If you’re like most manufacturers, repetitive material handling tasks can consume entirely too much valuable staff time. The new dual-terminal SMD Tower gives you twice the possibilities for loading and unloading of components and reels by offering flexible access for any combination of people and machines.
5G is expected to fundamentally alter the way we connect and communicate, because it has the capacity to connect everyone with everything - including devices, objects and machines. A key element in realizing the full potential of 5G is the shift to a new, decentralized infrastructure that ensures ultra-low latency in the communication between all these devices, objects and machines. In this article, let us explain why this is so important and how Mycronic technology is an essential component to the global roll-out of 5G.
Customers asked, and we listened: Bringing together live performance data, root-cause analysis, and actionable insights into a powerful dashboard interface. It’s called MYCenter Analysis, and it’s all about improving production output with less operator intervention.
Mycronic’s CEO Anders Lindqvist, together with 1,293 other CEOs from more than 100 countries, has signed a joint UN statement calling for international cooperation to be mobilized across borders, sectors and generations.
Even with all your resources running at full capacity, there are still signiﬁ cant gains to be made. Through enhanced interfaces and smarter interactions, your people can focus on the higher-value tasks that make your factory more agile and more productive.
At its headquarters in a high-tech industry hub in Brisbane, Australia, Elexon Electronics is investing in the future of advanced local manufacturing. For CEO Frank Faller, this means finding new solutions to turn ideas into products faster, smarter and with the highest quality.
Stock accuracy, traceability, and timely delivery of parts are key aspects of a material handling system. Today, most factories still rely on manual handling of electronic components. In the best case with the support of unique barcodes for parts and a tight software integration to a MES or ERP system. To further increase factory productivity, improving the business, a higher degree of automation is required. This is a trend already ongoing among electronic manufacturers worldwide.
BRIGHTER is an EU-ﬁnanced project that aims to develop a novel bioprinting technology that will be used to produce tissue samples that mimic biological tissue with embedded three-dimensional structures.
MYCRONIC INTRODUCED the MYC50 conformal coating system to the global market in November 2017. The system was designed to work in the demanding high running factories of China and Asia.
In the SMT industry, we’re seeing how AI and machine learning are being applied to fields like automated optical inspection (AOI) to significantly increase first-pass yield, eliminate potential human errors and boost production.
Sophisticated displays have become a natural part of our society, and global electronics manufacturers are constantly improving the display quality of mobile phones, tablets, TVs, and computers to give customers a better experience.
Ongoing segmentation and regionalization of the market as well as stricter sustainability demands are changing the conditions within the electronics industry. Despite uncertainty due to the coronavirus and trade policy tensions, global trends are supporting the company’s business direction.
What happens when business is growing, components are shrinking, and both staff and production space remain the same? A visit to Allelektronik shows that the answer lies in the thoughtful development of smarter planning systems, advanced equipment and cutting-edge automation solutions.
Automation is taking the world by storm; globalization continues with more distinct ecosystems for East and West; disruptive AI and Big Data are just getting started and drones may soon be whizzing around assembly plants.
The ten trends to keep an eye out for; automation, big data, AI, robotics, two global ecosystems, shorter production cycles, the full line's throughput, sustainability, connectivity and flexible equipment.
In this pandemic Mycronic’s top priority is the health and well-being of our team members and to continue to support and service our customers. The focus has been, and remains to be, the safety of our employees, to slow down the spread and to secure critical functions within the company.
There’s a new messenger in town and it’s called Hermes. Named after the Greek messenger of the gods, it brings good tidings to the SMT industry. The good news is that around 60 leading equipment suppliers have unified around a modern protocol to replace the dated SMEMA standard. And Mycronic will now chair this initiative.
Sustainability is a key element of Mycronic’s business strategy and we are continuously working to improve our management of the sustainability challenges that we face. A lot of work remains, but we continue to lay a solid foundation with the aim to contribute to a more sustainable electronics industry.
The Swedish initiative Tekniksprånget (Technology Leap) is a four-month paid internship program where upper secondary school graduates get to join Sweden's most renowned organizations. The goal? To show young people what career opportunities there are within engineering.
Through data-driven production there are more ways than ever to gain new insights and better control the electronics production. Mycronic’s vision is to enable a zero-defect assembly line with the highest utilization for any product mix.
Missing components. Sticky notes falling off. Hunting for information. The list of reasons for unplanned downtime could go on. But in most cases, line utilization is heavily dependent on efficient material and information handling.
Universum, an organisation in Employer Branding Research, Insights and Communication, awarded Mycronic in Sweden as the “Innovator of the Year” for the Employer Branding work we have done during the year and that has led to a higher position in their ranking of Best Employer in Sweden.
Last night Global SMT & Packaging held their annual Global Technology Award at Productronica, and recognized Mycronic with two awards for being one of the industry’s leading innovators. One for our Jet Printer and SPI inspection machine’s add-on and repair solution and one for Vi TECHNOLOGY’s process control software SIGMA Link.
New product mixes. New innovations. New perspectives. As electronics assembly grows more complex, Mycronic and its customers are expanding their visions for the future. It’s all about leveraging bigger data and actionable insights to take broader control of fast-changing industry demands.
Data-driven manufacturing is redeﬁning tomorrow’s workﬂows and unlocking new opportunities in quality, ﬂexibility and productivity. Mycronic has deﬁned six key process pillars that will be vital to capturing more value in tomorrow’s most demanding production environments.
Integrated inspection solutions continue to pay off for customers, even at the highest production volumes. With Mycronic’s latest innovation, it’s now possible to automatically eliminate stencil printing compromises at any production volume with simpler stencils, perfect jet-printed solder joints and the highest possible yields.
Deep in the snow-capped mountains of Sweden, the national cross-country ski team will soon not only be pushing their limits in the tracks, but testing stretchable electronic sensors to monitor heart rate, stress, glucose levels and more.
A true internationalist with a global track record of growing technology-based companies, Anders Lindqvist, new CEO of Mycronic, says the company will continue to invest heavily in R&D, grow organically, acquire new companies where it makes sense and stay close to its customers to add big value.
The ability of manufacturing systems to predict and adapt to unforeseen situations, often referred to as Artiﬁcial intelligence (AI), promises to revolutionize the electronics assembly market. In a period of just ﬁve to ten years, deep learning researchers at Mycronic predict a highly automated SMT environment approaching zero defects with little to no human intervention.
Has your production expanded to higher volumes? Do you still need the ﬂexibility and quick changeovers to handle half a dozen different products a day? And are your line operators paying the price for these conﬂicting demands?
Through Mycronic’s fully integrated 3D solder paste inspection and jet printing solution, you can automatically eliminate your stencil defects.
As a response to the growing demand for new low-end segment mask writers, Mycronic introduces SLX – a next generation semiconductor laser mask writer series. The launch of the SLX also marks the company’s re-entry to the market of laser-based mask writers for the semiconductor industry.
Quality challenges? Unwanted stoppages? Unnecessary programming? Now you can control tomorrow’s workflow like never before. With new state-of-the-art assembly solutions. The latest advances in machine learning and collaborative robotics. And end-to-end expertise in factory-wide planning and integration.
Boston-based Automated Engineering Inc. (AEi) may be a little-known part of Mycronic for most SMT customers, but for the fast-growing automotive electronics industry, AEi’s compact solutions are critical to producing millions of advanced camera sensor modules per year.
The MYSmart series and Mycronic’s jet printing technologies make it possible to solve any dispensing or conformal coating challenge. Now Mycronic is establishing multiple application centers worldwide to help customers make the most of them.
Debating whether to upgrade from racks and shelves to an intelligent material handling system? With the help of SMD Towers, one Florida-based electronics manufacturer shows how smarter material handling not only cuts kitting times and repetitive manual work – it can also significantly increase production volume.
Mycronic’s new collaborative Center for Deep Learning in Electronics Manufacturing (CDLe) in San Jose, California is focused on deep learning, a subset of AI and machine learning that employs sophisticated neural networks to effectively learn how to predict actual outputs from actual data.
Together with NuFlare Technology and D2S, with support from NVIDIA, Mycronic has established the Center for Deep Learning in Electronics Manufacturing (CDLe) in San Jose, California. Mikael Wahlsten, Director and Product Area Manager for Photomask Generators at Mycronic, gives his insights into the idea behind the new collaboration and what it can mean for Mycronic customers in the near future.
Multiple fluids. Multiple ejectors. Dual heads. Higher speeds. Put together, all of these enhancements mark the beginning of a new era for jet printing.