





MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter
MicroCal VP-DSC MicroCalorimeter for high-sensitivity differential scanning calorimetry and thermal-stability studies of proteins, nucleic acids, lipids and other macromolecules in solution.
Product Description - MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter
The MicroCal VP-DSC MicroCalorimeter is a high-sensitivity Differential Scanning Calorimeter (DSC) designed for studying the thermal stability and thermodynamic properties of biological macromolecules and other samples in solution. The unit shown in the photograph is clearly marked VP-DSC MicroCalorimeter and features the MicroCal branding with an illuminated POWER indicator.
The VP-DSC directly measures heat-capacity changes associated with temperature-induced transitions in sample and reference solutions. It can provide information such as transition temperature (Tm), enthalpy (ΔH), entropy (ΔS) and heat-capacity change (ΔCp), making it particularly useful for protein and biomolecular stability research. Malvern Panalytical
The original VP-DSC specification lists a −10 °C to 130 °C operating temperature range, fixed tantalum sample/reference cells with approximately 0.5 mL effective cell volume, a minimum response time of approximately 7 seconds and user-selectable temperature scan rates. Malvern Panalytical
The photographed unit is a previously used instrument. The front POWER indicator is illuminated, but complete measurement performance, cell condition, temperature calibration and software/interface functionality should be verified before analytical use.
Applications
The MicroCal VP-DSC is suitable for protein stability and folding studies, including investigation of thermal denaturation and conformational transitions. It can also be applied to nucleic acids, lipid and membrane systems, micelles and other structured macromolecules in solution. Malvern Panalytical
The instrument can support pharmaceutical and biotechnology research, protein engineering, formulation development, process-development studies and investigation of the effects of structural changes or ligand interactions on biomolecular stability. Institute of Information Science
Main Features
- MicroCal VP-DSC MicroCalorimeter
- Differential Scanning Calorimetry technology
- High-sensitivity calorimetric measurement
- Fixed tantalum sample and reference cells
- Approximately 0.5 mL cell volume
- −10 °C to 130 °C operating temperature range
- User-selectable temperature scan rates
- Upscan and downscan operation
- Peltier-based temperature control
- Self-contained pressurization capability
- Designed for biomolecular thermal-stability studies
Technical Specifications
| Specification | Details |
|---|---|
| Brand | MicroCal |
| Model | VP-DSC |
| Product Type | Differential Scanning Microcalorimeter |
| Technology | Differential Scanning Calorimetry (DSC) |
| Primary Application | Thermal stability and thermodynamic characterization |
| Sample Type | Samples in solution |
| Cell Design | Fixed-in-place, non-capillary |
| Cell Material | Tantalum alloy |
| Effective Cell Volume | Approximately 0.5 mL |
| Operating Temperature Range | −10 °C to 130 °C |
| Minimum Response Time | Approximately 7 seconds |
| Short-Term Noise | Approximately 0.5 µcal/°C |
| Baseline Repeatability | Approximately 1.25 µcal/°C |
| Upscan Rate | 0 to +90 °C/hour |
| Downscan Rate | 0 to −60 °C/hour |
| Temperature Control | Peltier |
| Pressurization | Self-contained, approximately 0–45 psi |
| Measurement Parameters | Tm, ΔH, ΔCp and related thermodynamic parameters |
| Condition | Used / Refurbished |
| Power Status in Photograph | POWER indicator illuminated |
| Software | VPViewer / Origin-based data analysis, configuration-dependent |
| Accessories | To be confirmed based on supplied configuration |
The VP-DSC specifications above are based on the MicroCal VP-DSC documentation and manufacturer support information. Malvern Panalytical
Benefits of Refurbished Laboratory Equipment
A refurbished MicroCal VP-DSC can provide laboratories with access to advanced differential scanning calorimetry capabilities at a lower acquisition cost than purchasing a new instrument. It can be particularly useful for research laboratories working with proteins, nucleic acids, pharmaceutical formulations, membranes and other biomolecular systems.
Legacy analytical instruments can also be valuable when laboratories already have compatible accessories, software workflows or established experimental protocols. Before purchase, the instrument should be evaluated for calorimetric sensitivity, baseline stability, temperature accuracy, cell condition, pressure system operation and software compatibility.
Additional Information
The photographed unit is identified as a MicroCal VP-DSC MicroCalorimeter. The complete VP-DSC system can include the calorimeter assembly, controller/monitor electronics, software and sample-preparation/cleaning accessories. The availability of these components should be confirmed with the supplied unit.
The photograph shows the main instrument housing with the POWER indicator illuminated. However, a powered indicator alone does not confirm calorimetric performance. The fixed sample and reference cells are critical components and should be inspected and tested before use. The VP-DSC cells are fixed in place and non-removable, according to the manufacturer's documentation. Malvern Panalytical
- Malvern Panalytical – MicroCal VP-DSC
- MicroCal VP-DSC Technical Information
- MicroCal VP-DSC User Manual
Refurbished Condition
This is a refurbished MicroCal VP-DSC MicroCalorimeter. The instrument has been professionally inspected and tested. Reagents, accessories, software and consumables may vary depending on availability.
Why Buy MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter?
Our refurbished MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter offers exceptional value without compromising on quality. Each unit is thoroughly tested, quality-verified, and comes with certification — making it a reliable choice within our Refurbished Lab Equipment range.
MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter Price in India
Get the best MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter refurbished price in India with Techtom. We offer competitive pricing, fast delivery across India, and trusted after-sales service. Compare our prices and save up to 60% compared to brand new equipment.
Key Features & Specifications
- Quality Tested: Every unit undergoes rigorous testing
- Certified & Refurbished: Complete transparency in condition
- Warranty Included: Peace of mind with coverage
- Cost-Effective: Save significantly on equipment costs
- Eco-Friendly: Sustainable alternative to new equipment
Who Should Buy This Equipment?
Ideal for businesses, institutions, and professionals looking for dependable refurbished lab equipment solutions. Techtom's refurbished equipment offers an affordable and sustainable alternative to buying new.
Shipping & Delivery
Free shipping available across India. Secure packaging ensures equipment arrives in perfect condition. Fast delivery within 3-7 business days.
Frequently Asked Questions
What is the price of MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter?
The price varies based on condition, included accessories and warranty coverage. Contact us for the latest pricing and availability.
Is a refurbished MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter as reliable as a new one?
Yes, every refurbished MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter unit is professionally inspected, cleaned and functionally tested before dispatch to ensure reliable performance.
What accessories are included with MicroCal VP-DSC MicroCalorimeter – Differential Scanning Calorimeter?
Included accessories may vary depending on stock availability. Please check the product listing or contact us for exact details.
Does this refurbished unit come with a warranty?
Warranty coverage may vary by unit. Please verify warranty terms at the time of purchase.





