ibg Prüfcomputer GmbH
5 products found

ibg Prüfcomputer GmbH products

Hardness, Case Depth, Material Verification

ibg - Masterpiece Eddy Current Structure Testing for Demanding Systems Integration

The Eddyvisor S is a cutting-edge digital eddy current test instrument designed for non-destructive evaluation of mass-produced parts, metal components, and semi-finished products. Capable of determining material properties such as hardness, case depth, structure, tensile strength, heat treatment condition, or alloy composition, the Eddyvisor S employs ibg's Preventive Multi-Frequency Technology for precise and reliable measurements. This versatile device offers a high-performance, modular design with up to 32 structure test channels in a compact form factor. Its ergonomic touchscreen interface ensures straightforward operation and quick access to all functions and test results. The device's digital processing capabilities leverage unique processors for signal stabilization immediately following the pre-amplifier stage. Compatible with standardized coils, probes, and system components globally, the Eddyvisor S is suitable for new testing applications as well as upgrading existing production machinery to integrate state-of-the-art eddy current technology. Additionally, it is available in variant configurations like the Eddyvisor SC for combined structure and crack testing and the Eddyvisor C focused on crack and grinder burn testing.

ibg - Digital Eddy Current Test Instrument

The eddyliner S is a digital eddy current test instrument designed for one-channel nondestructive testing of metal components, mass-produced parts, and semi-finished products utilizing Preventive Multi-Frequency Technology (PMFT). It examines material properties such as hardness, case depth, microstructure, tensile strength, heat treatment conditions, and alloy composition. Known for its compact design and ease of operation, the eddyliner S provides reliable eddy current testing through a user-friendly touchscreen interface. Fast calibration is facilitated by ibg's 'good part only' calibration concept, allowing the system to be set up within minutes. This process involves recording eddy current signals from a set of good reference parts, automatically generating tolerance zones that encompass their metallurgical magnetic fingerprints across all PMFT test frequencies. The system is capable of seamless integration with existing ibg equipment, supporting all coils and probes of the ibg system family. Digital signal processing with specialized processors ensures highly stable, accurate test results immediate after the signal is pre-amplified.

Crack & Grinder Burn Detection

ibg - Advanced Non-Destructive Metal Testing Instrument

The eddyvisor C is a sophisticated digital eddy current test instrument designed for the non-destructive testing of metal components. It employs ibg's innovative Preventive Multi-Filter Technology (PMFT) for detecting cracks, pores, grinder burn, and for assessing material properties like hardness, case depth, microstructure, tensile strength, heat treatment, or alloys using Preventive Multi-Frequency Technology. Its high-performance modular concept allows for up to 16 independent crack detection channels and 32 structure test channels configurations, offering comprehensive testing capabilities in a compact design. Unlike conventional systems, eddyvisor C enables simultaneous 100% inline detection of defects with its revolutionary auto-generated 360° tolerance zones, significantly improving defect detection accuracy. This instrument is also backward compatible with all probes and rotating heads from the ibg family, making it an ideal upgrade for existing systems. Available in three variants, it caters to specialized needs or combined structure and crack tests ensuring superior quality control in production lines.

ibg - Advanced Crack and Grinder Burn Detection Device

The eddyliner C is an innovative one-channel metal component testing device designed by ibg for precise detection of cracks, pores, and grinder burns. Featuring Preventive Multi-Filter Technology (PMFT), the eddyliner C offers unparalleled reliability and accuracy with its automatic generation of 360° tolerance zones and simultaneous testing across multiple bands. Its compact design supports a singular probe focus, enhancing ease of use with a touchscreen interface that provides instant access to all functions and results. This device is engineered to integrate seamlessly into production lines, capable of real-time 100% inline defect detection, including capabilities for grinder burn and crack identification. Unlike traditional instruments requiring manual configuration, ibg's PMFT technology automates the creation of filter bands, phase angles, and gain settings, ensuring efficient and consistent testing performance. The eddyliner C is also compatible with existing probes and rotating heads from ibg's system family, making it a formidable solution for upgrading current inspection machines with advanced eddy current technology.

Bearing Ball Testing - AVIKO Ball Scanners

Ibg - Microstructure and Precision Ball Inspection System

The AVIKO G3 Compact is designed for thorough inspection of precision balls, offering microstructure examination and high-speed ball inspection capabilities. Utilizing specialized probes, it conducts non-destructive tests at rates up to 34,000 pieces per hour. The system supports accessories such as elevators, conservation units, demagnetizers, and packaging machines to streamline the inspection process. Designed for precision ball sizes ranging from 2 mm to 30 mm, AVIKO G3 Compact encompasses advanced sensors for crack, surface defect, and ovality detection. It features ball rotation mechanisms for comprehensive surface scanning, employs control rollers for precise ball handling, and leverages eddy current technology for ferromagnetic steel differentiation. The system integrates an eddyvisor S unit and an eddy current probe for material and hardness categorization. Ideal for environments demanding reliable and accurate measurement, it enhances productivity through automation and superior material inspection protocols.