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About Magnetic Daneshpajoh Kashan

Magnetic Daneshpajoh Kashan (MDK) company is the first and only manufacture of magnetometer devices in Iran. This company was founded in 2005 under the name of Magnetic Daghigh Kavir Kashan by two professors of University of Kashan, Dr. Mohammad Almasi Kashi and Dr. Abdolali Ramazani. Later, in 2012, it changed its name to Magnetic Daneshpajoh Kashan and has continued its activity in Kashan city as a top rank knowledge enterprise

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00989132775935

info@mdkmag.com

University of Kashan, Kashan, Iran

Products

Vibrating Sample Magnetometer (VSM)

MDK vibrating sample magnetometers (VSMs) are designed to accurately measure basic and detailed magnetic properties of a wide range of magnetic materials. These properties are obtained through major hysteresis loop, initial magnetization curve, first-order reversal curve (FORC) diagram, and ZFC/FC curve, giving rise to several magnetic parameters such as coercive field (Hc), remanence magnetization (Mr), saturation magnetization (Ms), switching field distribution, coercivity distribution, interaction field distribution, Curie temperature, etc

Vibrating Sample Magnetometer (VSM)
Ferroelectric Tester

Ferroelectric Tester

MDK Ferroelectric Tester is a perfect device for researchers who are looking for a flexible unit at an affordable price to investigate ferroelectric and dielectric properties of materials

Hard BH Tracer

Hard BH Tracer

MDK Hard BH Tracer device is a DC automatic measuring system for characterization of hard magnetic materials such as Alnico, Ferrite, NdFeB, SmCo, and bonded magnets

teslametr

Teslameter

MDK Teslameter is capable of measuring surrounding magnetic fields with high precision. The performance of the sensor used in this device is based on the Hall effect.

Hyperthermia

Hyperthermia System

MDK Hyperthermia System is capable of accurately measuring SLP of different types of ferrofluids designed for magnetic hyperthermia applications

Soft BH Tracer

Soft BH Tracer

MDK Soft BH Tracer enables the study of hysteresis loops of transformer stampings and strips, ferrites and other soft magnetic materials of different shapes, together with determination of their energy losses

Magnetizer

Magnetizer

MDK Magnetizer works on the principle of capacitor discharge, thereby generating large unidirectional currents into coils and fixtures that create magnetization of ferrite, Alnico or rare-earth magnet-based DC motors

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Academia and companies that use our devices

University of Tehran

Kharazmi University

Tarbiat Modares University

University of Science and Industry

University of Basra, Iraq

Bim Gostartaban Co.

Lama Electric Co.

Iran Aircraft Manufacturing (Hesa Isfahan)

and others ...

Our mission

Our mission is to provide any requirement of equipment in the field of magnetism in Iran and around the world

Our Mission

Why choose us?

Because we can design and customize our devices according to customer’s needs with various options at affordable prices

Why choose us

What we do?

We manufacture high-precision measurement equipment for academic research and industry developments in the field of magnetism

what we do

Blog

Enhancement in hyperthermia properties of cobalt ferrite nanoparticles by changing reaction time

Researchers at University of Kashan have recently performed a study on hyperthermia properties of cobalt ferrite (CoFe2O4) nanoparticles synthesized using a thermal decomposition method with three temperature steps
The emergence of materials with magnetic shape memory

The emergence of materials with magnetic shape memory

The scientific community has witnessed a groundbreaking development by researchers from the Paul Scherrer Institute PSI and ETH Zurich. They have successfully created a novel material that exhibits shape memory properties when exposed to a magnetic field
The investigation of magnetic materials with extreme ultraviolet (UV) radiation

The investigation of magnetic materials with extreme ultraviolet (UV) radiation

The utilization of extreme ultraviolet radiation to investigate magnetic materials enables the acquisition of a comprehensive microscopic depiction of the interaction between magnetic systems and light. This approach represents the most rapid method to manipulate a magnetic material.
The feasibility of magnetic cobalt ferrite–bismuth ferrite core–shell nanoparticles for removal of microcontaminants from wastewater

The feasibility of magnetic cobalt ferrite–bismuth ferrite core–shell nanoparticles for removal of microcontaminants from wastewater

Microcontaminants pose a significant challenge to our water resources, but eliminating them from wastewater necessitates substantial technical capabilities
The filling of zombie-like cells with magnetic particles in the screening of potential drugs from natural products

The filling of zombie-like cells with magnetic particles in the screening of potential drugs from natural products

The University of Alabama has made a groundbreaking discovery in drug discovery. Researchers have developed a method that utilizes zombie-like cells, which appear normal externally but contain magnetic iron oxide particles internally
The use of nanomagnetic mechanisms in the storage and manipulation of data

The use of nanomagnetic mechanisms in the storage and manipulation of data

Logic and memory devices, including computer hard drives, now utilize nanomagnetic mechanisms to store and manipulate data. Unlike silicon transistors, which have inherent efficiency limitations, these devices do not require energy to maintain their magnetic state

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