True 360 Degree Detection
Unique magnetization technique to detect defects in all directions simultaneously.
Safeguard Process Parameters
Ensure that the testing is done as per the standards set by experts.
Cost Effective & easy to operate
Entry-level models for early-stage businesses
Erase Magnetism with Ease
Remove residual magnetism efficiently post-inspection with our high-performance Demagnetizers. Ensure your components maintain functionality without the hassle of unwanted magnetism
Hardness & Grade Sorting
Make your customers happy by weeding out soft and highly hardened parts
Brighten your Inspection
Enhance your visibility and testing precision with our reliable UV Lights. Choose between handheld and flood types to best suit your inspection needs.
Our third-party inspection services address your NDT inspection requirements, allowing you to focus on your primary production expertise.
With over 25 years of experience in non-destructive testing, we have garnered a host of esteemed clients across diverse industries.
Our in-house design and manufacturing capabilities empower us to create tailor-made, efficient, and budget-friendly NDT solutions to suit your needs
Detecting imperfections beneath the surface, our Magnetic Crack Detector employs advanced technology to safeguard integrity, making flaws transparent for reliable quality assurance
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Through our extensive selection of magnetic particle testing machines, you have the capability to examine both uncomplicated and intricate components, identifying defects on both the surface and within subsurface layers.
We offer a range of demagnetizers tailored to fulfill your demagnetization needs following the MPI process. Whether you require a basic coil demagnetizer or an advanced automatic demagnetizer system, our assurance lies in completely erasing any residual magnetic field within the component.
Eddy current technique can sort materials based on their hardness & composition. Our automated material sorting systems guarantee that only components meeting the required specifications proceed to the customer.
Deployed across diverse industries for magnetic particle inspection and dye penetrant inspection, our UV lights, illuminated by advanced LED technology, prioritize operator comfort throughout their design and manufacture.
Our expertise in understanding the NDT processes & designing a matching solution ensures that you get the best results from our equipment.
Choose Magkraft Integrated Private Limited. for innovative, reliable, and superior non-destructive testing solutions. We bring an unwavering commitment to excellence, tailoring our top-tier products to your specific needs. With our dedication to innovation, quality, and customer satisfaction, partnering with us means ensuring the highest standards for your testing procedures. Trust Compac Technologies to drive your success with unparalleled commitment, knowledge, and industry expertise.
We uphold uncompromising integrity, building lasting trust through transparent and ethical interactions.
Our strength lies in our team, with diverse expertise working collaboratively to meet and exceed your needs.
We are committed to quality, setting new standards in non-destructive testing through rigorous quality control measures.
We provide full third-party inspection for MPI and ECT. Our expertise and asset-light approach offer exceptional services and cost savings, negating the need for NDT equipment investment.
With our experts utilizing our portable instruments, we are capable of conducting on-site testing at the customer’s location. This proactive approach helps identify and address any non-conforming material that might have inadvertently made its way to the packaging line.
With traceability, manufacturers can quickly pinpoint defective or subpar components, leading to improved product quality and reduced recalls. We provide end-to-end traceability solutions customized to your processes & needs.
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Introduction to Magnetic Particle Inspection (MPI) stands as a non-destructive technique employed to detectsurface & sub surface defects in ferrous components. This method proves to be both swift and comparatively straightforward in its application, with less...
Magnetic Field Generation In the early nineteenth century, Hans Christian Oersted made a pivotal observation: an electric current coursing through a wire could alter the orientation of a nearby compass needle. This observation implied that the wire's electric current...
Magnetization Methods Several techniques are available to create a magnetic field within a component to facilitate evaluation through magnetic particle inspection. These methods are often categorized into two main groups: direct and indirect magnetizing methods....