Description
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V.D.R.L.Rotator (Variable Speed)
Suitable for VDRL and other agglutinating tests, blood grouping tests, for mixing of solutions in small flasks, beakers or bottles.
Platform size 300×300 mm. supplied with spring wire holder (2 nos) for holding flasks. Fixed or variable RPM range 180 RPM. with 60 min timer.
Workable on 220 v AC 50Hz single phase.
Optional
Digital R.P.M. indicator
Digital timer (0-99 min.)
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Sieve Shaker (Gyratory Motion)
Ensuring durability during performance, this machine is made of mild steel and cast iron and comes with one Lid and a Pan.
This unit is used with up to 7 sieves of 150mm or 200mm (8 Inch) sieves and up to 6 sieves of 300 mm (12 Inch).
Heavy duty motor (1/4 HP) ensures the whole performance through a reduction gear immersed in oil.
Along with featuring gyratory motion, this units also performs upward and downward movement ensuring that each "square cm" of the sieve is fully utilized.
This Gyratory Sieve Machine also supplied with a pair of rods and a holder which ensures tight grip of sieve set from the top.
| Product: | Gyratory Sieve Shaker | |
| Capacity: | 7 sieves of 150mm, 6 sieves of 300mm | |
| Design: | Table Top | |
| Construction: | Cast Iron, Painted Mild steel | |
| Motor: | ¼ HP | |
| Timer: | 0 - 60 Minutes | |
| Timer Type: | Digital / Analog | |
| Power Supply: | 220 Volts |
Flourimeter (Digital)
A digital photofluorometer, you can perform precise analysis of flurophors and quinine.
Designed specifically for life science laboratories, this smart instrument fulfills your requirements of accurate results with the sensitivity you demand.
This fluorometer is a compact system, which occupies very low bench space, while offering convenient and excellent throughput for fluorescence assays.
It is a fluorometer model has been designed and manufactured for laboratories, where routine analysis of fluorophors is a prime requisite.
This system uses 50 W tungsten halogen lamp,
This digital fluorometer greatly enhances productivity of your laboratory, designed with latest technology, use of imported mechanical and electrical parts, imported lamp and other components; it allows you to perform fluorometric determination of quinine more quickly.
| Covers entire visible range: | Excellent detection sensitivity | |
| Compact and efficient: | Bright red seven segment LED display | |
| Occupies low bench space: | Precise analysis of Flurophors & Quinine |
Specifications
| Fluoro Sensitivity: | Full-scale deflection obtained with 1 ppm quinine sulfate in 0.1 N sulphuric acid (primary wavelength 360 nm) | |
| Display: | 3 digits bright red seven segments LED display | |
| Excitation Source: | 12V, 50W Tungsten Halogen Lamp | |
| Sensitivity Range: | Adjustable in 4 ranges | |
| Detector: | Highly sensitive wide range photodiode/cell | |
| Sample Test Tube Size: | 15 mm (D) x 80 mm (H) | |
| Minimum Sample: | 4 ml | |
| Power: | 230 V ± 10%, 50 Hz. AC | |
| Dimension: | 260 x 335 x 160 mm (Approx.) |
Leak Test Apparatus (S.S BODY)
Ideal instrument to check blister Packs, Strip for Leak Test.
The old method of separate desiccator and the huge vacuum pump is replaced with the new Leak Test Apparatus in GMP Stainless Steel Body with phenomenal compactness.
The instrument is equipped with Diaphragm type vacuum pump gives the higher level of vacuum in shortest possible time.
Die pressed polycarbonate vacuum desiccator sustains vacuum for a 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 continues running of the vacuum pump.
| Body: | Stainless steel. 304 | |
| Desiccator: | SPolycarbonate, 8” Desicator Provided with Digital Timer | |
| Timer: | S3999 sec. Digital | |
| Vacuum Level: | S 22" Hg | |
| Current: | S 5A | |
| Voltage: | S 230 |
Permeability Cup
(S.S 304) 120mm Dia. Permeability cups for determining the water-vapor transmission of paints, varnishes, coatings, coating systems and related products.
The Permeability cup consists of a cup, seal ring and cover ring.
The seal ring is designed to prevent turning when closing the cover.
The Permeability cup is suitable for testing both self-supporting coating and non-self-supporting coatings. Water-vapor transmission is of interest for high humidity conditions.
The wet cup method is thus the reference method for determining water-vapor transmission, if agreed up on otherwise, other procedures or conditions the dry cup method may be used.
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