ANDA or CDSCO dossier submission.
  • Stability teams characterising solid-state changes during accelerated stability studies.
  • CDMO clients needing API-excipient compatibility data before formulation lock.
  • R&D scientists measuring glass transition (Tg) for amorphous solid dispersions and spray-dried intermediates.
  • Quality control labs running batch-to-batch identity, melting point, and crystallinity checks.
  • Regulatory affairs teams compiling solid-state characterisation data for CTD Module 3 submissions.
  • Lyophilised product developers measuring collapse and glass transition temperatures of freeze-dried matrices.

Why Auriga for DSC Analysis

DSC at Manesar + XRD at Baddi + FTIR at 3 Labs

Complete solid-state characterisation from one organisation: DSC and TGA at Manesar, XRD at Baddi, FTIR at Delhi, Manesar, and Bangalore. Single point of contact, one report, one timeline.

USFDA Inspected at Manesar

DSC data generated at Manesar — the same Auriga facility that is USFDA Inspected. Reports formatted for inclusion in USFDA dossiers without re-testing.

ICH Q6A Compliant Polymorph Screening

Polymorph screening per ICH Q6A — endotherm comparison, enthalpy of fusion, and stoichiometry — with data formatted for CDSCO and USFDA submission.

NABL Reports Accepted by CDSCO, USFDA, EMA

NABL accredited (ISO/IEC 17025:2017) DSC reports accepted by CDSCO regulatory submissions, USFDA dossier inclusion, and EMA filings without re-testing.

Preformulation to QC Coverage

From early-stage compatibility screening through ANDA-grade polymorph characterisation to QC batch identity — Auriga supports DSC at every phase of the product lifecycle.

Combined Thermal Packages

DSC + TGA combined packages delivered as a single deliverable. Add XRD and FTIR for full solid-state characterisation in one consolidated NABL report.

5+

NABL Accredited Labs

5 Cities

Delhi · Manesar · Bahadurgarh · Baddi · Bangalore

12,000+

Clients Served

1985

Arbro Group · Auriga Research

Regulatory References

  • ICH Q6A — Specifications: test procedures and acceptance criteria for new drug substances and new drug products, including polymorphism characterisation.
  • USP <891> — Thermal Analysis (general chapter).
  • IP General — Indian Pharmacopoeia thermal-analysis general references.
  • ICH Q2(R2) — Validation of Analytical Procedures (March 2024).
  • CTD Module 3 — Solid-state characterisation data requirements for CDSCO, USFDA, and EMA submissions.

Frequently Asked Questions

What is the full form of DSC in medical and pharmaceutical analysis?
DSC full form in medical and pharmaceutical analysis is Differential Scanning Calorimetry. It is a thermoanalytical technique that measures the difference in heat flow between a sample and an inert reference as both are subjected to a controlled temperature programme. DSC is widely used in pharmaceutical development for characterising polymorphic forms, determining melting points, measuring glass transition temperatures (Tg), assessing drug purity, and screening drug-excipient compatibility per ICH Q6A.
What pharmaceutical applications does DSC analysis support?
DSC analysis supports a wide range of pharmaceutical applications including polymorphism screening and identification per ICH Q6A, melting point and purity determination, glass transition temperature (Tg) measurement for amorphous solid dispersions and spray-dried intermediates, drug-excipient compatibility studies during preformulation, characterisation of solvates and hydrates, heat of fusion and crystallinity assessment, and thermal stability evaluation. DSC data is a core requirement for CTD Module 3 solid-state characterisation submissions to CDSCO, USFDA, and EMA.
How does DSC detect polymorphic forms in APIs?
DSC detects polymorphic forms by measuring distinct melting endotherms for each crystalline form. Different polymorphs of the same compound have different crystal packing arrangements, resulting in different melting points and enthalpies of fusion. DSC thermograms reveal these differences as separate endothermic peaks, enabling identification and quantification of polymorphic mixtures. The technique can also detect enantiotropic and monotropic polymorphic relationships through heating-cooling cycles, supporting ICH Q6A polymorph screening for ANDA and CDSCO submissions.
Which Auriga lab performs DSC analysis?
DSC analysis is performed at Auriga Research Manesar (Plot 136, Sector 5, IMT Manesar) — the USFDA Inspected facility. Complementary solid-state techniques are delivered from the same group: XRD at Baddi, FTIR at Delhi, Manesar, and Bangalore, and TGA at Manesar. NABL-accredited DSC reports (ISO/IEC 17025:2017) are accepted for CDSCO, USFDA, and EMA submissions.
What is the turnaround time for DSC analysis?
Standard DSC analysis is completed within 5 to 7 business days from sample receipt at Manesar. Rush services are available within 2 to 3 business days for urgent characterisation needs. Combined DSC + TGA thermal characterisation packages are completed within 7 to 10 business days. Full solid-state characterisation (DSC + TGA + XRD + FTIR) takes 10 to 14 business days.

Get a Quote for DSC Analysis

NABL-accredited Differential Scanning Calorimetry at Manesar (USFDA Inspected). Polymorphism screening per ICH Q6A, melting point, Tg, purity, and API-excipient compatibility. 5 to 7 business day TAT.

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