{"schemaVersion":"ready-scan.discovery-surface.v1","id":"urn:readyscan:corpus:evidence:grindosonic-q141532227","key":"evidence:grindosonic-q141532227","kind":"evidence","slug":"grindosonic-q141532227","canonicalUrl":"https://directory.readyscan.ai/corpus/evidence/grindosonic-q141532227","machineUrl":"https://directory.readyscan.ai/discovery/corpus/evidence/grindosonic-q141532227.json","datePublished":"2026-10-20","dateModified":"2026-10-25","materialFingerprint":"fnv1a64:9e9e87a64293ea36","membershipFingerprint":"fnv1a64:c5b0872e0405a664","relatedEntitySlugs":["grindosonic-q141532227"],"relatedSurfaceKeys":["buyer_question:grindosonic-q141532227-answer-2cc743f887c6691d608c","buyer_question:grindosonic-q141532227-answer-3cf37765c889800dfc58","buyer_question:grindosonic-q141532227-answer-6aba764cd2ebd0c5597c","buyer_question:grindosonic-q141532227-answer-9dcef2dc79769e5dc86f","buyer_question:grindosonic-q141532227-answer-b815eb0a692ed54dbcdd","buyer_question:grindosonic-q141532227-answer-bd89e67c8d76ad2aab57","buyer_question:grindosonic-q141532227-answer-e79b92fc806ac91c0531","relationship:grindosonic-q141532227-products-and-services"],"sourceIds":["ready-scan-subjects"],"provenance":[{"snapshotId":"grindosonic-q141532227-content-26733d87f2d29343-snapshot","sourceId":"ready-scan-subjects","sourceRecordId":"Q141532227","sourceRevisionId":"Q141532227:content:2224f4a89bb83323","sourceContentHash":"fnv1a64:e3522f2761912b32","recordRevisionId":"Q141532227:content:2224f4a89bb83323","recordContentHash":"fnv1a64:dd806588e09be4f3","sourceCanonicalUrl":"https://grindosonic.com/","sourceModifiedAt":"2026-10-25T07:18:29.155Z","observedOn":"2026-10-25","permission":{"basis":"public_information","evidenceUrl":"https://grindosonic.com/"},"attributionUrl":"https://grindosonic.com/"}],"quality":{"method":"same_kind_unique_trigram_floor","minimumUniqueTrigramRatio":0.3,"status":"passed"},"title":"GrindoSonic — company guide","summary":"GrindoSonic: “Non-destructive material characterization using Impulse Excitation Technique (IET). Over 60 years of experience, 1700+ systems deployed in 50+ countries.”","facts":[{"id":"content-native-digital-agencies-e14d57e823320fe1-a-769dd0f24046f9575b90","label":"GrindoSonic","value":"“Non-destructive material characterization using Impulse Excitation Technique (IET). Over 60 years of experience, 1700+ systems deployed in 50+ countries.”","sourceUrls":["https://grindosonic.com/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-6aba764cd2ebd0c5597c","label":"What is GrindoSonic?","value":"“GrindoSonic is a Belgian manufacturer of non-destructive testing equipment based on Impulse Excitation Technique (IET). Founded by Joseph Lemmens in 1966, GrindoSonic has shipped over 1,700 systems to 50+ countries. The instruments measure elastic properties including Young's modulus, shear modulus, Poisson's ratio, and damping from a single tap, without damaging the sample.”","sourceUrls":["https://grindosonic.com/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-3cf37765c889800dfc58","label":"What is Impulse Excitation Technique (IET)?","value":"“Impulse Excitation Technique (IET) is a non-destructive test method standardized under ASTM E1876. A light mechanical tap excites a sample's natural vibration frequencies, which are captured by a sensor and analyzed to calculate elastic properties (Young's modulus E, shear modulus G, Poisson's ratio, and damping) in under one second with 0.1 ppm resolution.”","sourceUrls":["https://grindosonic.com/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-b815eb0a692ed54dbcdd","label":"What materials can GrindoSonic test?","value":"“GrindoSonic systems test virtually any solid material: metals and alloys, advanced ceramics, refractories, composites, polymers, concrete, glass, carbon and graphite, natural stone, sintered materials, and additive manufactured parts. The technique works on samples from a few millimeters to large structural components.”","sourceUrls":["https://grindosonic.com/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-b49f7338d605ffed689b","label":"HT1200 - High-Temperature Testing Option up to 1200°C","value":"“GrindoSonic HT1200 high-temperature option for measuring elastic properties at temperatures up to 1200°C. Pairs with any GrindoSonic solution for ceramics, composites, and advanced materials.”","sourceUrls":["https://grindosonic.com/products/ht1200/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-2fa11bfbd2aecb3e0225","label":"HT1600 - High-Temperature Testing Option up to 1600°C","value":"“GrindoSonic HT1600 high-temperature option for measuring elastic properties at temperatures up to 1600°C. Pairs with any GrindoSonic solution for refractories, advanced ceramics, and extreme materials research.”","sourceUrls":["https://grindosonic.com/products/ht1600/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-bd89e67c8d76ad2aab57","label":"How does the GrindoSonic In-Line System integrate with production lines?","value":"“The In-Line System connects to your PLC via the IL Box interface, which handles bi-directional communication: triggering measurements, receiving GO/NOGO signals, and logging data. It supports PLC and OPC-UA protocols for integration with modern manufacturing execution systems.”","sourceUrls":["https://grindosonic.com/products/in-line-system/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-2cc743f887c6691d608c","label":"How fast is the In-Line System?","value":"“A full test cycle (excitation, measurement, analysis, GO/NOGO decision) completes in under 1 second. That speed allows 100% inspection of every part on high-speed production lines without bottlenecks.”","sourceUrls":["https://grindosonic.com/products/in-line-system/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-9dcef2dc79769e5dc86f","label":"What types of production defects can the In-Line System detect?","value":"“Any defect that shifts resonance frequency or damping: cracks, porosity, incorrect microstructure, wrong material composition, dimensional deviations, and incomplete heat treatment. Manufacturers use it for 100% inspection of gears, bearings, brake discs, valves, and turbine blades.”","sourceUrls":["https://grindosonic.com/products/in-line-system/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-e79b92fc806ac91c0531","label":"Does the In-Line System require operator intervention?","value":"“No. Once configured, the system runs 24/7 without operator input. The external impulse device delivers consistent excitation, the MK7 processes the signal, and the IL Box sends the GO/NOGO result to the PLC.”","sourceUrls":["https://grindosonic.com/products/in-line-system/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-c48e32b3c55cc4e92bdc","label":"In-Line System - Production Quality Control","value":"“Production-integrated measurement system for high-speed quality control of mass-produced components like gears, bearings, and valves.”","sourceUrls":["https://grindosonic.com/products/in-line-system/"]},{"id":"content-native-digital-agencies-e14d57e823320fe1-a-39045e980098becf956a","label":"LT85 - Low-Temperature Testing Option down to -85°C","value":"“GrindoSonic LT85 low-temperature option for measuring elastic properties from -85°C to +180°C. Pairs with any GrindoSonic solution for polymers, composites, and cryogenic materials research.”","sourceUrls":["https://grindosonic.com/products/lt85/"]},{"id":"wikidata-p571-beedfb7d118c41a9","label":"Founded","value":"1966-03-22","sourceUrls":["https://www.wikidata.org/wiki/Special:EntityData/Q141532227.json?revision=2549998747"]}]}