Wir werden grün und schauen, wie sich die Gießereitechnik verändert
Neue Technologien bieten den Gießereien die Möglichkeit, ihre laufenden Betriebe zu ändern und ihren ökologischen Fußabdruck zu reduzieren. Im Vergleich zu anderen Industrien stand die Gießereiindustrie bei der Entwicklung umweltfreundlicher Verfahren und Maschinen immer vor erheblichen Herausforderungen. Es ist bekannt, dass die Gießereien einer besonderen Herausforderung gegenüberstehen. Ein beträchtlicher Energiebedarf wird im Allgemeinen durch Verbrennung fossiler Brennstoffe gedeckt. Dies hat es immer unwahrscheinlich gemacht, dass die Branche grüne Innovationen anführen würde! Eine zweite Herausforderung in der Branche war die Größe der Gießereien weltweit. Die Gießereiindustrie besteht traditionell aus kleinen Gießereien mit einzigartigen Verfahren und Produktkombinationen. Dies beschränkte die Entwicklung von Maschinen und Prozessen, von denen die gesamte Branche profitieren könnte. In Verbindung mit den kleinen Margen, die normalerweise mit dem Gießen verbunden sind, hat dies die Kapazität für erhebliche Investitionen in wesentliche Prozessänderungen verringert. Die Regulierung stellt eine letzte Herausforderung für die Entwicklung neuer Gießereitechnologien dar. Herkömmliche Verfahren wie das Gießen von Gussstücken und die Verwendung von Schmelzöfen unterliegen häufig einer strengen Regulierung, so dass Änderungen häufig langwierige Genehmigungsverfahren erfordern. Dies bedeutet, dass kleinere Gießereien nicht in neue Ausrüstungen investieren können und weiterhin die gleichen CO2- und SO2-Werte abgeben. Technologie als treibende Kraft Mit dem Aufkommen von Industrie 4.0 sehen wir bedeutende Entwicklungen bei Gießereimaschinen. Die Branche hat sich der Bedeutung und der finanziellen Auswirkungen bewusst, umweltfreundlicher zu sein. Wir müssen nur die EcoMetals-Tour auf der GIFA betrachten, um die veränderten Einstellungen zu sehen. Die drei Hauptprozesse, die den Energieverbrauch und die Umweltverschmutzung in Gießereien vorantreiben, sind im Allgemeinen: Formvorbereitung Rohstoffe schmelzen Sand-Guss-Trennung Energieeffizienz In der US-amerikanischen Energy Information Administration Environment wird die Erzeugung von Elektrizität als Hauptquelle für Treibhausgasemissionen der Gießerei identifiziert. Gießereien, die sich auf eine Verringerung ihres Energieverbrauchs konzentrieren, wirken sich nicht nur auf die Umwelt aus, sondern wirken sich auch positiv auf ihren Gewinn aus. Untersuchungen der Abteilung für Industrie- und Fertigungstechnik an der Pennsylvania State University haben gezeigt, dass beim Einsatz von Strategien zur Energieeinsparung in Verbindung mit Techniken zur Abfallreduzierung erhebliche Kostenverbesserungen festgestellt wurden. Sie empfehlen die Verwendung einer Green Value Stream Map, um die wichtigsten Bereiche für die Leistungsbewertung hervorzuheben. Unabhängig von der gewählten Methode sind die Ergebnisse eindeutig. Je weniger Sie verbrauchen, desto geringer sind Ihre Energiekosten. Abfallreduzierung Die Technologie spielt auch eine wichtige Rolle dabei, den Gießereien dabei zu helfen, ihre Abfallmenge zu reduzieren. Die Art der Abfälle, die Gießereien produzieren, hängt von ihrem Ausstoß ab und die Gießereiindustrie ist so groß, um alle Abfälle aufzulisten. Wenn wir das klassische Beispiel von Sand nehmen, der häufig wiederverwendet und recycelt wird, wissen wir, dass eine Gießerei ihren Gesamtabfall erheblich reduzieren kann. Viele recyceln regelmäßig grünen Sand. Das recyclen von Grünsand ist aber begrenzt und kann ab einen bestimmten Punkt nicht mehr verwendet werden. Maschinen, die entwickelt wurden, um weniger Sand zu tragen, erhöhen die Lebensdauer des Sandes. Eine der innovativen Maschinen, die JML Industrie auf der GIFA 2019 präsentiert, reduziert den Sandverschleiß erheblich, da keine mechanischen Teile miteinander in Kontakt kommen. Der Sand kann nicht nur häufiger wiederverwendet werden, sondern auch der Verschleiß der Ausrüstungsteile, wodurch die Lebensdauer der Maschine erhöht wird. In den Nichteisen- und Stahlgießereien entstehen durch das Vorhandensein von Blei, Zink und Cadmium schädliche Abfälle. Ein Bericht von Ijsee schätzte, dass Form- und Kernsand 66% bis 88% des gesamten Abfalls aus Eisengießereien ausmachen. Chemisch gebundener Sand, der für Kerne und Schalenformen verwendet wird, ist schwieriger wiederzuverwenden und kann nach einmaligem Gebrauch zu Abfall werden. Wenn nach der Verwendung zusätzliche Materialien in Sanden identifiziert werden, kann vor der Entsorgung eine Behandlung erforderlich sein. Geräte und Prozesse, die die Toxizität reduzieren, verbessern die negativen Auswirkungen auf die Umwelt und die Entsorgungskosten. Die Industrie arbeitet insgesamt daran, die Menge an Abfall zu reduzieren. Dazu gehören Recyclinginitiativen und Richtlinien zur Verringerung der Toxizität. Bei fortschrittlichen Sandmischern ist es möglich, den Abfall zu reduzieren und die Gesamtqualität zu verbessern, indem das genaue Sandrezept und die Menge zusammen mit einer vollautomatischen Abfüllsequenz geliefert werden. Verringerung der Umweltverschmutzung Das Ergebnis einer effizienteren Abfallbewirtschaftung und der Kontrolle des Energieverbrauchs führt dazu, dass die Gießereien umweltfreundlicher werden. Interne Programme und Richtlinien helfen, Energie zu sparen, Abfälle zu reduzieren und die Effizienz zu steigern. Die Einführung der “Right-First-Time” -Produktion hat einen erheblichen Einfluss darauf. Reduzierung von Abfall und Qualitätsverbesserungen Durch die Überprüfung der Fortschritte bei umweltfreundlichen Technologien wird deutlich, dass diese Verbesserungen auch zu einer höheren Produktionsqualität für Gießereien führen. Durch die Fokussierung auf Qualität und die richtige Produktion beim ersten Mal werden Abfall und Energieverbrauch automatisch reduziert. Dies ist sowohl für die Umwelt als auch für die Produktionsgemeinkosten positiv. Mit der Entwicklung der Branche werden wir auch weiterhin Innovationen sehen, die die Umweltbelastung reduzieren. Industrie 4.0 gewinnt zunehmend an Bedeutung, insbesondere in Deutschland. Da die Technologie die Effizienz und den Output weiter verbessert, wird sich der ökologische Fußabdruck der Branche weiter verringern. Das Engagement von JML Industrie für die Umwelt Vor kurzem hat JML Industrie eine Reihe umweltfreundlicher Geräte auf den Markt gebracht. Ein neues Logo wurde entwickelt, damit die Kunden erkennen können, dass die Produkte von JML Industrie einen Schritt in Richtung einer umweltfreundlicheren Gießereiproduktion darstellt. Seit Anfang Januar haben JML Industrie und alle Unternehmen, die zur Gruppe gehören, Regeln für eine drastische Reduzierung von Kunststoffen verabschiedet. Das Ziel für 2020 ist eine Reduktion von mehr als 70% der Verwendung von Kunststoffen. Dies schließt unsere Lager und Fertigungswerkstätten ein. Wir haben auch unsere Hauptlieferanten gebeten, die Verwendung von Kunststoffen in Verpackungen einzuschränken. Eine der ersten Maßnahmen, die in diesem Zusammenhang ergriffen wurden, ist die Abschaffung von Kunststoffbechern, und wir verwenden jetzt sehr passende Metallbecher.
The development and impact of green foundry equipment
Compared to other industries, the foundry industry has always faced significant challenges in developing environmentally-friendly equipment and processes. It is well known that foundries face a particular challenge; substantial energy needs generally satisfied by burning fossil fuels. This has always made it unlikely that the industry would spearhead green innovations! Industry challenges in going green A second challenge within the industry has been the size of foundries globally. Traditionally the foundry industry has been made up of small foundries with unique processes and product combinations. This limited the development of machines and processes which could benefit the entire industry. Further combined with the small margins typically associated with casting, this has reduced the capacity for significant investment in major process changes. Regulation creates a final challenge for the development of new foundry technologies. Traditional processes such as casting shakeout and the use of melting furnaces are often subject to rigorous regulation, so changes often engage lengthy permitting procedures . This has meant smaller foundries unable to invest in new equipment continue to emit the same levels of CO2 and SO2 . Technology as a driving force With the advent of Industry 4.0 we are starting to see significant developments in foundry machinery. The industry has woken up to the importance, and the financial impact, of environmentally friendly foundry equipment. We need only look at the EcoMetals tour at GIFA 2019 to see the changing attitudes. The three main processes which drive energy consumption and pollution across foundries are generally: Mold preparation Melting raw materials Casting and shakeout Energy efficiency The U.S. Energy Information Administration Environment identifies the generation of electricity as the top source of foundry greenhouse gas emissions. Foundries who focus on a reduction in their energy consumption not only impact on the environment but also will positively affect their bottom line. Research by the Industrial and Manufacturing Engineering Department at Pennsylvania State University found that when energy reduction strategies were used in conjunction with waste reduction techniques significant cost improvements were found. They recommend using a Green Value Stream Map to highlight key areas to review performance. Regardless of the methodology you choose the results are clear; the less you consume the lower your energy overheads will be. Waste reduction Technology also plays an important role in helping foundries reduce their waste output. The type of waste that foundries produce depends on their output and the foundry industry is so vast that we don’t have the word count to list all waste. When we take the classic example of sand, which is commonly reused and recycled, we know that a foundry can significantly reduce their overall waste. Many routinely recycle green sand. But, it still has an “end life” as it becomes too fine for reuse. Machines developed to wear sand less increase the life of the sand. One of the innovative machines JML Industrie will be presenting at GIFA 2019 significantly reduces the wear of the sand, as there are no mechanical parts in contact. Not only can the sand be reused more frequently but the equipment parts also see a significant reduction in wear, increasing the lifespan of the machine. For the non-ferrous and steel foundries the presence of lead, zinc and cadmium generates harmful waste. A report by Ijsee estimated that molding and core sand make up 66% to 88% of total waste from ferrous foundries . Chemically bound sand used for cores and shell molds is more difficult to reuse and can become waste after a single use. When additional materials are identified in sands after use treatment may be required prior to disposal. Equipment and processes that reduce toxicity improves the negative impact on the environment as well as disposal costs. The industry as a whole is working to reduce the amount of waste generated. This includes recycling initiatives and policies to reduce toxicity . On advanced sand mixers, it is possible reduce waste and improve overall quality by delivering the exact sand recipe and quantity along with a fully automatic filling sequence. Pollution reduction The net result of more efficiently managing waste and controlling energy consumption is that foundries are becoming more environmentally friendly. Internal programs and policies help to conserve energy, reduce waste and enhance efficiency. Adoption of ‘right-first time’ production has a significant impact on the above . Reduction of waste and quality improvements Reviewing the advancements in environmentally friendly technologies it is clear these improvements also drive higher quality output for foundries. Focusing on quality, and getting production right first time, automatically reduces waste and energy consumption. This is both positive for the environment and for production overheads. As the industry develops we will continue to see innovations that reduce environmental impact. Industry 4.0 is starting to gain traction, especially in Germany. As technology continues to drive further improvements in efficiency and output, we will continue to see a reduction in the industry’s environmental footprint. JML Industrie’s commitment to the environment Recently JML Industrie launched a range of environmentally friendly equipment. A new logo has been designed to help customers recognise that the equipment is a step towards greener foundry production. We recognise that the industry is changing as a whole in their attitudes towards environmentally friendly foundry equipment. We want to help clients to stay ahead of the competition and have a more positive effect on the environment. Since the beginning of January, JML Industrie and all the companies which are part of the group have adopted rules for a drastic reduction of plastics. The target for 2020 is a reduction of more than 70% of the use of plastic. This includes our warehouses and manufacturing workshops. We’ve also asked our main suppliers to limit the use of plastics in packaging. One of the first measures taken in this context is the abolition of plastic cups and we are now using very fitting metal cups.
PSA Peugeot Citroen optimise the quality of their moulding sand
Et molestie ac feugiat sed lectus vestibulum. Lacus suspendisse faucibus interdum posuere. Ut lectus arcu bibendum at varius vel pharetra.
Hiring paused
Giving the challenging economic climate that we are all facing, hiring has been temporarily suspended at JML Industrie. However, if you would like to submit an application speculatively we suggest getting in touch using the contact us form on the website.
JML Industrie übernimmt die Kontrolle über SPACE
JML Industrie hat kürzlich den Kauf von SPACE angekündigt. SPACE mit Sitz in Italien ist international anerkannt für die Entwicklung und den Bau von Sandkühl- und Aufbereitungsanlagen für Grün-Sand. Der italienische Ausrüstungshersteller wurde 1979 gegründet und hat eine einzigartige Methode entwickelt, um Sand höchster Qualität mit dem geringsten Verbrauch an Rohmaterial, hauptsächlich Bentonit, zu erzielen. JML Industrie hat kürzlich seine neue thermische Sandaufbereitungsanlage mit geringem Energieverbrauch auf den Markt gebracht. Das Know-how von JML in der Entwicklung von Grünsandanlagen in Kombination mit der SPACE-Teammethodik wird den Gießereien helfen, eine umweltfreundlichere Produktion zu erreichen. Durch die Kombination des SPACE– und des JML Italy-Teams bietet JML Industrie seinen weltweiten Kunden nun eine komplette Sandanlage mit Geräten, die international als strengste Standards anerkannt sind. JML Industrie entwickelt seine europäischen Aktivitäten konsequent weiter. Der italienische Zweig wurde im vergangenen Jahr eröffnet und die Fertigungsstätte bei JML France wurde Ende 2018 erweitert. Jean-Francois Bouveur, Vertriebsleiter bei JML Industrie, erläutert die Gründe für diese weitere Investition weiter: Um fortzufahren mit der Erklärung „JML Italy wird neben dem SPACE-Team auch weiterhin einen außergewöhnlichen Kundendienst und Beratungsleistungen für Kunden erbringen. Beide Unternehmen verfügen über eine 40-jährige Branchenerfahrung und wir sind der Meinung, dass es von großem Vorteil ist, dieses Wissen in allen Teams zu teilen. Es gibt 5 Kernprodukte von SPACE, die zur Vervollständigung unseres Angebots an Sandanlagen beitragen. das SPACE VR, das SPACE MUR, das SPACE GSM, das SPACE PGF und das SPACE MU. “ Jean-Francois Bouveur Für JML Industrie ist die Möglichkeit, Kunden den Hochintensitätsmischer SPACE VR sowie den Vormischerkühler SPACE MUR / JML anbieten zu können, ein wesentlicher Vorteil. Zusammen mit der Möglichkeit für Gießereien, die Qualität ihres grünen Sandes mithilfe des Online-Labors SPACE GSM zu verbessern, das eine sofortige Additivanpassung innerhalb des Mischers ermöglicht, ist das Ausrüstungs- und Serviceangebot von JML Industrie für die kommenden Jahre eine starke Position. Der SPACE PGF wurde erstmals 1984 eingeführt und wird heute von vielen als der genaueste Sandfeuchteregler anerkannt. Es ist sowohl für Chargen- als auch für kontinuierliche Mischer verfügbar und ermöglicht eine Echtzeitsteuerung. Abgerundet wird die Sandanlage durch den SPACE MU, der eine homogene Verteilung von Wasser und Zusatzstoffen im Rücklaufsand liefert. Dieser Prozess hilft bei der spontanen Reaktivierung des Bentonits und reduziert somit die Menge der benötigten Additive.
JML Industrie takes control of SPACE
Recently, JML Industrie announced their purchase of SPACE S.R.L. SPACE S.R.L, based in Italy, is internationally recognized for their design and construction of sand cooling and preparation equipment for green sand. The Italian equipment manufacturer was established in 1979 and has developed a unique methodology to achieve the highest quality sand with the lowest consumption of raw material, which is mainly Bentonite. JML Industrie recently launched their new thermal sand preparation unit with low energy consumption. JML’s expertise in green sand plant development combined with the SPACE team methodology will help foundries move towards greener production. Combining the SPACE and JML Italy team means JML Industrie now offers a complete sand plant with equipment internationally recognised as being of the strictest standards to their worldwide clients. JML Industrie is consistently developing its European operations. The Italian arm opened last year and the workshop at JML France was expanded at the end of 2018. Jean-Francois Bouveur, Sales Director at JML Industrie, further explains the reasons for this further investment: “Taking control of SPACE S.R.L is part of our strategic vision towards industrial autonomy. We can now offer a complete sand plant with high performing equipment where the quality is recognized by foundries all over the world” He went on to clarify: “JML Italy, alongside the SPACE team will continue to deliver exceptional after sales service and consultations for clients. Both companies have 40 years’ industry experience and we believe it is a significant asset to be able share this knowledge across the teams. There are 5 core SPACE products which help complete our sand plant offer; the SPACE VR, SPACE MUR, SPACE GSM, SPACE PGF and SPACE MU.” For JML Industrie, the ability to be able to offer clients the High-Intensity mixer SPACE VR as well as the SPACE MUR/JML pre-mixer cooler is a significant advantage. This combined with the opportunity for foundries to improve their green sand quality using the On-line Laboratory SPACE GSM, which allows for immediate additive adjustment within the mixer, puts the JML Industrie equipment and service offering in a strong position for the years to come. The SPACE PGF was first introduced in 1984 and is now recognised by many as the most accurate sand moisture controller. It is available for both batch and continuous mixers and allows for real-time control. Completing the sand plant is the SPACE MU which delivers a homogeneous distribution of water and additives in the return sand. This process helps spontaneous reactivation of the bentonite and therefore reduces the volume of additives required.
The impact of industry 4.0 on foundries across Europe
Industry 4.0 was all over GIFA 2019 and is quickly becoming an industry buzzword. But what are the realities of 4.0? How close are we? Is there a 4.0 foundry up and running? We explore the realities and challenges for foundries globally and what they might need to prepare for. Industry 4.0 is going to impact on the way that foundries operate in the future. What is not currently clear, is the road map for becoming 100% rather than taking a piecemeal approach. Benefits of 4.0 Industry 4.0 is the progressive evolution of industry. Unsurprisingly it comes with a number of benefits: Monitor and control all critical operations remotely Collect and analyse data continuously Receive feedback on product performance in real-time Make better, more accurate decisions about production and product developments Improve client satisfaction through improved quality and delivery timeframes Despite Industry 4.0 being nearly 10 years old, few foundries have embraced the advantages of new connected technologies, in part due to the challenges with replacing existing equipment. For the majority of foundries the principal challenge is finance, followed by operational challenges such as managing new processes and retraining staff. Key Industry 4.0 challenges There are certainly advantages to Industry 4.0 but it does not come without challenges. A large percentage of foundries operate with non-compatible equipment. Significant investment is required to upgrade machines and to reap the benefits of a 4.0 system. This is why the long-term strategic gains versus the short-term infrastructure costs need to be carefully calculated. Industry 4.0 also changes the risks that foundries will face. Hacking will become a real danger for foundries. Once entire operational systems go online, unless properly protected, they will be at risk from viruses and malicious attacks. Investing from the beginning in a secure system with robust securities will help foundries protect themselves. To give an idea of the kind of investment required to protect a network, the new Inacore shop in Ergoldbach invested €100,000 on data security. The recruitment profile of foundry workers will also change as 4.0 becomes more readily adopted across the industry. IT skills and detailed statistical analysis will become indispensable to optimise workflows and output quality. Although maintenance will always be required at a mechanical level. However, electrical support now will come into its own as a field for larger foundries. The final challenge remains around qualified suppliers who can integrate their 4.0 technologies with existing 3.0 (or 2.0 infrastructure). Whilst, 4.0 is cited as being realised, the truth of the matter is that industry-wide adoption has been slow How Industry 4.0 differs from Industry 3.0 Silica sand monitored by a smart system Mark Lewis of Omega Foundry Machinery Ltd was featured in Foundry Journal. He explained that when the sand level dropped below the re-order level, the order is placed automatically. This is an example of a reactive system, which is Industry 3.0. To take the system to the next level it would need to become proactive. A 4.0 system would also be connected to the production control within the foundry and would use data from material consumptions. This would allow for prediction and management of the sand, chemical and consumable requirements for the coming week or month. Again orders would be placed automatically but the person controlling the process would be able to access the information in real-time. The future of Industry 4.0 for foundries Industry 4.0 began in Germany and has given the German market a head start. You will see the majority of research and literature comes from Germany. A PWC Industry 4.0 report predicted that German Industry would invest €40 billion annually by 2020. At GIFA 2019 last year there were some excellent displays of Industry 4.0 compatible machinery, such as our new E-shooter. The industry is certainly making significant investments to secure the future development of foundries. The foundries that will come out on top of the Industry 4.0 developments are those who are able to use the data to drive their processes and inform their teams. The smart use of automation Optimisation of 4.0 is about the smartest use of automation, which doesn’t necessarily mean automating the entire production chain. It is about the synchronisation of the physical and virtual processes. We believe that the principal advantage for the foundries that adopt an Industry 4.0 infrastructure is the ability to become highly strategic. Calculating the total cost of production will be straightforward as will ROI. A secondary advantage is that through improved quality and processes, waste reduction will occur naturally thus making foundries greener. Smart castings are a key component in a full Industry 4.0 foundry as they enable data gathering of the casting when in use. Load conditions can be monitored remotely and any challenges quickly identified. The constant supply of data would also drive design improvements and reduce sizing and load errors. One of the clear advantages is the ability to embed the smart sensors at critical load points, which could help ensure the safety of the casting in its application. The use of such technology allows for a “cradle to grave” monitoring and control of castings to drive manufacturing improvements. Industry 4.0 will always be about more than technology. It is the alignment of people, technology and process. If you are considering upgrading your existing equipment, it is important to work with a partner who understands your long-term strategic objectives. You should also be prepared for internal resistance to 4.0 as some fear the increased automation and the impact on job security. The focus on electrical systems and data analysis will also likely shift your recruitment strategy in the future as well as your training requirements.
New thermal cutting machine arrives
JML Industrie continues to invest in their infrastructure and equipment. The latest addition, is a new thermal cutting machine which drills, mills and cuts sheet steel up to 60mm thick. The large capacity table can take sheets of 3.1m x 12m. The swivel head technology on the machine allows chamfers to be made in a single operation. We look forward to sharing our projects using this new equipment in the future from JML France.
E-shooter unveiled
At GIFA 2019, we unveiled our latest innovation, the 100% electric core shooter (E-shooter) is designed to deliver green core making. The e-shooter is environmentally friendly, more efficient and has the advantage of being Industry 4.0 compatible. Advantages of an electric core maker In addition to being a more environmentally friendly solution and improving the quality of your foundry’s cores the electric core shooter offers the following advantages: Oil-free hydraulics No pit or foundations required No core box movement during shooting and gassing 30% energy saving Clean and silent Predictive and straightforward maintenance Industry 4.0 ready Operational costs are significantly lower thanks to the energy savings, removal of insurance fees and reduced maintenance staff, when compared to conventional machines. The design of the core making machine ensures a completely closed core box without movement during shooting and gassing. Key e-shooter performance figures Cycle time* 16 seconds Machine efficiency 98% Number of production cycles 98 per hour Estimated number of cycles** 2,058 per day Total cores produced*** 10,290 per day Viable cores produced**** 10,080 per day *based on horizontally split core boxes** based on estimated process cycle of 20 sec.***based on 5 cavities core box****based on 2% cores’ scrap Indradrive energy benefit in the e-shooter The E-shooter uses a Rexroth 4EE electric solution. When compared to a standard hydraulic power unit with vane pump for pressure supply, this machine requires 31% less cooling power whilst reducing noise in operation. 2,397 kWh/a are saved using the 4EE solution. This can amount to 383 €/a of savings (404g/kWh, 0.16 €/kWh) and a carbon dioxide reduction of 1 t/a. How a 100% electric core maker could help your foundry Industry 4.0 is already 10 years old and yet many foundries have yet to take steps to become 4.0 compatible. The E-shooter brings economies in terms of energy performance and is a fully connected machine that integrates into a 4.0 infrastructure. Downtime always has a negative impact on foundries and the E-shooter, thanks to its closed core box, has significantly less wear compared to a traditional shooter and simplifies maintenance. This means you can run more efficient cycles and increase your productivity.
We celebrate our 40th anniversary
A lot can change in 40 years! In 1979, Jean-Michel Lavoisier (JML) created the company in Vrigne-Aux-Bois, which was at the heart of the French metallurgical industry. Originally JML started by producing trailers but we quickly developed foundry equipment manufacturing in 1981. You can read more about our history and growth here. We saw steady growth during the first 15 years. By 1995 our capacity had doubled within the engineering team. We are also proud to say that we were early adopters of the SolidWorks 3D software, which we still use today. 2018 was an important year for JML with the expansion of our covered work area to over 10,000m2 as well as the opening of JML Italy. Obviously none of this development and growth would have been possible without the JML team. We want to take this opportunity to thank all of our collaborators; you have been a fundamental part of our expansion. How will we surpass last year’s achievements? GIFA 2019 marks a key milestone for JML Industrie. This year we will showcase our largest ever stand (150m2) where we will present machines from each of our branches. We hope that many of our clients and future clients will come and visit us at GIFA this year (15H14). On the first day of the event we will be revealing, in a dramatic fashion, our latest innovation from our Italian team. We believe our newest machine will set JML Industrie apart from the competition and offer our clients an interesting alternative to traditional foundry equipment.