General Lab Instruments

Chiller Circulator is most ideal for chilling and condensing applications in external systems such as Rotary Vacuum Evaporators, Viscometers, Electrophoresis Systems, Chilling of heated water baths and general lab applications of chilling in closed loop systems.

ADVANTAGES
Compact circulator chiller, can be placed underoroverthe workbench.

Hermetically sealed compressorwithenvironmentfriendlyCFC FREE refrigerants.

Reduces tap water consumption thus reducing high cost of water and waste water.

Built-in circulator pumps for efficient circulating processes.

Offers highest level of performance, flexibility and control for most demanding applications.

Low noise level.

Wide operating ranges and applications.

CONSTRUCTIONAL FEATURES

• Inner bath chamber & lid made of stainless steel (SS-304 grade).
• Outer body made of MS sheet duly powder coated.
• Space between inner and outer chamberfilled with high grade PUF insulation.
• Mounted on castors for easy portability.

STANDARD FEATURES

• Various temperaturesranges available to choose from depending upon varied requirements and applications.
• Microprocessor based PID DIGITALTEMPERATURE INDICATOR CUM CONTROLLER.
• Powerful circulation pump To work on 220/230 volts, 50/60 Hz AC Supply.

Optional:-

• Low water cutoff Device
• Provision of Heating can also be Provided upto 100 Deg C
• Can work at Both below ambient and above ambient temperature
• High Temperature Alram
• Voltage Stablizer
• Timer Facility

WHAT IS FREEZE DRYING?
Freeze Drying is the process of removing the moisture from a biological product while maintaining the integrity of the biological products, chemical structure and activities. Freeze Drying technology is used in particular for removal of moisture from the products usually of biological origin without causing any noticeable change in the original characteristics. Freeze Drying is also the preferred process in the field of Pharmacy, Chemistry and inconservation of Food.

HOW FREEZE DRYER WORKS?
All "IMPACT" units are provided with following basic requirements:-
A Drying Chamber or Manifold on/in which the containers with pre-f rozen samples are connected/ placed
A high Vacuum double stage pumping system with gas ballast with ultimate vacuum of less than 50 microns in the system and 10 microns on pump head to facilitate the vapour flow to the condenserfor speedy drying
A low temp condenser to trap the moisture vapour and allow the non- condensable vapours to go to the pump for release to the atmosphere.

CONSTRUCTION & SALIENT FEATURES:
Housed in a super structure steel frame it is mounted on swivel casters.
Complete with Perspex see through lid, gasket and control instruments i.e. Microprocessor Based DigitalTemperature Controller for measurement of Temp& Electronic digital Vacuum Indicator.The unit made out of hermetically sealed compressor and can be optionally fitted with 100 litres/ min direct motor drive rotary vane type vacuum pump of double stage with Air ballast having ultimate vacuum of 1 x10-3torr on pump head. High grade PUF INSULATED between outer and inner chamberfor minimal thermal losses.
Condenser Trap: All non-magnetic stainless steel fabricated, argon welded, dished-bottom for complete effluent removal.
Refrigeration coils made of copper bonded to outside of condenser heavily insulated. Temp, up to (-)40 Deg C at ambient temperature of 18 Deg C is maintained through a MICROPROCESSOR BASED DIGITALTEMPERATURE

INDICATOR - CUM - CONTROLLER.
Vacuum Drum has 6 or 12 port manifold (Main drying chamber) made of stainless steel non-magnetic grade with Perspex top cover. (CFC FREE AND PUFF INSULATED).

Technical Parameters:
Capacity : 3.25 Litre "OR" 5.25 Litre
Vacuum Drying Drum Size : 22,5cm (dia)x 25.5cm (ht)
MOC(Body) : CRC duly powder coated on caster wheels.
MOC (Main Drying Chamber) : Stainless Steel (Non Magnetic)
Temperature Range : to -40^°C (at ambient temperature of 18^°C)
Controller : Microprocessor Based Digital Temperature Controller
Vacuum Probe : Electric vacuum transducer
Vacuum Indicator : Digital vacuum indicator
Vacuum Seals : CRC duly powder coated on caster wheels.
Ultra Ultimate Vacuum (Pump Head) : 1 x10-3torr
No. of Drying Ports : 6or12
Heat Rack (Option) : Tray, Petri Dishes, Beakers etc) (Adoptable to the main drying chamber)
Vacuum Pump (Option) : 100 litres/ min direct motor drive rotary vane type vacuum pump of double having ultimate vacuum of 1x10-3 torr on pump head ,High Voltage
Protection (Option) : Through automatic voltage stabilizer

Laboratory & Pharmaceutical Cleaning Applications.

Our Sonicator Bath Ultrasonic cleaners to fulfill all cleaning needs of your labs.
     Sonicator Bath Ultrasonic Cleaners will save time and reduce effort while providing
     a safe solution for your cleaning needs.

Now - A - Days Ultrasonic Cleaner is essential tool for Scientific & Pharma Labs. There
     are many uses of ultrasonic cleaner in QC, R&D & Analytical Labs such as,

Dissolve, disperse, and emulsify samples

Sonochemestry i.e. degassing the solution

Cleaning the glass ware, Lab Instruments

Sonicator Bath Ultrasonic Cleaner (Sonicator) has design with MOSFET /IGBT & latest Micro-contoller base technology.
     A laboratory will require a cleaning system to ensure that items are completely clean and free from contaminants prior to
     each use. Any residue or debris left from previous processing could provide inaccurate and incorrect testing results. The
     use of delicate instruments in the laboratory makes ultrasonic a perfect technology for cleaning and reprocessing. The
     gentle yet effective cleaning action ensures that contaminants are removed but instruments are not damaged.

Ultrasonic Cleaning Technology:
Ultrasonic waves is the term used to describe waves having a frequency above the audible range of humans. Whenever high intensity ultrasound isapplied to a liquid, the result is millions of millions of tiny bubbles (or cavities) in a liquid. Cavitation is produced by the alternating high and lowpressure waves generated by high frequency (ultrasonic) sound. During the low pressure phase, these bubbles grow from microscopic size until,during the high pressure phase, they are compressed and implode known as cavitation. Whenever this happens at the interface of the parts to be cleaned, the surface of the parts-because of the relative lack of compressibility on the part of the cleaning fluid-will experience a local impact.

Features:

• Compact, lightweight, very efficient - saving valuable and costly power.
• Rugged and reliable systems.
• Micro Controller base Digital Timer.
• With latest MOSFET base technology.
• Automatic frequency tuning for maximum output.
• Low transducer losses permit maximum cleaning action.
• Modular generator for easier modification/Servicing.
• Rugged and easy to clean stainless steel housing.
• Extensively protected electronics circuits for longer and safe operation.
• Frequency 33+ 3 KHz
• Input voltage range of 170AC-270AC.50 Hz
• One Year Warranty.

EASY MAINTENANCE:

• The maintenance required is minimum due to high quality components and design, but following maintenance should
   be done to avoid any defect.
• Clean all outerand visible parts properly.
• Any unauthorized person/agencies should not be allowed to do any repair.

Applications :
Printed Circuits Board, Micro Switches, Pens, Syringes Degassing of Liquids, Polished Precious Metals, Camera Closures, Watches, Crystal, Drills Armatures, Dental Instrumentation, Ocular Gravure, Valves, Styluses, Probes, Sieves for pH-Electrodes, etc.