Quick answer. This is a mixed listing of analytical and clinical instruments, so the decision that matters on every line is whether the result will be reported or relied on. If particle size results are reported, the test sieves need an individual certificate, not a batch one. If the biochemistry analyser or haemoglobin meter will give a clinical result on human samples, it is a medical device and the destination market's rules apply. If the friability tester works in a regulated environment, it must be qualified, not merely working. For teaching use, say so and ask for a teaching configuration. And quote the full product name with every code.
This listing holds a mixed set of analytical and clinical instruments: test and coarse sieves with gyratory and hand-operated shakers, anaerobic culture jars, a Karl Fischer titrator, a biochemistry analyser, a portable haemoglobin meter, a friability tester and digital water and soil analysis kits in several parameter counts. The category name describes none of it.
One warning before you order from this page. The codes in this listing begin at MP-0001, and so do the codes in the companion listing Miscellaneous Products (Contd.), which carries polarimeters and micropipettes. The same prefix is also used by the magnet range under Magnetism Physics Equipments. So a code such as MP-0003 identifies a sieve shaker here, a disk polarimeter there, and a U-shaped magnet in the magnetism range. Quote the code and the full product name on every enquiry and purchase order from these listings, and ask the supplier to confirm both before shipping.
A particle size result is only as good as the sieve that produced it, and sieves are made to a standard with defined apertures and tolerances. So ask:
For the shakers, ask the sieve diameters and the number of sieves the stack will take, whether the motion is gyratory, rotary-tap or vibratory and which your method specifies, whether there is a timer, the clamping arrangement, and the noise level, because a sieve shaker in an open laboratory is loud enough to matter. The hand-operated version is adequate for teaching and for occasional work; a method that specifies a shaking time and amplitude needs the powered one.
Three codes here are anaerobic jars. The jar is simple; the method of removing oxygen is what you are really buying, so ask which it is. A gas-generating sachet system is the usual modern choice and needs a supply of sachets, which is a recurring cost to budget. An evacuation and replacement system needs a vacuum pump and a gas mixture, which is more equipment but cheaper per run. Ask which the jar is designed for, what the catalyst sachet is and how it is regenerated, and whether an anaerobic indicator is included, since without one you cannot tell whether the jar actually worked.
Two practical points: the gas mixtures and generating sachets used in anaerobic work contain hydrogen, which with the catalyst present is why the system works and also why the jar should be handled according to the maker's instructions and not improvised; and ask the jar capacity in plates, the lid clamping arrangement and whether the seal is replaceable, since the seal is what fails.
The biochemistry analyser and the portable haemoglobin meter in this listing are clinical instruments, and that changes what has to be established. If either will be used on human samples for a clinical result, it is a medical device in most jurisdictions and the obligations of the destination market apply, so ask what approvals the model holds and in which countries. Ask what reagents or test strips it uses, whether they are supplied, their shelf life and storage temperature, and whether they can be imported where you are, since a closed-reagent instrument is only as available as its consumables. Ask the quality-control materials the method needs and how often the instrument is calibrated.
Whoever uses them will be handling blood or serum, so the purchase also brings the handling arrangements: gloves, a sharps container, a spill procedure, a route for clinical waste and, for the haemoglobin meter, single-use lancets that are never reused between people. None of that is the supplier's responsibility and all of it has to be in place first. If the instrument is for teaching rather than clinical use, say so when you enquire and ask for a teaching configuration with control material rather than patient samples.
The Karl Fischer titrator (MP-0008) determines water content, and the whole method depends on keeping atmospheric moisture out, so ask how the titration cell is sealed and dried, what drying agent it uses and how often it is changed. Ask which reagent system the instrument is designed for, the titre standardisation procedure and how often it is needed, and the reagent shelf life, storage and disposal route, since these reagents are hazardous and have a limited life once opened. Ask also whether the instrument is volumetric or coulometric, because that decides the water range it suits.
The friability tester (MP-0031) is pharmaceutical test equipment, so ask which pharmacopoeial method it is built to, the drum dimensions and rotation speed and whether both are verifiable, the revolution count and timer, and whether a double-drum arrangement runs two samples independently. Ask whether a calibration or qualification document is supplied, because in a regulated environment the instrument has to be qualified rather than merely working.
The water and soil analysis kits are offered in five, six and seven parameter versions. Ask exactly which parameters each covers, since that is the only real difference and the names do not say; the method used for each parameter and its range; what reagents are supplied, their shelf life and how many tests a kit yields; and the price of a refill, which is the running cost. Ask for the safety data sheet for every reagent and check each can be imported where you are before ordering.
Besides the shared code series described at the top, note that two of the anaerobic jar codes carry nearly the same name as each other, and that several codes in this listing differ only by a parameter count or a model word. Ask for the manual and the method notes, the consumables and their prices and shelf life, the quantity per student group where it is a teaching purchase, the supply voltage, frequency and plug type for your country, the local service and calibration arrangement, and the warranty. Any figure quoted is confirmed in writing on the quotation; ask for the conditions behind it.
Polarimeters and micropipettes are in the companion listing Miscellaneous Products (Contd.). Water analysis meters are under Conductivity and Dissolved Oxygen Meters and TDS Meter, Photocolorimeter and Flame Photometer, digestion under Kjeldahl Digestion and Distillation Unit, incubation and sterilisation under Autoclaves, Sterilizers and Shakers, weighing under Lab Balances and Scales, separation under TLC and Electrophoresis Apparatus and reagent water under Water Distillations and Stills.
Quote the code and the full product name together, since the code alone is ambiguous across these listings. For example test sieves to the standard and apertures your method specifies, with individual certificates, plus a gyratory shaker with the stack capacity and timer stated; or a water and soil analysis kit with the parameters, methods, ranges and refill price listed. Contact Ray Export for specifications, prices and lead times.
Because the MP prefix is shared. Codes here begin at MP-0001, and so do the codes in the companion listing Miscellaneous Products (Contd.), which carries polarimeters and micropipettes; the magnet range under Magnetism Physics Equipments uses the same prefix too. So MP-0003 identifies a sieve shaker here, a disk polarimeter there and a U-shaped magnet in the magnetism range. Quote the code and the full product name on every enquiry and purchase order, and ask the supplier to confirm both before shipping. Note also that two anaerobic jar codes carry nearly the same name.
Which standard they are made to, with apertures in that standard's terms rather than a mesh count, since mesh numbers differ between standards and the method specifies aperture. Whether a certificate of conformity or calibration certificate comes with each sieve or only the batch; reported results need the individual one, so contact us for the latest copies of the relevant certificates. Ask the frame diameter, depth and materials, whether frames nest with sieves you own, whether a lid and receiver pan are included, the recertification interval locally, and how to clean a fine mesh without distorting it.
The hand-operated shaker is adequate for teaching and occasional work. A method that specifies a shaking time and amplitude needs the powered gyratory shaker. For any shaker, ask the sieve diameters and how many sieves the stack takes, whether the motion is gyratory, rotary-tap or vibratory and which your method specifies, whether there is a timer, the clamping arrangement, and the noise level, because a sieve shaker in an open laboratory is loud enough to matter.
That is what you are really buying, so ask. A gas-generating sachet system is the usual modern choice and needs a continuing supply of sachets. An evacuation and replacement system needs a vacuum pump and a gas mixture: more equipment, but less per run. Ask which the jar is designed for, what the catalyst sachet is and how it is regenerated, and whether an anaerobic indicator is included, since without one you cannot tell whether the jar worked. These systems involve hydrogen, so follow the maker's instructions. Ask the capacity in plates, the lid clamping and whether the seal is replaceable.
Used on human samples for a clinical result, either is a medical device in most jurisdictions, so ask about its regulatory status in your country and verify it with your own regulator. Ask what reagents or test strips it uses, whether supplied, their shelf life and storage temperature, and whether they can be imported, since a closed-reagent instrument is only as available as its consumables; ask also the quality-control materials and calibration frequency. Users will handle blood or serum, so gloves, a sharps container, a spill procedure, clinical waste and single-use lancets must be in place first.
Karl Fischer titration depends on keeping atmospheric moisture out, so ask how the cell is sealed and dried and how often the drying agent is changed, which reagent system it uses, the titre standardisation procedure, reagent shelf life and disposal, and whether it is volumetric or coulometric, which decides the water range it suits. For the friability tester, ask which pharmacopoeial method it is built to, the drum dimensions and rotation speed and whether both are verifiable, the revolution count and timer, whether a double drum runs two samples independently, and whether a qualification document is supplied.
Ray Export is a manufacturer and exporter of laboratory, scientific and educational equipment based at Plot No. 449, HSIIDC Industrial Area, Saha, Ambala, Haryana 133104, India. Enquiries: [email protected], +91-9817319615.
Written by Palak Mall, Senior Content Writer. Technically reviewed by Arvind Kumar, Lab Equipment Specialist, 12+ years in laboratory and testing instrumentation. Last updated: 18 October 2026.
Specifications for the instruments in this listing, including sieve apertures and frame size, shaker stack capacity, jar capacity, reagent systems and test parameters, are confirmed in writing on the quotation. For certificates, contact us for the latest copies of the relevant certificates; for the clinical instruments, confirm regulatory status with your own regulator. No price is quoted on this page. Listing notes: the MP code prefix here is also used by Miscellaneous Products (Contd.) and by the magnetism range, so codes collide; the category name describes none of the items; two anaerobic jar codes carry nearly the same name; and several codes differ only by a parameter count or a model word.
8" (20 cm.) measurement, metal casing, without joint and with a hardened steel fabric.
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12" dia., (30 cm.), G.I. sheet outline with steel sheet square punching.
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It is driven by a 0.25 H.P. engine, 220 volt A.C. through a diminishment adapt and is appropriate to convey upto 7 sifters of 6" or 8" dia. At the point when braced the sifter table does not turn but rather is slanted from the vertical hub and the course of tendency alters logically in the clockwise course. Notwithstanding the gyratory movement of the shaker there is an upward and descending development at a recurrence of 270 r.p.m.
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For 20 cm. width strainers. The compact sifter shaker is a hand worked light weight unit intended for simple taking care of and transportation. The mechanical assembly can be utilized both in field and research facility.
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Changed mcintosh and fildes design, all metal development comprising of a hardened steel jolt with a best spine recessed for a torodial elastic fixing ring and a cover held set up by a solid scaffold clasp. The cover is fitted with two needle valves for clearing and a sachet containing an impetus. A side arm on the container is given to associating with semi strong lucas marker. With Pressure cum Vaccum Gauge.
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Altered MCINTOSH and flides design, for the protected development of anaerobes by utlising an impetus which is dynamic above fixing 0° C. The overwhelming polycarbonate shake 23 cm, high x15cm. breadth has top surface ground level and the metal cover fitted with a torodial fixing ring is held set up by hand tigtening as it were. The cover us fitted with two needle valves for clearing and filling and a sachet containing the impetus With Pressure Gauge.
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Straightforward anaerobic culture jug of 3.5 liter limit which is made of polycarbonate. The cover of the container is made of aluminum weight bite the dust throwing fitted with weight valve, vacuum valve, security valve and compound weight cum vaccum measure, three finger aluminum cinch and fixing O ring and air/gas toss. This is prescribed where inside state of demeanor of container is evacuated through vacuum pump and CO2 is filled in the jug through CO2 gas barrel to produce anaerobic leading in the jug. Additionally provided with plain aluminum weight kick the bucket threw top which can be fitted when readymade gas packs are utilized to produce the anaerobic conditions inside the container.
Supply finished with following frill :
Petri plate transporter, tempered steel, for 10 petri dishes.
Test tube transporter, tempered steel.
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Auto titration control.
Auto zero burette.
Movable clock.
Visual and capable of being heard caution.
Specialized Specification
Display: Array of 10 LED in line
Test Size: 1-50 mg of water
K.F. Administering Resolution: 0.05 ml
Indication: RUN ADD END Display in auto mode
Detection: Current detecting by electronic control
K.F. Flow: Highly delicate solenoid control.
Volve for programmed control of K.F. reagent.
Estimating Electrode: Dual platinum anode
Titration Cell: Air tight 200ml glass vessel
End Point Delay: 30 seconds
Buzzer: Yes
Timer: Adjustable Timer
Stirrer: Variable speed attractive stirrer
With On/Off control
Burette: Pressure filling auto zero burette
With 0.05 ml determination
Power: 230V ± 10% AC 50Hz
Size: 435 x 305 x 150 mm
Weight: 5 kg (approx.)
Accessories
Burette 10 ml
Store bottle 500 ml
Elastic howl for pumping air.
Titration cell 200 ml
Double platinum terminal.
Teflon covered attractive mixing case.
Spout.
Dampness trap with elastic tubing.
Guideline manual.
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Strategy:
Absorbance
Mono-chromatic
Bi-chromatic
End point with standard/factor
Settled time energy
Multipoint energy
Multi standard up to 8 principles
Estimation Apparatus:
Removable cuvettes (Semi small scale and miniaturized scale)
Silicon photodiode
Optical System:
Standard photometry
Scope of estimation
- from 0-2.5A for 340 nm
- from 0.3.0 A for 405 nm and upwards.
Programmed zero Setting
Incandescent light 12V 20 W
Phantom range determination programmed by means of channel wheel
Show and console:
Blue screen 4 x 20 LCD
PCB enhanced layer keypad.
Channels (nm)
340, 405, 505, 546, 578, 630 in addition to 2 discretionary channel
Power/Dimensions:
Voltage 220V
Recurrence 50Hz.
Maxumum control < 100 VA
Temperature 25 °C, 30 °C, 37 °C
Max Relative Humidity 75 %
Indoor regulator System:
Indoor regulator controls 25 °C, 30 °C, 37 °C
Exactness + 0.1 C
Optical Interface:
Outer speck lattice printer
RS 232 interface
Inbuilt Thermal Printer:
Graphical Thermal Printer
Characters per line – 384 dabs/Line
Thermo-Sensitive 57 mm vide paper
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Versatile and elite computerized hemoglobin meter is requires completely mechanized process. This gives simple, quick and exceptionally exact observing of hemoglobin. In this the modification or adjustment isn't required and guarantees to give comes about inside 15 seconds.
With finger contact zero setting
Memory for the capacity of tests
1 ml arrangement estimation.
Specialized Specification
Estimating range: 5-25 gm/dl
Memory: 1000 test comes about Auto adjustment
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