Magkraft Integrated Private Limited Phase 9, Mohali, Punjab

This UV Light Intensity Meter is used to measure Intensity of Ultra violet Light in the UV-A band. Measurement range is 0-19,999 uW/cm2. It has a large sized OLED Display for reading the value in the dark. The UV sensor is built inside the main body. It comes with a calibration certificate. It operates on chargeable cells. Charger is also provided along with it.

This is a Hand Held UV LED Light. Intensity at 15″ from Lens is 1500uw/cm2. Available in Mains Operated As Well as Chargeable Battery Operated Models. In chargeable model, the charging is done by connecting charger to the light. In case of mains operated model, an adapter is supplied along with the light to operate it from 220V Mains.

This is an LED based UV flood light. It covers 400mmX200mm area and gives an intensity of 2500-3000uW/cm2 across the area at a distance of 15 inches from the lens. It operated directly from 220V Ac. It is very easy to integrate it in any MPI machine. The long life of LED ensures trouble free working for many years.

This demagnetizer employs a manual trolley to take the component from one end to the other. Trolley is supported on sturdy wheels. Three different coil opening sizes are available, 200X200mm, 300X300mm & 500X500mm. It is the most commonly used demagnetizer.

This demagnetizer uses electronic circuitry to produce a slowly reducing AC current in the demagnetizer coil. The component is placed inside the coil. The slowly reducing magnetic field demagnetizes the component. Available in coil sizes of 200mmX200mm, 300mmX300mm, 400mmX400mm & 500mmX500mm.

This reversing DC demagnetizer passes slowly reducing & reversing DC current through the component using headshot method. This produces a slowly reducing circular magnetic field in the component thereby demagnetizing it completely. Use of DC ensures that the part is demagnetized not only from the surface but from the core also.

QQI’s (Quantitative Quality Indicators) are magnetic particle test pieces with artificial defects used to verify proper field direction and adequate field strength. QQI’s are very thin and flexible to conform to the geometry of the test piece. They must be held in intimate contact with the test piece by either tape or glue. Meet Requirements of ASTM E1444.

Our PLC Controlled Magnaflux MPI Machine test bench units go a step ahead of conventional machines for MPI inspection. They are used across a wide range of industries, such as aerospace, marine automotive, oilfield equipment & railways, for the detection of surface & subsurface defects. These benches are two vector machines. A circular magnetic field is generated by clamping the part between the headstock & tailstock & passing a current through the part. Parts with a central bore can be tested using the threaded bar method. A longitudinal magnetic field is generated changeover is accomplished by solid-state circuitry. Available in various amperages, part lengths & coil diameters Dark room with a ventilation fan & white light is included in all models for testing with fluorescent powders Complies with ASTME3024 Features; PLC-Based Control. Automatic Cycle for faster testing. 7 Inch Touch Screen for control & display. Operator controlled an automatic double shot. 50 Program memory to store settings for different parts.Error displayed on a touch screen for easy diagnostics. Independent current control for Circular and longitudinal magnetization. Independent transformers for Circular and longitudinal magnetization, thereby avoiding the use of noisy changeover switches. Digital, stepless current control. Heavy-duty transformers. No need to wait between two shots. Both sides have Pneumatic clamping. Stainless Steel liquid storage tank. Stainless Steel collection tray Reverse agitation bath system. AC to DC changeover for headshot uses solid-state circuitry. Continuously movable tailstock with cam lock Steady Rollers for job placement Integrated decaying-AC demagnetization with automatic control Feedback loop-based current control with current failure indicator. Standard make PLC & HMI. Easily serviceable.

These machines are suitable for the detection of surface & subsurface defects in aerospace parts. These machines comply with ASTM E1444 & E709. They generate AC & FWDC current. These benches are two vector machines. A circular magnetic field is generated by clamping the part between the headstock & tailstock & passing a current through the part. Parts with a central bore can be tested using the threaded bar method. The longitudinal magnetic field is generated by using an encircling coil. AC to FWDC changeover is accomplished by solid-state circuitry. Adjustable magnetization time of up to 2.0 seconds allows for the complete development of indications. Available in various amperages, part lengths & coil diameters. Dark room with a ventilation fan & white light is included in all models for testing with fluorescent powders. Features; PLC-Based Control. Automatic Cycle for faster testing. 7 Inch Touch Screen for control & display. Operator controlled an automatic double shot 50 Program memory to store settings for different parts. Error displayed on the touch screen for easy diagnostics. Independent current control for Circular and longitudinal magnetization. Digital, stepless current control. Both sides have Pneumatic clamping. Stainless Steel liquid storage tank. Stainless Steel collection tray Reverse agitation bath system. Continuously movable tailstock with cam lock Steady Rollers for job placement Integrated decaying-AC demagnetization with automatic changeover to AC AC to FWDC changeover uses solid-state circuitry. Feedback loop-based current control with current failure indicator. Standard make PLC & HMI. Easily serviceable. Range Selection switch for enhanced pulse width in low amperage settings. AC Drive for Pump Control Optional Features: Separate Digital Ammeters Mag-shot-activating front push bar with 1-touch control to enable/disable this feature. Reversing DC Demagnetization. Database System with advanced touch screen operating interface and barcode

Material : Stainless Steel

This demagnetizer uses a motorized trolley to carry the component from one end to the other. The trolley is connected to a chain driven by a geared motor. Three different sizes of coil opening are available, 200X200mm, 300X300mm & 500X500mm. Optional features such as job counter & auto return can be easily integrated on demand.

Our mobile current generators are suited for testing large and very heavy parts using the magnetic particle inspection method. Suitable for parts that can’t be loaded on a stationery-type machine. These units feature AC and Half Wave DC output. Magnetization time of up to 3.0 seconds allows for the complete development of indications. Available in various amperages. A pair of direct contact prods is provided along with the machine. One of the prods has a switch for starting the magnetization cycle. Features; Digital, stepless current control. Large digital readout ampere meters with retention. Heavy duty transformer. No need to wait between two shots. Sturdy wheels for movement on the shop floor. AC/HWDC changeover. Integrated decaying-AC demagnetization with automatic control Feedback loop-based current control with current failure indicator. Very few electronic parts. Easily serviceable.

Number Of Flower : Mobile Current Generator

This LED based UV light produces 3500uW/cm2 at a distance of 15 inches from the lens. The body of this light is made from aluminium and is robust. It operated on 18-24V AC/DC. A power supply unit is supplied along with the light to operate it from mains supply.

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

This Magnetic Crack Detector is a wet horizontal bench-type unidirectional machine that generates circular magnetization meant for checking both bright & black rolled steel round bars. Circular magnetization is achieved by clamping the bar directly between the headstock & tailstock and passing current through it. The machine is capable of detecting longitudinal cracks only. The headshot current can be switched between HWDC & AC for the detection of subsurface & surface cracks. The machine is semi-automatic in operation. All operations, such as loading, spraying, magnetization, demagnetization & unloading, are automatic. The only manual operation is the inspection. The Magnetic Crack Detector machine has nylon rollers for placing & rotating the bar on the machine during the inspection. Adjustable magnetization time of up to 2.0 seconds allows for the complete development of indications. Available in various part lengths & diameter ranges. The Magnetic Crack Detector machine is provided with a dark room frame, hood & curtains so that inspection with fluorescent inks can also be carried out. This makes it an ideal MPI machine and MPI product for industries requiring detailed and precise inspections of ferromagnetic materials. Features; Automatic loading from infeed bench. Automatic unloading from outfeed rollers to separate OK/Reject stacks. Magnetization, spraying & inspection all on one station. PLC-Based Control. Fully automatic cycle for faster testing. 7 Inch Touch Screen for control. Large Digital Ammeter with Retention. Operator controlled an automatic double shot 50 Program memory to store settings for different diameters. Error displayed on the touch screen for easy diagnostics. Digital, stepless current control. Heavy duty transformer. Both sides have Pneumatic clamping. Stainless Steel liquid storage tank. Stainless Steel collection tray Reverse agitation bath system. Continuously movable tailstock with cam lock Integrated decaying-AC demagnetization with

Purity : Automatic Loading/unloading, Adjustable Magnetization Time, PLC-Based Control, 7 Inch Touch Screen, Digital Ammeter, Pneumatic Clamping, Stainless Steel Components

The Desktop Model under our Line Integrated System category is designed to bring top-notch efficiency and adaptability right to your workspace. With its compact design, yet powerful capabilities, this system fits perfectly into a modern, fast-paced production environment. Whether it’s quality control, assembly line integration, or complex analytical tasks, the Desktop Model serves as a versatile solution. Features User-Friendly Interface: Designed for easy navigation and control. Real-Time Monitoring: Enables immediate feedback and adjustments. Energy-Efficient Design: Environmentally friendly and cost-effective. Advanced Analytics Tools: For in-depth data interpretation. High-Speed Processing: Catered for fast-paced industrial demands. Modular Configuration: Allows for easy scaling and adaptation.

The Lab Model under the Differential Flux Analysis category is a state-of-the-art solution designed for precision magnetic domain evaluation within laboratory settings. With its cutting-edge technology, the Lab Model offers researchers, analysts, and engineers an unparalleled tool to explore, analyze, and innovate. Whether for educational purposes, product development, or quality control, this compact and powerful system integrates seamlessly into various environments, delivering reliable and robust performance. Features High-Precision Analysis: Detailed magnetic domain evaluation. Compact Design: Perfectly suited for laboratory environments. Interactive User Interface: Simplify tasks for users at all skill levels. Customizable Workflows: Tailor to specific project needs. Environmentally Conscious: Built with sustainable materials and practices. Real-Time Data Processing: Instant feedback and reporting. Robust Security Protocols: Ensure data integrity and confidentiality

Feature : High-Precision Analysis,Compact Design

Used for System Performance Test Meets ASTM E1444 requirements Drilled holes simulate subsurface discontinuities Form surface indications at various magnetizing levels Comes with a copper central conductor

Usage/Application : Industrial

This LED based UV light produces 5000uW/cm2 at a distance of 15 inches from the lens. The body of this light is made from aluminium and is robust. It operated on 18-24V AC/DC. A power supply unit is supplied along with the light to operate it from mains supply. It is our best selling model.

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

These hall effect digital residual field indicator is used to measure residual magnetic field in components after magnetical particle testing. They are available in two ranges: +- 30 gauss +- 50 gauss They are powered by 2 AAA alkaline batteries which can be easily removed and replaced.

Demagnetizers Machines play a crucial role in various industries by effectively removing residual magnetism, thus ensuring the quality and functionality of the final products. With the flexibility to handle different materials and magnetism levels, coupled with energy-efficient and user-friendly design, our Demagnetizer Machine stand as a key tool in maintaining excellence in production.

This demagnetizer uses a belt type conveyor. It is available in three different sizes of coil opening, 200X200mm, 300X300mm & 500X500mm. Conveyor length is different for different coil openings & can be customized also. Features such as Auto Start, Auto Stop & job counter can be integrated on demand.

This demagnetizer has coil opening of 200mmX200mm. A stainless steel chute passes through the coil & components slide down this chute with gravitational force. It is suitable for small components.

This LED Based UV light produces 3500uW/cm2 at a distance of 15 inches from the lens. It is operated on rechargeable battery, which resides inside the cabinet. It can be charged by connecting the charger to the charging socket. Charging time is approx 3 Hours. It can work up to 5-6 hours on a single charge. Charger is supplied along with the light.