Wednesday, 13 May 2020

Electrical Lab Equipment

We are one of the noted manufacturers, suppliers and exporters of a dimensionally accurate range of Electrical Engineering Lab Equipment. These are made using high quality material that is sourced from reliable sources. Offered in different grades and specifications, these meet each and every requirement of the tender bit effectively. Further, our Electrical Engineering Lab Equipment can be bought at market leading prices and with varied customized options.

Sunday, 19 April 2020

Chemical engineering lab equipment

As chemical engineers, we are required to study, design, and manipulate these phenomena within the context of different processes and impliment the same on equipment modification. They are embodied in units such as reactors and membrane separators, as well as integrated devices such as membrane reactors. Chemical engineering lab equipment help us understand the core curriculum in the context of employing these phenomena in new combinations, as well as how process design at the micro and macro length scales changes the process behavior. Reaction and transfer rates can be increased by employing novel geometries that reduce or disrupt boundary layers and increase surface areas, or by exploiting new phenomena such as ultrasound or microwaves.
This is where chemical engineering lab equipment advanced processing intersects with archaic methods and becomes latest advanced manufacturing. These geometries might themselves be manufactured by advanced manufacturing techniques such as 3D printing or electrospinning and will require integrating advanced devices into process steps. This will require bringing together robotics, materials, and digital process control.

Wednesday, 15 April 2020

Electrical Training Panels

http://acumenlabware.com/electrical-electronics-trainers.html

Today electrical power networks are becoming more and more complex day by day as demand always remains high and generation is always less. Therefore the job of an electrical engineer has become more responsible because he has to work for system stability, reliability and continuity power supply, interconnection of grid, ring and radial distribution as these are primary elements for mataining the electrical networking.





We are constantly in search of providing advanced solutions in the field of electrical engineering training systems. It provides a comprehensive understanding of the principles of Electrical Power System design relaying specifically customised to train students as per industrial standards. Our electrical training systems cover most of the component operations of an Electrical System like, basic of Transmission line parameters, ferranti effect, Symmetrical and unsymmetrical fault analysis and Relay characteristics.

Tuesday, 14 April 2020

STEM Education

As we all know STEM Education is a short for Science, Technology, Engineering and Maths, is relatively a new term used in developing countries education system.

A robust STEM education is known to create critical thinkers, problem-solvers, and next generation innovators.  Hence today every country wants to incorporate STEM courses in its education system.
Taking into consideration that India is one of the countries that produces the highest number of scientists and engineers, the growth of STEM has picked up here significantly over the last few years and developed countries like United States also applaud the scientific and mathematical apptitude of the Indian students.

Monday, 30 December 2019

Electrical Electronics Trainers

Electrical & Electronics Trainers can be used as an great aid for budding engineers and undergraduate trainees who are studying. These help in shaping a student’s future by exposing them to small-scale practicality. They can also be attributed to increase the rational thinking of the students.

These Electrical & Electronics Lab Training Kits can prove to be useful in developing subject study projects also. They are be used by the students as well as the faculty for different purposes. We cater to a plethora of electronic lab trainer kits for schools, college, and universities.  Thus, we provide the easy to use and advanced teaching training equipment for them. At our development facilities customers can choose for a wide range of kits which are highly price effective and immaculate in use.

Thursday, 19 December 2019

physics lab equipment

Diode Laser Diffraction: This Experiment setup is used to study the diffraction phenomenon of light which can be observed when a laser beam passes through a diffraction slit. The intensity pattern can be determined using a pin photo detector with fine movement across the diffraction pattern.






Electrical Conductivity Of Metal: The electrical conductivity of a metal (Copper & Aluminum) is determined by the resistance R of the rod and its geometric dimensions (l=0.315 m, A = 4.91 x10-4 m2).







Field Lines & Equipotential Lines: This Experiment setup is used to study the diffraction phenomenon of light which can be observed when a laser beam passes through a diffraction slit. The intensity pattern can be determined using a pin photo detector with fine movement across the diffraction pattern. In the present setup, the light intensity in the terms of current or voltage is noted at closed intervals by finely traversing the detector movement and observing the light intensity on a digital multimeter.



For more info on physics lab equipment please visit Acumen Labware.

Wednesday, 18 December 2019

Physics Lab

These are the new range of physics lab equipment developed by us.

BH Curve Loop/ Magnetic Hysteresis Loop Tracer: In this experiment when a cylindrical sample is placed coaxially in a periodically varying magnetic field the magnetization in the sample also undergoes periodic variation.

Balmer Series And Rydberg Constant: In this experiment set-up a discharge lamp is used to emit hydrogen atoms which form a series of lines in the visible part of the spectrum.



Dielectric ConstantThe main objective of this experiment is to verify the relation between capacitance C, charge Q and charging voltage E which is given as C=Q/E. The capacitance of a parallel plate capacitor depends upon the distance d between the plates, area A of the plates and the nonconductive material (having dielectric constant) between the plates.


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