| Centrifuge Laboratory: i) Laboratory Centrifuge having 200ml Capacity with Step less Speed Controller, pilot indicator lamp, 0- 60 min. Timer & speed meter. Max. Speed 5000 RPM, Max. RCF 3650 x g. (Without rotor head) Model - BL 110 A. ii) Laboratory Centrifuge having 200ml Capacity with Stepless Speed Controller, Digital Speed Meter, 0- 99 min. Digital preset timer & illuminated switch. Max. Speed 5000 RPM, Max. RCF 3650 x g. (Without rotor head) Model - BL 110 D. iii) Laboratory Centrifuge having 200 ml Capacity with Stepless Speed Controller, Digital Speed Meter, 0- 99 min. Digital preset timer with bypass switch, lid lock, Imbalance Safety device, zero start interlock, brake and illuminated switch. Max. Speed 5000 RPM, Max. RCF 3650 x g. (Without rotor head) Model - BL 110 DS. |  |
| Centrifuge Micro Refrigerated : Model No BL 135R REFRIGERATED MICRO CENTRIFUGE with control panel having Step less Speed Controller, Digital speed meter, 0 - 99 min. Digital Timer cum indicator, Alarm at automatic switching off timer, dynamic brake, zero start interlock switch, imbalance safety device, push button switch cum indicator and lid locking switch. The centrifuging chamber is made of stainless steel having CFC Free Cooling System with Digital Temp. controller cum indicator with a working temp. range of -10°C to +40°C, Max. Speed 16000 RPM. Max. RCF 17600 x g. (Without Rotor head and carrier) Options: With Rotor head & carrier. |  |
| Colony Counter: Digital Colony Counter: Is ideal for rapid, accurate counting & recording of bacteria & mould colonies in biology, zoology, bacteriology, pathology laboratories or any place where colony counting is a regular routine. Colony counter grid is illuminated with fluorescent lamp for uniform cool-light Illumination and is provided with a magnifying glass for ease of viewing. Special
Pen type probe allows marking on Petri dish with an audio beep and counting simultaneously. Counting is registered on 4 digit re settable digital counter. Counter:- 4 digit (9999 counts) re settable digital counter with audio beep at every count Probe:- Auto Marker Pen probe for marking and counting simultaneously. Grid:- Wolffuegel grid glass plate. Illumination:- Uniform glare free illumination by cool fluorescent tube light. Magnification:- 100mm. diameter Magnifying Lens. Dimension :- 250W x 310D x 130mm H. Weight :- 4.5 Kg. approx |  |
| CONDUCTIVITY METER: ( For Liquid) : Make “Galaxy”: Digital Conductivity Meter ( Six ranges) Range: 0-1. 999micro Siemens to 199.9milli Siemens Selectable Frequency: 200Hz or 2KHz selectable Conductivity Cell for above Constant K= 0.1 (Platinum in Glass) . a) Conductivity Meter Direct reading 0.5μM to 200mM Model No EQ 660A b) Conductivity Meter 0.5μM to 200mM or 0.1μM to 2M Auto Temperature compensation with temperature probe (Research Model) c) Conductivity Meter pocket model battery operated 1μM to 200mM Model No EQ-662 d) Conductivity Meter with inbuilt Magnetic Stirrer .5 μM to 200mM Model No EQ 664 e) Conductivity Meter with battery operated or mains operated 0.5 μM to 200mM Model No EQ-665 f) Conductivity Meter Auto ranging 0.5 μM to 200mM Model No EQ 667 |  |
| Constant Temperature Water Bath:-Make “Galaxy”:
In double body inner S. S. outer M. S. powder coated. Temp. above ambient 5ºC to 90ºC. Digital temp. indicator controller accuracy ±1ºC. resolution 0.1ºC, 1/12 H.P. or 1/8 H.P. motor for water circulation provided. Immersion heater, Top lid. 1” perforated stand. Apparatus runs 230 V AC supply.
Working Chamber Size: 10” W X 8” D X 7”H onwards. Oil Bath: Make “Galaxy”: Rectangular type double body in inner S.S. 304 outer M.S. powder coated 1” bottom perforated stand & top lid provided. At one side motor with pump provided for uniform heating, Digital Indicator Controller, Max. Temp. 250ºC, Accuracy ± 0.5°C from top immersion heaters & PT. 100 sensor. Apparatus runs on 230 volt AC supply. Working Chamber Size: 10” W X 8” D X 7”H onwards. |  |
| Humidity Oven (Environmental Chamber or Stability Chamber): Make “Galaxy”:
Inner S.S. 304, outer M.S. powder coated, Temperature 10 ºC to 60 ºC, RH 45% to 95% , Humidity Accuracy ±3% RH Temperature Accuracy ± 0.5 to 1ºC, Resolution 0.1ºC, inner S.S. 304 Perforated adjustable trays provided. Water tank provided backside Kettle heater type boiler for easy maintenance. Hermetically sealed Kirloskar compressor provided for cooling.
Apparatus runs on 230 volt AC Supply.
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| Heating Mantle :- Make “Galaxy”: M. S. outer powder coated attractively. Temperature controlled by Energy Regulator. |  |
| Hot Air Oven: Lab Model: Make “Galaxy”: In double body Inner S.S., outer of M.S. powder coated & lagged with glass wool. Bottom open heaters covered by S.S. perforated sheet,. G.I. Mess Shelves. Temperature is controlled by sensitive hydraulic Thermostat. Temp. range 50ºC to 250ºC. Temp. accuracy ± 2ºC. Apparatus runs on 230 volt AC supply ± 10 % 50 Hz.
Mdl: HAOT
Options: -Digital Indicator/Controller with PT 100 Sensor, Mdl:HAVD
-Bottom Motor for uniform air circulation &
accuracy ± 0.5ºC. Mdl: HAOBM
Available in Working Chamber W X D X H : 12” X 12” X 12”, 14” X 14” X 14” & 18” X 18” X18”. |  |
| Hot Air Oven: Lab Model (Top Motor air circulation) : Mdl: HAOTM. Make “Galaxy”: In triple body Inner S.S., outer of Mild Steel powder coated & lagged with glass wool. Side tube heaters in separate air circulation compartment, G.I. Mess Shelves. Temperature controlled by Digital Indicator/Controller with ±0.5 ºC accuracy. Solid state relay for heater, Temp. range 50ºC to 250ºC. Apparatus runs 230 volt AC supply ± 10 % 50 HZ
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| Hot Plate: Rectangular (For Laboratory use): Make “Galaxy” Top plate made of cast iron and body is of M.S. powder coated. Temp Controlled by Energy Regulator & 3 heat switch (Low/Medium/High). Apparatus runs on 230 Volt AC.
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| Hot Plate : Round (For Laboratory use): Make “Galaxy” Top plate made of cast iron and body is of Mild Steel powder coated. Temp Controlled by Energy Regulator Apparatus runs on 230 Volt AC. Sizes: 8” Dia & 9” Dia. |  |
| Leak Test Apparatus: Unique Features - Extremely “COMPACT” construction. - Polycarbonate vacuum dessiccator. - Stainless steel (GMP) compact construction - Vacuum level upto 22” of Hg Ideal Instrument to check Blister packs, strips for Leak test. The old method of separate dessicater and huge vacuum pump is replaced with this new Leak test. The instrument is equipped with long lasting vacuum pump which gives higher level of vacuum in shortest possible time. Die pressed polycarbonate vacuum dessicater sustains vacuum for long time. A vacuum gauge is provided to indicate vacuum level which is connected to isolation valve to disconnect the source. Thus avoiding the need of continuous running of vacuum pump. A 0 to 5 minute timer helps the operator to do other work. It’s amazing compactness saves lot of valuable place in in- process laboratories. Timer : 5 minute Digital |  |
| Tablet Hardness Tester (Horizontal / Vertical Model): A) Tablet Hardness Tester (Horizontal Model) It consists of a Force gauge & Slide mounted on a bracket. Slide is operated by hand wheel. Force gauge can be checked for accuracy separately by hanging weight.. Zero adjust for spot calibration. Initial holding force is accounted for unlike Monsanto. Red Pointer retains the maximum reading. Acrylic dome cover prevents broken tablet pieces flying off all over. Pressure gauge 0 to 10 kgs. & 0 to 20 kgs. |  |
| B) Tablet Hardness Tester ( Vertical Model) Unique Features:- Gives validated Hardness Measurement for tablets, as per GMP norms. Scientifically – designed for precise Accuracy. The instrument can also be mounted on tabletting machine. Easy to install & operate. Test Tablets up to 25mm diameter. Dial calibrated for 0 – 20 kgf with a least count of 02kgf. Principle of Measurement Load is applied by hand to a lever transmitting pressure from the tablet to be crushed, through a compression load spring registering the force onto a calibrated dial gauge. This dial gauge is provided with a “Main” as well as a “follower” reading hands. As the lever is pressed, both hands move in tandem. And, once the tablet is broken, the main hand comes back to zero position, while the follower hand remains locked at the reading to denote the breaking force. This facilitates accurate recording of the reading |  |