Scientico India is an ISO 9001:2015 and model-specific manufacturer and exporter of fluid mechanics laboratory equipment, with one of the deepest fluid-mechanics catalogues built by any single manufacturer, benches, flow-measurement rigs, pump and turbine test rigs, and hydraulics apparatus, produced in-house in Ambala, India and exported to universities and technical colleges in 30+ countries since 1993. This page is a procurement guide: it maps the standard fluid mechanics experiments to the apparatus that runs them, explains what to specify, and shows how to order a complete lab on CIF terms with a model-specific quotation after technical review.
To browse and shortlist individual products, see the full fluid mechanics equipment range. For the complete experiment-by-experiment breakdown, see our fluid mechanics lab experiments list.
Equipment mentioned in this guide
Review the product information, specifications and model before requesting a quotation.
Pipe Friction Apparatus | FluidoSurge-X 168
The Pipe Friction Apparatus FluidoSurge-X 168 is designed for experimental determination of friction losses in pipe flow. It enables study of both laminar and turbulent flow regimes under controlled conditions. The apparatus allows measurement of head loss and determination of critical Reynolds number. It is suitable for fluid mechanics laboratory instruction and experimental analysis.
View product details
Pelton Turbine Apparatus | FluidoSurge-X 156
The Pelton Turbine Apparatus FluidoSurge-X 156 is designed to demonstrate the operating principles and performance characteristics of an impulse turbine. It enables experimental study of jet impact, torque generation, speed variation, and efficiency under controlled conditions. The apparatus operates with a hydraulic bench or laboratory water supply in a closed water circuit. It is suitable for fluid mechanics and hydraulic machinery laboratory instruction.
View product details
Bernoulli’s Theorem Apparatus | FluidoSurge-X 120
The Bernoulli's Theorem Apparatus FluidoSurge-X 120 is designed for experimental verification of Bernoulli’s principle in fluid mechanics laboratories. It enables detailed study of pressure, velocity, and energy variations along a converging and diverging duct. The apparatus uses a transparent Venturi test section with multiple pressure tapping points. It is intended for structured academic experiments and analytical comparison with theoretical flow behavior.
View product detailsThe Complete Fluid Mechanics Lab, Mapped by Experiment
Procurement officers and lab heads think in experiments, not SKUs. Here is how the core syllabus maps to apparatus we manufacture:
- Verification of Bernoulli’s theorem, Bernoulli’s theorem apparatus on the hydraulic bench. The concept: what is Bernoulli’s principle.
- Reynolds number & laminar/turbulent transition, Reynolds/dye apparatus. Background: significance of Reynolds number.
- Discharge through venturi & orifice meters, bench-mounted flow-measurement rigs (Cd determination).
- Friction losses in pipes, pipe friction apparatus (Darcy-Weisbach friction factor).
- Impact of jet on vanes, impact-of-jet apparatus (momentum equation).
- Metacentric height & floating-body stability, metacentric height apparatus.
- Flow over notches, V and rectangular notch tanks.
- Centrifugal pump characteristics, pump test rig (head-discharge-efficiency curves).
- Pelton / Francis / Kaplan turbine performance, Pelton wheel turbine test rig and reaction-turbine rigs.
The Hydraulic Bench, the Backbone of the Lab
Around seven of the experiments above are bench-mounted accessories sharing one hydraulic bench as their water supply and measuring station. This is the single most important buying decision in a fluid mechanics lab: a bench with a stable pump (typically 0.5–1 HP), a volumetric measuring tank with sight gauge and quick-coupling connections lets one bench serve six or more experiments. Specifying standalone rigs for each experiment typically costs 30–40% more and doubles the floor space.
How to Specify a Fluid Mechanics Lab
- Bench capacity: pump HP and volumetric-tank flow rate sized to your student batch and experiment set.
- Accuracy: manometer resolution and bleed valves at every tapping (the classic source of Bernoulli errors is trapped air).
- Pipe diameters: at least two, so the diameter effect on head loss is demonstrable.
- Utilities: most rigs run on single-phase 230 V; only larger pump/turbine rigs need three-phase. Closed-circuit apparatus avoids continuous mains water.
- Space: a 12-experiment lab for 30 students fits comfortably in 90–120 m² with bench-based planning.
Manufacturer-Direct vs Reseller
Because Scientico fabricates the apparatus in-house rather than reselling, the quote reflects factory cost plus freight, not layers of distributor margin, and documentation is traceable directly to the maker, with one point of accountability for the whole lab. For most teaching apparatus this delivers a materially lower landed cost than comparable European-origin equipment without dropping below the build and documentation standards accreditation bodies expect.
Documentation & Procurement
Every order ships with ISO 9001:2015 and CE documentation, factory test and calibration certificates, a chamber-attested Certificate of Origin, and English installation and experiment manuals, formatted for tender and inspection. For the full quotation breakdown see the CIF lab equipment quote guide; for buying through a formal tender, the university procurement & tender supplier guide.
Why Scientico for Fluid Mechanics
- One of the deepest single-manufacturer fluid-mechanics catalogues, benches, flow rigs, pumps, turbines, hydraulics
- In-house manufacture since 1993, ISO 9001:2015 & model-specific, exported to 30+ countries
- Complete labs consolidated into one order, one shipment, with full export documentation
- model-specific CIF proforma invoice after technical review of your equipment list or syllabus
Get a Fluid Mechanics Lab model-specific quotation after technical review
Send your equipment list or lab syllabus and our engineers return a fully specified model-specific CIF proforma invoice after technical review. WhatsApp a quote, call +91-7015-865-225, or use the enquiry form.
Frequently Asked Questions
How many experiments does a fluid mechanics lab need?
Most engineering syllabuses prescribe 8–12 experiments; a full lab covers around 15 including electives. See our experiments list for the complete mapping.
Can one hydraulic bench run multiple experiments?
Yes, bench-mounted accessories such as Bernoulli, venturi/orifice, notches, impact of jet and metacentric height interchange on a common bench in minutes, which is how most modern labs are specified.
What is the delivery time for a complete fluid mechanics lab?
Manufacture and testing typically take 4–6 weeks plus shipping, supplied with calibration certificates and IS/ISO-referenced test reports.
Do you supply fluid mechanics labs against tenders?
Yes, send your tender BOQ and we return a fully specified CIF quotation with datasheets, HS codes, ISO/CE certificates and warranty terms ready for evaluation.