Free to use · No login needed for buyersContactFor manufacturersHow we list companies
List your company
Representative image: Industrial & Scientific Instruments manufacturers in India
Home › Categories › Industrial & Scientific Instruments

Industrial & Scientific Instruments manufacturers in India

17 manufacturers of industrial & scientific instruments are listed on SourceLoka. 12 are listed as manufacturer exporters and 5 as merchant-cum-manufacturer exporters, which also trade goods they do not make.

Listed manufacturers
17
States
9
Cities
13
Representative image

Listed manufacturers

17 manufacturers · best-documented first

ATICO EXPORT

Ambala, Haryana

Industrial & Scientific InstrumentsManufacturerSource: a public trade directory

Industries: Electronics

Contact details not published yet

How to contactView profile

ATOMIC GAUGES

Aurangabad, Maharashtra

Industrial & Scientific InstrumentsManufacturerSource: a public trade directory

Industries: Electronics

Contact details not published yet

How to contactView profile

Related categories

Explore similar products.

Representative image: Machine Tools
Machine Tools

Lathes, milling machines, CNC machining centres, grinders, presses and tooling accessories.

Explore
Representative image: Electrical Machinery
Electrical Machinery

Motors, transformers, switchgear, control panels, cables, generators and electrical assemblies.

Explore
Representative image: Other Industrial Machinery
Other Industrial Machinery

A broad group covering special-purpose machines, packaging machinery, textile machinery and general engineering…

Explore

Typical industrial & scientific instruments products

Measuring instrumentsTesting instrumentsControl instrumentsLaboratory instruments

Typical products for this category, not a claim about any one company’s range.

What are industrial & scientific instruments?

Industrial and scientific instruments measure, test and control: gauges and meters, flow and level instruments, testing machines, control instruments and laboratory equipment. The value of an instrument lies in its accuracy and in being able to prove it, so calibration and traceability matter as much as the price.

How to choose

  1. Define what you must measure, the range, the accuracy you need and the conditions: temperature, pressure, vibration and the substance being measured.
  2. Choose the accuracy for the decision the reading supports, since higher accuracy costs more and is not always needed, but too little accuracy defeats the purpose.
  3. Ask for the calibration certificate and its traceability to a national or accredited standard, and for how often recalibration is recommended.
  4. Check the materials in contact with the process, the enclosure rating and any approval needed for hazardous areas.
  5. Compare the output and the way it connects to your systems: analogue signal, digital communication or a display you read by eye.
  6. Look at stability and drift over time, repeatability and the time the instrument takes to respond.
  7. Ask about service, calibration facilities, spares and the manual and training provided.

Specifications to confirm with the supplier

SpecificationWhat to ask
Range and accuracyThe measuring range and the accuracy over that range.
CalibrationCertificate, traceability and recalibration interval.
Materials and enclosureWetted materials and the protection class.
Output and connectionSignal type and interface.
Stability and responseDrift, repeatability and response time.
ApprovalsCertification for hazardous areas where needed.
ServiceCalibration support, spares and training.

Where it is used

Frequently asked questions

What is calibration?

It is the comparison of an instrument against a more accurate reference to find and record its error. A calibration certificate states the result and the reference used.

What does traceability mean?

It means the reference used can be linked, through an unbroken chain of comparisons, to a national or international standard. Accredited laboratories provide traceable calibration.

How often should instruments be calibrated?

It depends on the instrument, how critical the measurement is and how stable it has proved. Follow the maker’s advice, and shorten the interval if checks show drift.

What is the difference between accuracy and resolution?

Accuracy is how close a reading is to the true value, while resolution is the smallest change the instrument can show. A display with many digits is not necessarily accurate.

How do I choose the range of an instrument?

Choose a range that covers your normal readings comfortably, with margin for peaks. An instrument used at the very bottom of its range is less accurate in practice, and one used at the top is at risk of damage.

What affects instrument accuracy in use?

Temperature, vibration, installation, contamination and ageing all change readings. Install the instrument as the maker advises, protect it from harsh conditions and calibrate it at regular intervals.

Can I contact the manufacturers listed here directly?

Yes. Each listing shows the contact details the company has published, with no lead form or middleman. Confirm accuracy, calibration and service with the company before ordering.