Bhagwati Scientific

 UV-Vis Spectrophotometer is a compact, high-precision laboratory instrument designed for spectral analysis and quantitative concentration measurements across ultraviolet and visible light spectra 

• Optical Architecture: Features a single-beam monochromator with a high-resolution $1200\text{ lines/mm}$ diffraction grating to isolate discrete wavelengths.

• Dual Light Source: Equipped with long-life Deuterium (UV region) and Tungsten-Halogen (Visible region) lamps with automatic switching.

• Side-Loading Multi-Cuvette Chamber: Includes a rotatable 4-position manual cuvette holder accessible via a side door for convenient sample changing.

• Primary Uses & Applications

  1. Pharmaceutical Quality Assurance: Assaying drug potency, verifying active ingredients, and performing purity checks

UV-Vis Spectrophotometer is an advanced benchtop laboratory analytical instrument engineered for high-precision photometric and quantitative analysis across the ultraviolet and visible light spectrum 

• Sample Compartment: Equipped with a top-accessible sample chamber containing a manual 4-position rotary cell holder designed for standard $10\text{ mm}$ glass and quartz cuvettes.

• Pharmaceutical Quality Control & Assays:

  • Quantitative determination of active pharmaceutical ingredients (APIs), raw materials, and finished liquid/solid dosage forms.

  • Purity assessment and dissolution test sample analysis.

• Chemical & Material Analysis:

  • Measurement of unknown sample concentrations based on Beer-Lambert's Law 

The FORSTER Digital Touchscreen Viscometer is an advanced, microprocessor-controlled laboratory testing instrument designed to measure fluid flow behavior and dynamic viscosity. This side profile view highlights its digital touchscreen control console, ergonomic height-adjustment drive, and side-mounted interface panel.

Key Features & Design

• Touchscreen Display Console: Features a high-resolution color touchscreen interface displaying operational parameters including test profile name, dynamic viscosity value, rotational speed (RPM), spindle type, temperature 

  Primary Uses

  1. Pharmaceutical & Cosmetic Testing: Evaluates the flowability, consistency, and texture of lotions, creams, ointments, gels, and liquid suspensions.

  2. Food & Beverage Processing: Tests thickness and texture characteristics of sauces, syrups, dairy products, cooking oils, and batters.

A Microcontroller-Based Flame Photometer is an analytical instrument designed for the rapid quantitative determination of alkali and alkaline earth metals—primarily Sodium ($\text{Na}$), Potassium ($\text{K}$), Lithium ($\text{Li}$), Calcium ($\text{Ca}$), and Barium ($\text{Ba}$)—in liquid samples.

Key features and components include:

• Atomizer & Burner Chamber: Uses a high-efficiency nebulizer to aspirate liquid samples into a fine mist introduced into the flame chamber.

• Dual Unit Assembly: Comprises the main Flame Photometer unit (with burner chamber, atomizer, optical filters, and detector) paired with a dedicated oil-free Air Compressor for steady air supply.

• Uses & Applications

  1. Clinical & Medical Diagnostics

     • Quantitative estimation of Sodium (Na+) and Potassium (K+) electrolytes in blood serum, plasma, and urine samples.

  2. Agriculture & Soil Analysis

     • Evaluation of available potassium and sodium levels in soil extracts to determine fertilizer requirements and soil salinity.

  3. Water Quality & Environmental Testing

     • Determination of alkali metal content in drinking water, river water, wastewater, and industrial effluent.

  4. Food & Beverage Quality Control

     • Measurement of sodium and potassium levels in dairy products, fruit juices, wine, soft drinks, and processed food products.

  5. Industrial & Chemical Manufacturing

     • Analysis of raw materials and finished products in cement, glass, ceramics, and chemical manufacturing processes.

Description

A Microcontroller-Based Flame Photometer is an analytical instrument designed for the rapid quantitative determination of alkali and alkaline earth metals—primarily Sodium ($\text{Na}$), Potassium ($\text{K}$), Lithium ($\text{Li}$), Calcium ($\text{Ca}$), and Barium ($\text{Ba}$)—in liquid samples.

Key features and components include:

• Dual Unit Assembly: Comprises the main Flame Photometer unit (with burner chamber, atomizer, optical filters, and detector) paired with a dedicated oil-free Air Compressor for steady air supply.

• Atomizer & Burner Chamber: Uses a high-efficiency nebulizer to aspirate liquid samples into a fine mist introduced into the flame chamber.

  Uses & Applications

  1. Clinical & Medical Diagnostics

     • Quantitative estimation of Sodium (Na+) and Potassium (K+) electrolytes in blood serum, plasma, and urine samples.

  2. Agriculture & Soil Analysis

     • Evaluation of available potassium and sodium levels in soil extracts to determine fertilizer requirements and soil salinity.

  3. Water Quality & Environmental Testing

     • Determination of alkali metal content in drinking water, river water, wastewater, and industrial effluent.

  4. Food & Beverage Quality Control

     • Measurement of sodium and potassium levels in dairy products, fruit juices, wine, soft drinks, and processed food products.

  5. Industrial & Chemical Manufacturing

     • Analysis of raw materials and finished products in cement, glass, ceramics, and chemical manufacturing processes.

The FORSTER Digital Rotary Viscometer is a high-precision, microprocessor-controlled laboratory instrument designed to measure dynamic viscosity and fluid resistance across a wide range of liquids and semi-solids.

Digital Display Screen: Features a multi-line backlit LCD showing real-time measurements, including spindle designation ($S$), rotational speed ($U$ in RPM), dynamic viscosity ($K$ in cP/mPa·s), operational runtime ($00:00$), and test temperature ($0.8^\circ\text{C}$).

Control Keypad: Outfitted with clear push-button controls (S/U, TARE/SCN, STOP, FCAOT, and navigation arrows) for seamless parameter selection and testing adjustments.

Quality Control (QC): Verifies product consistency and viscosity compliance for industrial batches including paints, coatings, inks, adhesives, and polymers.

Pharmaceutical & Cosmetic Testing: Measures the consistency, pourability, and stability of lotions, gels, ointments, syrups, and liquid medications.

 

Digital conductivity meter With 3 points calibration After point 3 digit resolution Ultra stable Large display

The FORSTER Visible Spectrophotometer is a compact benchtop laboratory instrument designed to measure light transmittance, absorbance, and concentration of chemical and biological samples in the visible light spectrum.

Key Features & Design

• Digital Display: Features a bright LED readout screen that displays real-time measurement values, including wavelength, transmittance, absorbance, and concentration.

• Control Panel & Keypad: Includes clear function buttons for quick mode selection and parameter adjustments.

• Manual Wavelength Dial: Located next to the keypad for easy manual setting and fine-tuning of wavelengths.Sample Compartment: A top-loading sample chamber with a protective lid designed to hold standard cuvettes securely

  Primary Uses

  1. Chemical Concentration Measurement: Quantifies solute concentrations in liquid solutions using Beer-Lambert's Law.

  2. Quality Control & Testing: Used in manufacturing, water treatment plants, and food and beverage processing to verify raw material purity and product standards.

The provided document describes an electromagnetic sieve shaker called the FORSTER. This equipment is built to determine the particle size of different granular materials including sand, soil, rock, grain, and seeds. The unit contains 3 distinct operational modes, intermittent, logic, and continuous, allowing it to complete particle analysis by sifting granular materials.

The  includes the following key features, according to the document:

Features

• Three-dimensional sifting capabilities

• Low maintenance that is free from rotation parts

• Measuring ranges are 20 micrometers to 10 millimeters

• Touch screen with digital sifting duration settings

• Globally comparable test results

Vortex Mixer is a compact laboratory mixing device designed for rapid and uniform mixing of liquids in tubes and small containers. It delivers powerful vortex action with stable operation, making it ideal for sample preparation, reagent blending, and routine laboratory workflows.