Magkraft Integrated Private Limited

Phase 9, Mohali, Punjab

Magnetic Particle Testing (MPT) stands as a robust inspection technique, adept at identifying both surface and subsurface irregularities within ferromagnetic materials. This method, integral to Third-Party Inspection services, assumes a pivotal role in upholding the quality, safety, and durability of diverse products and components. Leveraging advanced magnetic particle testing equipment and a state-of-the-art Magnetic Particle Inspection Machine further enhances the precision and efficiency of this process.Employing MPT involves applying magnetic fields to the material under scrutiny and introducing magnetic particles to reveal potential flaws through their interaction. This meticulous examination ensures the identification of discontinuities that may compromise the structural integrity of ferromagnetic materials. By incorporating cutting-edge magnetic particle testing equipment into the inspection regimen, industries can optimize their quality assurance measures.The Magnetic Particle Inspection Machine facilitates a seamless and comprehensive evaluation, making it an indispensable tool in guaranteeing the reliability of various materials. As industries prioritize stringent quality control, the amalgamation of MPT and advanced equipment emerges as a cornerstone in fortifying the resilience and longevity of products across diverse sectors. Our step-by-step process ensures the highest level of accuracy and reliability: Preparation of the Test Surface: Cleaning the surface to remove dirt, paint, or coatings. Application of Magnetic Field: Creating a magnetic field within the material using a suitable magnetizing technique. Particle Application: Applying magnetic particles that are attracted to areas with magnetic flux leakage. Examination: Carefully inspecting the test surface under proper lighting to detect indications. Interpretation and Evaluation: Analyzing indications to determine if they are relevant to quality and safety. Demagnetization: Removing the residual

• MaterialStainless Steel
• FeaturesPLC-Based Control, Automatic Cycle, 7 Inch Touch Screen, Operator Controlled An Automatic Double Shot, 50 Program Memory, Independent Current Control, Digital Stepless Current Control, Pneumatic Clamping, Reverse Agitation Bath System, AC To DC Changeover

• MaterialStainless Steel
• FeaturesPLC-Based Control, Automatic Cycle, 7 Inch Touch Screen, Operator Controlled Automatic Double Shot, 50 Program Memory, Error Displayed On Touch Screen, Independent Current Control, Digital Stepless Current Control, Pneumatic Clamping, Stainless Steel Liqu

• PurityAutomatic Loading/unloading, Adjustable Magnetization Time, PLC-Based Control, 7 Inch Touch Screen, Digital Ammeter, Pneumatic Clamping, Stainless Steel Components
• MaterialSteel

• Number Of FlowerMobile Current Generator
• FeaturesDigital Current Control, AC/HWDC Output

Eddy current testing relies on the scientific principle of electromagnetic induction. Within an eddy current probe, an alternating current traverses a coiled wire, producing a fluctuating magnetic field. When the probe and its magnetic field approach a conductive material, like a metal test object, a circular motion of electrons, comparable to swirling water in a river, initiates within the metal. This phenomenon, known as an eddy current, circulates through the metal. Consequently, this eddy current testing machines generates a magnetic field in the metal, which then engages with the coil and its associated field via mutual inductance. Any changes in metal properties, such as microstructure, hardness, or material grade, change the amplitude and phase of the eddy current and the resulting magnetic field. This, in turn, affects the electrical impedance of the coil. These signals are processed by the software in the instrument & plotted as impedance amplitude and phase angle, while in an MPI Machine, defects are visually indicated on the surface. Changes, if any, are indicated on the screen & on an Andon system. Features Advanced Eddy Current Technology: Our Eddy Current testing Machine Instruments utilize the latest in Eddy current testing technology to accurately identify and sort materials based on their hardness and material properties. User-Friendly Interface: Our Eddy Current testing Machine Equipment is designed with the end user in mind, featuring an intuitive interface and clear displays that simplify operation and data analysis. Flexible Integration: The Eddy Current testing Machine are compatible with a wide range of material handling systems, making it easy to integrate into your existing production lines or quality control processes. Customizable Configurations: Our Eddy Current Machine can be tailored to suit your specific sorting requirements, with customizable options such as adjustable frequency ranges, multi-channel capabilities, and various pro