When it comes to small metal parts, industry professionals use common names (screw, nut, bolt…) despite the existence of ISO/DIN standards that standardize many mechanical parts. For example, DIN84 corresponds to a cylindrical head screw with a slot. However, there are cases unknown to DIN standards, like the strange piece shown in the figure. What would you call it? Battery contact?
Dimac 100% Inspection goes to sustainable transformation with the integration of geothermal and photovoltaic systems Dimac’s new facility in Tortona, Italy has undergone a remarkable sustainable transformation through the integration of geothermal and photovoltaic systems, showcasing the company’s commitment to reducing its carbon footprint and embracing renewable energy sources. The installation includes a 60 kWt shallow geothermal energy plant,
Prüfen und Sortieren von kleinen und großen Teilen auf derselben Maschine ohne Bildverzerrung und mit gleichbleibender Ausbringungsrate
Dimac spc-evo: the innovative solution for SPC Control and Data Collection of retaining rings, stamped fasteners and fine blanked components in production. Get ready to revolutionize your production environment with the latest patented generation of inspection equipment from Dimac – SPC-EVO. Designed specifically for retaining rings as well as for stamped fasteners and fine blanked components, it is the ultimate solution for
R2M Solution and Dimac together announcing the development of Biquad, an ambitious and innovative industry 4.0 project. The training of AI QA algorithms requires a large number of technical images which have to be created and organized, that’s the work of Biquad: using AI to support the management of operative databases. Moreover, Biquad offers the ease of loading, searching, and creating
Come visit Dimac boot @Fastener Global 2023Messe Stuttgart, Germany / 21-23 March / Hall 1 – Stand 585 Join us to the international trade exhibition for manufacturers, wholesalers, distributors and suppliers of fastener and fixing technology, taking place in Stuttgart every two years. You will attend a demonstration of Dimac mcv4 Our automatic machine for mechanical / optical 100% inspection and sorting of two parts simultaneously on
Dimac mcv3 – 100% inspection of large size parts The most critical parameters to be inspected in anchor-bolts are the crack detection at the side of the flange, the overall dimensional inspection as well as the detection of the bending caused by the heat treatment process. Dimac mcv3 is a 100% inspection and sorting machine which combines a robust mechanics,
Cittadella dello Sport Tortona, February 27, 2025 On February 27, 2025, the Cittadella dello Sport in Tortona hosted the event “Quality Control of Fasteners: the future is here” on the initiative of UPIVEB – Unione Produttori Italiani Viteria e Bulloneria, a historic association that brings together Italian manufacturers of Fasteners. Focused on the application of Artificial Intelligence in the quality
AGGIORNAMENTO 30/12/2024 La nuova Legge di Bilancio stellt eine interessante Neuerung für Piano Transizione 5.0 vor. Außerdem können Macchinari, die seit mehr als 24 Monaten die Ammortisationszeit beendet haben, mit einem Anreiz in Höhe von 35% neu eingestellt werden. Le procedure di accesso agli sgravi risultano semplificate. Zugang zur MIMIT-Website>> Umstellung auf 5.0 und Beseitigung der Produktionsschwierigkeiten Um den Zugang zu den
Die Dimac mcv6 ist eine hochmoderne automatische Sortiermaschine, die für hohe Produktivität und maximale Flexibilität bei der Handhabung von flachen Metallteilen ausgelegt ist. Die mcv6 arbeitet auf einem 900 mm langen Glastisch mit kontinuierlicher Bewegung und ermöglicht so eine effiziente Sortierung von flachen Metallteilen. Ausgestattet mit optischen und NDT (Non-Destructive Testing)-Stationen kann die mcv6 eine Vielzahl von Defekten, einschließlich Maßfehlern, identifizieren,
Statistical process control (SPC) is a fundamental methodology that allows companies to monitor production processes. But is the measurement reliable and timely? Is it being used as it could? How much unproductive time do your machines spend making faulty and imperfect components before the process is addressed? How many defective pieces do you discard? If you are below 7%, don’t