TMT Tapping Measuring Technology

FIRST DELIVERY AND SUCCESSFUL COMMISSIONING OF THE DIGITAL TWIN (TMTWIN) AS A VIRTUAL TRAINING TOOL FOR A COMBINED TMT TAPPING MACHINE Less than 6 months have passed from the idea to successful implementation and we are delighted to have successfully put our latest innovation DIGITAL TWIN (TMTWIN) into operation in close cooperation with our German customer. The feedback we got from their machine operators after a three-day training course was consistently positive. DIGITAL TWIN (TMTWIN) can be used to perform tests early, even before the physical machine is completed and before commissioning. The 3D CAD model of the machine is converted into a dynamic digital model and connected to the original machine control system. The digital twin is operated by using a copy of the original controls in the same way as the physical machine. By means of the DIGITAL TWIN (TMTWIN) the PLC programme can be tested at an early project stage in the office. Customer’s benefit is that time-consuming and costly test runs at manufacturer's workshop and commissioning times on site are reduced to a minimum. Machine operators or new employees get familiar with the functions and operation of the machine in a safe training environment. Damage caused by possible operating errors is excluded and risk is minimized. Both trouble-free operation and a malfunction scenario can be simulated and trained. In malfunction mode, different malfunctions are randomly generated, analysed and resolved by the operator by means of the DIGITAL TWIN (TMTWIN). In addition to operator training, the DIGITAL TWIN (TMTWIN) can be used for system training of the maintenance personnel. The programming implementation of the machine functions is trained using animated hydraulic and pneumatic diagrams. Switching positions of valves, ramps, setpoints and other features are attractively visualized and thus provide a deeper understanding of the system making troubleshooting easier in the event of a malfunction. In case changes or optimizations of the PLC programme are requested by customer after taking over of the machine ready for operation these can also be simulated by means of the DIGITAL TWIN (TMTWIN) and, after successful testing, imported into the original machine control system. TMT is proud of the successful and rapid introduction of this innovative technology realized by a dedicated TMT team in constructive cooperation.

FIRST DELIVERY AND SUCCESSFUL COMMISSIONING OF THE DIGITAL TWIN (TMTWIN) AS A VIRTUAL TRAINING TOOL FOR A COMBINED TMT TAPPING MACHINE Less than 6 months have passed from the idea to successful implementation and we are delighted to have successfully put our latest innovation DIGITAL TWIN (TMTWIN) into operation in close cooperation with our German customer. The feedback we got from their machine operators after a three-day training course was consistently positive. DIGITAL TWIN (TMTWIN) can be used to perform tests early, even before the physical machine is completed and before commissioning. The 3D CAD model of the machine is converted into a dynamic digital model and connected to the original machine control system. The digital twin is operated by using a copy of the original controls in the same way as the physical machine. By means of the DIGITAL TWIN (TMTWIN) the PLC programme can be tested at an early project stage in the office. Customer’s benefit is that time-consuming and costly test runs at manufacturer's workshop and commissioning times on site are reduced to a minimum. Machine operators or new employees get familiar with the functions and operation of the machine in a safe training environment. Damage caused by possible operating errors is excluded and risk is minimized. Both trouble-free operation and a malfunction scenario can be simulated and trained. In malfunction mode, different malfunctions are randomly generated, analysed and resolved by the operator by means of the DIGITAL TWIN (TMTWIN). In addition to operator training, the DIGITAL TWIN (TMTWIN) can be used for system training of the maintenance personnel. The programming implementation of the machine functions is trained using animated hydraulic and pneumatic diagrams. Switching positions of valves, ramps, setpoints and other features are attractively visualized and thus provide a deeper understanding of the system making troubleshooting easier in the event of a malfunction. In case changes or optimizations of the PLC programme are requested by customer after taking over of the machine ready for operation these can also be simulated by means of the DIGITAL TWIN (TMTWIN) and, after successful testing, imported into the original machine control system. TMT is proud of the successful and rapid introduction of this innovative technology realized by a dedicated TMT team in constructive cooperation.

🚀 We are hiring! We're excited to announce that we have several open positions across various departments in Paul Wurth, Paul Wurth Geprolux S.A. and TMT Tapping Measuring Technology. Check them out now on our careers page and apply today! 🔗 https://lnkd.in/dYxhc3A #bepart #turningmetalsgreen #careeropportunities

MORE VISITORS Along with this year’s festivities regarding the 800th anniversary of the city of Siegen (founding location and headquarters of D&D) some local companies are opening their doors for visitors. And so did we. As a traditional company from Siegen with a history of almost 160 years, we enjoyed participating and showing our curious guests where the magic behind our machines happens. After a guided tour through our mechanics and assembly workshop, our colleagues from TMT Tapping Measuring Technology presented their digital twin technology with a little interactive demonstration. It was wonderful to meet new faces and to welcome former colleagues who wanted to check out their old workplace. Thank you all for visiting! #dangoanddienenthal #madeformore #siegen800

Diesmal hat unser Klinik-Teddy DANGO & DIENENTHAL (DANGO & DIENENTHAL) besucht. Das Familienunternehmen wurde 1865 von August Dango und Louis Dienenthal in Siegen gegründet, ursprünglich als eine Nichteisenmetallgießerei. Innerhalb kurzer Zeit wurde der Sondermaschinenbau für die Stahl-, Schmiede- und Rohrindustrie zur Hauptaufgabe und DANGO & DIENENTHAL errichtete Produktions- und Servicestandorte in aller Welt. Bei den Sondermaschinen handelt es sich vor allem um Manipulatoren für die Schmiedeindustrie: Zum Schmieden und Transportieren von Schmiedestücken mit extrem hohen Gewichten. „Hier werden die Maschinen so robust gebaut, dass sie beim Schmieden, Walzen & Biegen sowie bei der Wärmebehandlung mit höchster Präzision schienengebunden oder mobil arbeiten“, weiß unser Klinik-Teddy zu berichten. „Für die tonnenschweren Schmiedestücke müssen die Manipulatoren mit dementsprechend großen Zangen oder anderen Werkzeugen ausgerüstet sein. Beeindruckend! Ich sehe neben der Maschine vieeeel kleiner aus als ich eigentlich bin!“ Und: Mittlerweile fertigt DANGO & DIENENTHAL auch Filtersysteme, die sich in fast allen Industriezweigen bewähren oder Abstich- und Messeinrichtungen des Tochterunternehmens TMT – Tapping Measuring Technology für Hochöfen. Das Highlight seines Praktikums? „Dass ich mich für kurze Zeit hinter das Steuer des Transportmanipulators setzen durfte." Welche Firma mag unserem Klinik-Teddy ebenso Einblicke geben und „Asyl gewähren“? Gerne per E-Mail im Klinik-Marketing ([email protected]) melden. Wir freuen uns drauf! #drkkinderkliniksiegen #klinikleben #klinikteddy #klinikteddyaufreisen #dango&dienenthal

#Hiring – Wir suchen eine:n neue:n Junior Design Engineer Hydraulic in Haiger, Hesse. Bewerben Sie sich noch heute oder teilen Sie diese Stellenanzeige mit Ihrem Netzwerk.