Drop Shape Analysis System

Drop Shape Analysis System Specification

Accuracy
0.1 for contact angle

Response Time
< 1 second

Test Range
0.01 500 l

Max Height
60 mm

Temperature
10C - 60C

Gas Pressure
0.5-1 bar

Specimen Size
Maximum 60 x 60 mm

Features
High-resolution camera, automated dispense system, software analysis

Number of Specimens
1 per test

Display Type
Digital/PC monitor

Frequency
50 Hz

Port Size
Standard Syringe Fitting

Automation Grade
Automatic

Equipment Type
Drop Shape Analysis System

Resolution
0.01

Power Supply
AC 220V, 50 Hz

Operating Voltage
220V AC

Application
Measurement of contact angle, surface/interfacial tension, wetting properties

Humidity
10% - 90% RH

Interface Type
USB

Measuring Range
0 180

Mounting Type
Table Top

Usage
Laboratory/Desktop

Capacity
Single Drop Analysis

Machine Weight
60 kg

Test Speed
0.1 - 600 mm/min

Test Width
Up to 120 mm

Test Stroke
120 mm

Control Mode
PC Software Control

Drop Shape Analysis System Trade Information

Minimum Order Quantity
1 , , Piece

Main Domestic Market
All India

About Drop Shape Analysis System

DSAHP:DSA100HP is a high-quality solution for the precise measurement of contact angle and surface tension and interfacial tension under high pressures and temperatures, primarily for tertiary oil recovery. The DSA100HP combines Drop Shape Analyzer. DSA100 for optical drop shape analysis with a high-quality measuring cell for high-pressure applications. It determines the surface tension, and analyzes the wetting of oil-bearing rock by surfactant solutions under the extreme pressure and temperature conditions found in reservoirs. The results help in the extraction of oil from layers of rock in the most effective manner using tertiary oil recovery (EOR) methods.

Features

Having a capacity of approx. 30 ml.
High Pressure Screw Piston Pump is highly reliable.
The liquid is pressed through a needle.
Diameter of the needle can be choosen in different interchangable sizes.

Applications

Surface tension of surfactant solutions and their interfacial tension with oil under storage conditions.
Wettability of and extraction of oil from oil-bearing rock.
Pressure extraction by means of liquefied gases, e.g. carbon dioxide.
Development of surfactants for liquid gases.

Advanced Imaging and Accurate Measurements

Harness advanced optics with a 5-megapixel CMOS camera and LED ring illumination to capture high-resolution drop shape and contact angle data. The adjustable lighting and digital video at 60 fps allow for in-depth analysis of surface properties with minimal user intervention. Automated dispensing and X-Y stage adjustments simplify specimen setup and measurement repeatability.

Comprehensive Software Integration

The included analysis software provides robust calculation tools for contact angle, surface, and interfacial tension. Real-time data is displayed digitally and can be exported in JPG, BMP, or AVI formats. Easy-to-use PC controls and compatibility with Windows 7, 8, and 10 ensure seamless operation, while both automatic and manual calibration support precise measurements.

Safety and Construction for Reliable Use

Built with stainless steel and anodized aluminum, the Drop Shape Analysis System is engineered for longevity and safe use. Overload and overvoltage protections safeguard your work. The tabletop design, precision motion controls, and automatic features make it a compelling solution for academic, research, or industrial laboratories in need of robust drop shape analysis.

FAQs of Drop Shape Analysis System:

Q: How does the Drop Shape Analysis System measure contact angle and surface tension?

A: The system uses its high-resolution 5-megapixel CMOS camera to capture drop shapes in real time. The included analysis software calculates contact angle and surface/interfacial tension by analyzing drop profile data from images or video footage, ensuring accurate and repeatable measurements.

Q: What types of samples and specimen sizes can be analyzed with this equipment?

A: This system is designed for single drop analysis on specimens up to 60 x 60 mm. Its adjustable sample stage allows users to easily position laboratory or desktop samples, making it versatile for various surface and material tests.

Q: When should I use the automatic calibration vs. manual calibration options?

A: Automatic calibration is recommended for routine measurements, providing quick and precise setup. Manual calibration offers flexibility for specialized or non-standard tests, enabling users to finetune the system based on unique sample requirements or experimental protocols.

Q: Where is the best environment to install the Drop Shape Analysis System?

A: Install the system in a controlled laboratory environment with stable humidity (10%90% RH) and temperature (10C60C). The robust stainless steel and anodized aluminum construction ensures reliable operation on any tabletop, making it suitable for academic, industrial, or research settings.

Q: What is the process for controlling drop size and liquid dispensing?

A: Drop size is managed using the precision micro-syringe, with a controlled range from 0.01 to 500 l. The adjustable syringe and PC-controlled dispense system provide consistent, accurate drops for every test, essential for scientific repeatability.

Q: How does the system ensure measurement accuracy and data integrity?

A: With a measuring range from 0 to 180 and 0.1 contact angle accuracy, the system combines high-resolution imaging, digital PC display, and software analysis. Overload and overvoltage protection further guarantee operational stability and data integrity during experiments.

Q: What benefits does the Drop Shape Analysis System offer compared to manual methods?

A: This automated system streamlines drop analysis, reduces user error, and accelerates data collection. Features like real-time video, automatic calibration, and PC-based exportable data save time while improving consistency and reliability in contact angle and wetting measurements.

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