Lab Instruments

ATS and BTS series moisture analyzers are used for fast and precise determining of material sample humidity. Scale, which is integral part of moisture analyzer, allows measuring mass loss of material sample placed in  a drier. Halogen radiators provide fast drying of a sample. ATS series moisture analyzers are based on  mechanism of laboratory balances and BTS series moisture analyzers use load cells.Time, temperature and profile of drying process can be matched to physico-chemical properties of examined material. To facilitate drying parameters selection for examined material, moisture analyzers allow initial drying, the results of which are displayed on a graphConnecting external printer allows printing measurements reports. In order to facilitate reports edition, connecting computer keyboard to PS2 port is possible.When using a computer (freeware program!), it is possible to draw graphs and register measurement results.ATS and BTS series moisture analyzers are designed to work in food industry, construction material industry, chemistry,  biotechnology, woodworking industry, pharmaceutical industry, environment protection and others.


Features

• Accelerated drying process
• Increased halogen radiators power 
• Convenient text menu
• Drying graph displaying
• Storing 20 drying programs 
• Cooperation with printer or computer
• Report edition using computer keyboard

BOD Incubators are designed to meet incubation criteria required in bod analysis of water and wastewater samples, fermentation studies, plant and insect studies and bacterial culturing etc. Equipping with superior quality instruments, they deliver the performance, quality and reliability required by researchers and clinicians worldwide. BOD Incubator systems are constructed with corrosion resistance stainless steel and fitted with branded instruments; offering reliable results and comfortable working all the time. The standard models are available from 68 liters to 425 liters of capacities; in addition, we also offer custom designing with choice of construction materials, instruments, optional accessories and other features as per budget of our clients. No doubt, we supply them all over India and overseas at highly competitive price.

Features: 

BOD Incubators manufactured here are in various designs; choose from our standard models that are available as undercounter, floor-standing, single and double doors units etc. Each system features temperature range 2°C to 60°Cwith uniformity of ±0.5°C @ 20°C. Microprocessor PID controller delivers superior temperature control accuracy, required for precise results. Our features and advantages include illumination lamp, caster wheels for easy mobility, digital timer and quality certifications.

Below mentioned are technical specifications of our standard BOD incubator models, helping you to decide which unit is best suitable for your laboratory and application. If you need any customization in them, please discuss with us, we can modify the equipment and make it suitable for your requirements; GMP models also available. Our BOD Incubator systems are designed and supplied with variety of options to suit your unique test requirements. We also supply Dissolved Oxygen (DO) meter and pH test meter for further analysis.

• Microprocessor Control System
• PID temperature controller
• Safety thermostat for over temperature protection
• meet APHA specifications Biochemical Oxygen Demand
• CFC free cooling systems (branded)
• Printer interface (DOT Matrix)
• Designed with and without orbital shaker
• Complete IQ, OQ and PQ documentation
• Fully Adjustable Shelves
  Caster wheels for easy mobility
• Double walled construction with insulation
• Audio visual alarm alerts

HI6321 is a streamlined Conductivity/Resistivity/TDS/Salinity/Temperature benchtop meter with a large touch screen display, comprised of a housing and an integrated conductivity measurement module.

Compact and easy to operate, the HI6321 includes Hanna’s HI7631233 four-ring conductivity/ resistivity/TDS/salinity probe.

Recommended for a wide range of industrial process water applications, HI7631233 provides stable measurements over a wide measurement range and does not require frequent calibrations. An integral temperature sensor measures the process temperature and adjusts the measured conductivity to a reference temperature by applying specialized compensation algorithms:

• Linear: appropriate when it is assumed that the temperature coefficient of variation has the same value for all measurement temperatures.
• Standard: appropriate for high-purity water measurements and documented in ASTM Standard D5391-14. This setting should be used for >1Mohm.cm resistivity measurements.
• Natural: appropriate for natural ground, well, or surface water (or water with similar composition) in accordance with ISO7888 standard.

Disintegration Tester is a solid state instrument designed for the accurate estimation of disintegration time of tablets as per IP/USP standards. The instrument is designed to test two batches of six tablets, simultaneously. The unit is extremely useful for pharmaceutical industries. It is used in quality control and R & D to determine compliance with the disintegration requirement of the tablet and capsule as per USP/BP/IP standards. Instrument uses the latest microprocessor technology and advanced engineering techniques so as to give enhanced accuracy and reproducibility. The system has user friendly prompts, which guide you throughout the measurement process. The instrument has two basket assemblies with independent timers and motors. The timers and temperature are displayed on 5 digit and 3 digit seven segment red LED displays respectively. Each timer can be set and used individually. The baskets are automatically positioned at the top when the test is over. The unit is provided with two glass beakers having capacity of 1000 ml with arrangement to hold temperature sensor placed in the sturdy, acrylic water bath. The large spread out stainless steel heater ensures perfectly uniform heating. The instrument has a dual channel temperature system with sensors to monitor the test temperature of disintegration beaker as well as water bath. The temperature of the water bath and vessels are accurately maintained using highly accurate sensors and microcontroller technology. The basket speed is accurately controlled and maintained as per IP, USP specifications. Complies with USP, IP specifications Extremely useful for pharmaceutical labs Microprocessor based, easy to use Seven segment LED display 10 Soft touch membrane type keys User friendly operation with current status indicators Supports Two USP baskets assemblies. Each basket is controlled by independent Timer and Motor Programmable temperature controller Auto parking of the basket at the top position at the end of the test External probe for beaker temperature validation 

We are well reckoned as the most predominant Tablet Dissolution Test Apparatus Exporter from India. Our Tablet Dissolution Test Apparatus is an instrument for the determination of active drug ingredient in any pharmaceutical formulation tablet or capsule as per USP, BP and IP specifications. Our Digital Dissolution Test Apparatus evaluates adequate bio-availability and provides necessary information to formulate in the development of therapeutically optimum dosage forms. Dissolution Test Apparatus plays an important role in product development, quality control, and research. Microprocessor Dissolution Test Apparatus is a solid-state instrument designed for the determination of active drug ingredient in any pharmaceutical formulation, tablet or capsule as per IP and USP specifications. This apparatus evaluates adequate bio-availability and provides necessary information to formulate in the development of therapeutically optimum dosage forms. The instrument is designed and manufactured for pharmaceutical industries. It is used in quality control and R & D to determine compliance with the dissolution requirement of the Tablet and Capsule as per USP/IP standards.

Features :

• 8 Station (Model – 1918) 
• 6 Station (Model – 1916) 
• Complies with USP, IP specifications 
• Extremely Useful for Pharmaceutical Labs 
• Highly Accurate and Easy to Operate 
• Programmable Stirrer Speed Control i.e. (25 – 200 RPM)
• 20 x 4 Line Alphanumeric LCD with Backlit  
• 19 Soft Touch Membrane Type Keys 
• Three Programming Modes i.e. Routine, Sustain and Control 
• 20 Independent Programmable Setups for Routine and Sustain Mode with Storage Facility 
• 200 Samples Storage Facility 
• Printer Attachment Facility 
• Audio Visual Indicators for System Status 
• Easy to Empty & Clean the Water bath with Bottom Drainage 
• Continuation of the Last Sample Run in case of Power Failure.

Many microbiological and cell culture laboratories require highly sterile working environment for performing research activities and laminar air flow cabinets are the best solution for them. Often called laminar air flow chambers or laminar air flow workstations, these laminar air flow cabinets are designed to keep contents of the work zone safe from particulates that are sensitive to such contamination. A laminar air flow cabinet maintains a unidirectional flow of HEPA-filtered air over the work area and protects the working environment from dust and other air-born particulates. The flow can be horizontal (parallel to the work surface) or vertical (from top to the work surface). Both the air flow types have their own significance in research. The question, where to use horizontal air flow cabinet or vertical air flow cabinet, this choice solely depends upon the requirements of applications

This group of magnetic stirrers is similar to the conventional magnetic stirrers but have additional hot plate to achieve heating of solutions to be stirred. The heating is controlled by energy regulator, which ensures regulation at any desired percentage of the capacity of heater

Digital HPLC flowmeters are used to measure the accuracy of High-Performance Liquid Chromatography pumping systems in order to meet FDA and other regulations regarding installation qualification (IQ), operational qualification (OQ) and performance qualification (PQ) of equipment used in the pharmaceutical and biopharmaceutical industries as well as other analytical labs. The process demands accurate, reproducible column retention time as an analyte is pumped through the HPLC system. These precision instruments are not to be likened to flow meters used on process lines measuring flow rates in, for example, thousands of gallons per minute but instead in fractions of milliliters per minute. Why Digital HPLC Flow Meters are Popular The answer is clear when compared to two alternative methods defined as volumetric using a finely graduated cylinder and gravimetric using a precision analytical scale. In either case a stopwatch is needed along with a technician with excellent eyesight and a high degree of patience. For volumetric measurement, technicians begin to collect HPLC eluent in the graduated cylinder and simultaneously start the watch. When sufficient volume is collected, the technician simultaneously stops the flow into the cylinder, stops the watch, then calculates and records the flow rate in milliliters per minute. For gravimetric, the process is similar but measured by weight of eluent captured in a tared container. These tedious, time consuming but critical process repeats over and over until a standard deviation can be calculated. Moreover, solvent evaporation collected in a graduated cylinder can throw off readings. How a Digital HPLC Flow Meter Works Contrast this laborious and error-prone approach with the FlowCal 5000 digital liquid flowmeter offered by Tovatech. Compact, portable and lightweight, it operates on the volumetric method and function by taking repeated and accurate measurements of the time it takes a solvent to pass through a small diameter tube.

Stability Chambers are designed as per ICH Guidelines for precise monitoring of temperature and humidity conditions required for the long term, intermediate & accelerated stability studies at chemical, pharmaceutical, agrochemical manufacturing facilities. These chambers are manufactured to comply with GMP requirements

Salient Features 

• Double walled in construction, gap between the two walls filled with high grade Puff insulation.
• Full-length inner glass/acrylic door with Lock & Key arrangement and outside SS door with Door Gasket and S. S. lock with keys.
• Inner Chamber S.S. 304 & Outer Chamber M.S. Powder Coating 
• Microprocessor based Digital LED PID controller with direct display of Process Values of Temperature & Humidity
• Temp. Sensor PT-100 (RTD
• Fulfils storage conditions of 25° C – 60% RH, 40° C – 75% RH, 30° C – 65% RH, 25° C – 40% RH, 30° C – 35% RH
• Designed for testing product shelf – life, Packing, and electronic test
• Specially designed to meet ICH, WHO & USFDA requirements
• Full-size polycarbonate sheet inner door to inspect samples without affecting the control parameters
• Electrical wiring as per CE Compliances
• Illuminated working area
• User-friendly and tactfully designed chamber door and locking mechanism
• Forced air circulation for uniform temperature and RH Distribution 
• Ensures smooth air-flow pattern to improve the Temp & Humidity distribution across the chamber
• U-Shaped tubular heaters as a heating element. 
• The unit mounted on castor wheels for easy movement
• Password protected door access and monitoring (Optional) 
• Uniformity module with 4 + 4 RH & Temp Sensors (Optional) 
• GSM module for SMS Alert (Optional) 
• Serial port for PC interface with 21-CFR Compliant software (Optional software) 
• Standby Humidity control system and Standby refrigeration system (Optional) 

Insulation 

• 70mm polyurethane insulation (PUF)/ fibreboard to ensure thermal loss 

Humidity System 

• Non-condensing type Steam injection system & reservoir tank with water level arrangement with indicator.

Cooling System 

• Hermetically sealed compressor, which is CFC free and eco-friendly, utilizes the refrigerant (R-134A gas) to maintain chamber temperature within the specified range

Trays for samples 

• Removable perforated trays 
• Can withstand heavy load 
• Offer better air circulatio

Safety Features 

• High-temperature safety cut off 
• Low water level boiler cut off 
• Electrical overload cut off 
• Time delay for compressor switch ON 
• Electrical circuit breaker

LMPH10 is an easy-use benchtop pH meter designed for daily testing and controls are required.The meter has a clear and bright back light LCD display that show the measured value, mode indicatorsand help messages 

Salient Features

• Large back light LCD display shows mode  indicators and  help messages.
• Up to 3 points push-button calibration with auto-buffer recognition.
• Selectable pH buffer standards and temperature units
• Automatically calculates and displays electrode slope after calibration
• Automatic Temperature Compensation (ATC) ensures highly  accurate measurements over the entire range
• Automatic endpoint function freezes the stable measured  values
• Help message as a operational guide to helps you understand how  to use meter.
• Setup menu lets user customizes buffer standards, calibration points, temperature units, automatic or manual    hold function, auto-off feature  to meet personal preferences
• Reset function can resumes all settings to factory default values 

Melting Point Apparatus with 4 digit, 7-Segment LED display is designed for accurate measurement of melting points and for checking the melting range of the solid samples. The apparatus consists of a silicon bath of about 200 ml capacity, covered with teflon cover with 3 holes fitted, with a
special type of oil immersion heater having three holes for holding the capillaries, one for boiling point tube and one for the thermometer. The apparatus consists of in-built magnetic stirrer, an electronic controller with indicator for precisely adjusting the rate of heating of silicon oil-bath, an ON/OFF switch, a pilot lamp, with magnifier, a glare free background illuminator, a High/Low range temperature selector switch and digital temperature indicator with PT100 RTD sensorThe ‘Start’ switch is used to start the measurement of melting point. User can sto the measurement using the ‘Stop’ switch after the instrument reaches the melting point of the sample. The display will always show the last temperature where ‘Stop’ switch pressed in the last measurement. Clear switch is used to clear the display to zero.

Auto Gas Cutoff Facility Auto Flame Failure Detection Facility Inbuilt Thermal Printer (In Model 672) pP Based With Printer Interface Five Element Measurement In Single Aspiration of the Sample Curve Calibration Programmability using Maximum of 25 Standards Data Processing Through Curve Fitting Techniques - Least Squares, Quadratic Multiple Calibration Curves Saving Facility Samples Data Storage Facility Online Help Key Printer Attachment Facility Measurement in ppm & meq Useful For Both Medical & Soil Testing Applications Setup Storage Facility up to 10 setups files Supplied with Compressor Unit 

With the experience of about 5 years, we are becoming as one of the promising manufacturers and suppliers of Laboratory Biosafety Cabinet. It is extensively utilized in hospitals, research labs, and chemical & pharmaceutical industries. This cabinet is required for working with potentially harmful microorganisms to prevent them from contaminating the room or environment. Offered Laboratory Biosafety Cabinet is made according to three classes of biosafety levels as desired by the customer.

Biosafety Cabinet

SSI Class II Type B1 Biological Safety Cabinets

The Class II Type B1 biological safety cabinet has a common plenum from which 70% of air is exhausted, and 30% re-circulated to the work area as the down flow.

Type B1 cabinets also have a dedicated exhaust feature that eliminates re-circulation when work is performed towards the back within the interior of the cabinet. Toxic chemicals employed as an adjunct to microbiological processes should only be employed if they do not interfere with work when re-circulated in the down flow.

SSI Class II Type B2 Biological Safety Cabinets

SSI Class II Type B2 cabinet all inflow and down flow air is exhausted after HEPA filtration to the external environment without recirculation within the cabinet. Type B2 cabinets are suitable for work with toxic chemicals employed as an adjunct to microbiological processes under all circumstances since no re-circulation occurs. In theory, Type B2 cabinets may be considered to be the safest of all Class II biological safety cabinets since the total exhaust feature acts as a fail-safe in the event that the down flow and / or exhaust HEPA filtration systems cease to function normally. However, Class II Type B2 cabinets are, in practice, difficult to install, balance and maintain.