Artificial intelligence (AI) is here, it is compelling and it’s expanding. While the transformation is taking longer than some expected, the acceleration we have seen in recent years shows no indicators of slowing down. Whether it’s Alexa ordering your groceries or the Facebook algorithm figuring out what news you will find most relevant, AI and machine learning now drive many of the world’s biggest businesses.

The ExOne Company (Nasdaq: XONE) ('ExOne'), the global commander in industrial sand and metal 3D printers utilizing binder jetting technology, today established a partnership with Siemens, the global technology powerhouse in automation and digitalization, that will benefit manufacturing customers in the foundry, aerospace, automotive, energy and other markets.
 
Siemens' Digital Enterprise Portfolio of software and automation technology including MindSphere are fully used on the all-new S-Max Pro™ sand printer, that can attain print speeds of up to 135 l/h (18 s/layer). The S-Max Pro™ is being created at the 2019 GIFA International Foundry Trade Fair. Visitors are wanted to experience the technology in Hall 15 at Stand A11 through June 29 at the Messe Düsseldorf in Germany.
 
'With this widened partnership, ExOne will deliver even more value to our foundry and manufacturing customers who rely on our industrial 3D printers,' said ExOne CEO John Hartner. 'We are proud to be the first industrial 3D printer to fully integrate the latest of Siemens control, sensing and motion technologies and this new MindSphere technology, which will give our customers a new level of control and plant integration.'
 
Dr. Karsten Heuser, Vice President of Additive Manufacturing at Siemens Digital Industries, said, 'We are proud to further strengthen our partnership with ExOne and advance the industrialization of additive manufacturing. Siemens brings new digital technologies and its profound industrial domain knowhow to help ExOne generate further value. The new ExOne S-Max Pro™ 3D printer proves that seamlessly integrated software and automation solutions result in shorter time to market, higher performance and maximum availability.'
 
Connected ExOne 3D Printing Systems
 
The Digital Enterprise portfolio from Siemens contains integrated hardware, software and services supporting ExOne to use the pros of Industry 4.0. In the center of this holistic approach stands the 'Digital Twin' using a embraced data model alongside the entire value chain: from the machine concept over machine simulation, engineering and commissioning to operations and services. Machine workers protect their investments with shorter lead times, increased machine performance and smarter service decisions.
 
The ExOne APP '3D Live' runs on MindSphere - the open cloud-based IoT operating system from Siemens to evaluate machine data and other important information in real-time, delivering the basis for automated or timely decision-making, turning data into value. As an example, ExOne machines enable the operator to identify anomalies for improving maintenance and repair activities so that unplanned downtime can be eliminated.
 
'We look forth to working with Siemens to further our capabilities in delivering production solutions for industrial 3D printing. Together we will help our customers integrate our systems into new smart factories and integrate with those already deploying Siemens' technology,' Hartner added.



This article is originally posted on Tronserve.com

Mouser Electronics, Inc., the industry's leading New Product Introduction (NPI) provider with the greatest selection of semiconductors and electronic components, is greatly expanding its large global headquarters and distribution center to fulfill the needs of its flourishing business well into the next decade. Construction is under way to add more than 125,000 square feet to the distribution center, as well as a new 50,000 square-foot office building on Mouser's campus, located south of Dallas-Fort Worth, Texas.
 
Upon completion of the new fabrication, Mouser's 78-acre global headquarters and large submission center will consist of 1 million square feet to accommodate Mouser's vast inventory of 1 million unique SKUs for products and technologies from over 750 electronic component manufacturers.
 
With a good industry outlook, double-digit revenue development and the addition of many new manufacturer partners, the industry-leading electronic components distributor is growing its global footprint and growing its business position to meet increasing customer demand worldwide.
 
In 2018 Mouser's sales hit $1.9 billion, and the company is on track to surpass that number this year. All this comes as Mouser has extended its full-time universal workforce to more than 2,400 and is set to provide local customer service in four new global regions: Brazil, Poland, Vietnam, and the Philippines.
 
'With the fast increase in technological advancements such as IoT, electric vehicles, artificial intelligence, robotics, and 5G, we definitely find ourselves in a very powerful and fortunate position,' revealed Glenn Smith, Mouser's President and CEO. 'We are preparing for future growth as our customer needs rise.'
 
An industry leader in New Product Introductions, Mouser stocks the widest selection of licensed components and continues to expand its vast line card with additional manufacturers from major electronic component product categories, including semiconductors, embedded modules, optoelectronics, passives, interconnects and wire/cable assemblies, electromechanical, power, test and measurement, and tools.
 
'Adding new products and manufacturers reinforces our steadfast engagement to our customers as a single destination for all the components and growth tools necessary for the design plan,' Smith added. 'Our focus on supplying the industry's widest breadth of appliances is resonating with our improving customer base of engineers and procurement agents in every corner of the world.'
 
Today, Mouser's 24-hour global submission center handles tens of thousands of orders per day, operating and shipping — same day in most cases — to over 600,000 customers in 220 countries/territories. Over the past several years, the worldwide distributor has made important capital investments in state-of-the-art, automated equipment to plan orders with best-in-class efficiency and accuracy.
 
With its diverse product line and unsurpassed customer service, Mouser strives to empower innovation among design engineers and buyers by providing advanced technologies. Mouser stocks the world's widest selection of the latest semiconductors and electronic components for the newest design projects. Mouser Electronics' website is regularly changed and offers superior search techniques to help customers quickly locate inventory. Mouser.com also houses data sheets, supplier-specific reference designs, application notes, technical design information, and engineering tools.



This article is originally posted on Tronserve.com

NEWBURY PARK, Calif., June 25, 2019 - Platinum Tools(R) (www.platinumtools.com), the leader in solutions for the preparation, installation, hand termination and testing of wire and cable, is happy to broadcast the launch of the new PoE+ 10Gig Shielded RJ45 Field Plug (p/n 106250).
 
'Now shipping, our new Field Plug optimizes data throughput to PoE+ powered devices,' explained John Phillips, Platinum Tools, LLC product manager. 'appropriate with a wide assortment of large cables with large conductors, the cast-metal shell provides end-to-end shielding from extraneous noise interference in high bandwidth applications.'
 
Additional features include:
•              HDBaseT PoE+ compliant
•              Cat7/6A/6
•              No special crimp tool required
•              Insulation diameter: 0.032in. - 0.057in. (0.8mm - 1.47mm)
•              Cable OD: 0.236in. - 0.315in. (6.0mm - 8.0mm)
•              50 micron gold plated contacts
•              UL and RoHS compliant
•              Solid or stranded, 26 - 23 AWG
•              Dimensions: 70.20mm x 17.85mm x 14.0mm
•              Cable compatibility: S/FTP or F/FTP Shielding; Stranded or Solid; 26AWG - 23AWG wires
•              Compliance: ISO/IEC 11801; ANSI/TIA-568-C.2; ANSI/TIA-568.2-D; IEEE 802.3an 10GBit Suitable
 
For pricing and more information on Platinum Tools and its complete product line, please visit www.platinumtools.com, call (800) 749-5783, or email info@platinumtools.com.



This article is originally posted on Tronserve.com

Like someone who has never been kissed, AI began learning the basics by binge-watching romantic film clips to see how Hollywood stars lock lips. By training deep learning algorithms that have previously proven adept at knowing faces and objects to also recognize steamy kissing scenes dramatized by professional actors, a data scientist has shown how AI systems could gain greater understanding into the most intimate human activities.
 
The study of AI-based kiss detection came from Amir Ziai, a senior data scientist at Netflix, as he was completing coursework to get an AI graduate certificate at Stanford University. Ziai handpicked a representative sample of 100 films from a database of Hollywood films spanning the past century. Then he by hand labeled different film segments as either kissing or non-kissing scenes, and used still frames and sound clips from those segments to train deep learning algorithms to detect both the sights and sounds of smooching.
 
Lest anyone get the wrong impression, it’s still unclear whether or not the kiss detection strategy works with more sexual scenes that go beyond kissing. “In my training set, I’ve stayed away from overly sexual scenes to make sure that the model is not confusing kissing and sex,” Ziai says.
 
Ziai’s present employer Netflix was not included in the Stanford-based research that is detailed in a paper published on the preprint server arXiv. And Ziai has not explored any possible applications of such technology for Netflix. But it’s not hard to imagine the possible commercial applications that could interest Netflix or other companies such as YouTube, Facebook, Instagram, and TikTok that take huge amounts of streaming or stored video.
 
Back in April 2019, Google announced that its Pixel smartphones had accepted a Photobooth feature update that permitted the phones to easily snap photos when ever they found kissing in a single frame taken by the smartphone camera. Ziai’s demonstration of kiss detection technology that works with videos hints at future applications that could automatically categorize video content, create personalized video recommendations for viewers, and possibly even screen out certain videos as part of online content moderation.
 
“This is a good example of how modern computer vision techniques make it relatively easy to develop specific ‘sense and respond’ software, cued to qualitative/unstructured things (like the presence of kissing in a scene),” said Jack Clark, strategy and communications director at OpenAI, in his Import AI newsletter, which recently highlighted the kiss detection study. “I think this is one of the most under-hyped aspects of how AI is changing the scope of individual software development.”
 
When it came time to creatively identify kissing scenes, the deep learning model that showed most successful was ResNet-18, an image classification algorithm that was already pre-trained on more than one million pictures from the popular ImageNet database. To listen for the sounds of kissing, a deep learning model known as VGGish trained on the last 960 milliseconds of audio from one-second segments of each scene.
 
That two-pronged approach of training AI to manage both images and audio of kissing helped the overall model attain a fairly impressive F1 score of 0.95—a measure that represents the weighted average of the algorithm’s accuracy regarding both false positives and false negatives.
 
But the model still stumbled when it encountered trickier video editing and camera perspectives in some film scenes. For example, wide shots of actors kissing sometimes confused the algorithm because most of the camera frame consisted of background scenery. Fast-paced video cuts and shots that didn’t include both actors always proved challenging.
 
It’s always complicated to figure out which particular data patterns lead deep learning models to make their predictions. One way for humans to try to understand AI logic engages using saliency maps to highlight the data that got the most attention from the AI during its analysis. In the case of the Hollywood kissing scenes, the deep learning models appeared to pay more attention to image pixels relevant to the actors’ faces.
 
Some “limited experimentation” also recommends that the AI relied more heavily on visual features rather than audio in order to identify kissing scenes, Ziai says. He noticed that the kiss detection system could gain from a “more carefully crafted dataset” and perhaps make use of more contextual facts beyond just still images to detect kissing.
 
It’s still unclear how well an AI model trained on just 100 Hollywood films such as Anna Karenina (1935), Ghost (1990), and Casino Royale (2006) would work in a larger dataset of films. But the model saw only “marginal improvement” after the training dataset grew beyond 80 videos, Ziai says. The Hollywood film dataset and some of the computing sources were offered by the lab of Kayvon Fatahalian, an adjunct professor of computer science at Stanford University.
 
Another question is whether such an AI model could perform with similar accuracy in detecting kiss scenes in the types of videos commonly shared on social media. That challenge would potentially demand additional knowledge on a much larger video dataset with examples going beyond on-screen Hollywood couples such as Patrick Swayze and Demi Moore. Still, some very preliminary testing implies that this broader application of AI-powered kiss detection shows promise.
 
“The attempt in this study was to use a various dataset so that the model does not overfit to any selected type of movie,” Ziai says. “Anecdotally, the model seem to work reasonably well on a few YouTube videos that I found.”



This article is originally posted on Tronserve.com

EXAIR's new Hot Tap Digital Flowmeters allow installation when compressed air piping is under pressure. By eliminating the need to separate and remove pressure from the pipe, these pressurized air flow-meters reduce installation time while maintaining safety. Hot Tap Digital Flowmeters incorporate two valves that the measuring probes pass through. A sound muffler that also collects chips from the drilling process removes installation debris from entering the airstream and minimizes noise exposure. Measuring compressed air is the first step toward identifying high compressed air use areas, compressed air leaks and perfecting air use.
 
Each meter ships with the necessary hardware and tools for installation including drill bit, drill guide, chip capturing muffler, and hex wrenches. The Hot Tap feature is presented on 2 inch through 8 inch flow-meters. They are presented in standard units which display airflow values on a bright LED screen, with optional data logger to capture and manipulate the data, or with wireless capability to transmit the data securely over a wireless network. Airflow values are expressed in Standard Cubic Feet per Minute or Cubic Meters per Hour.
Hot Tap Digital Flow-meters for schedule 40 iron pipe and Type L Copper are now available in sizes 2 inch, 2-1/2', 3', 4', 6' and 8'. They are CE and RoHS compliant and can also be requested for schedule 80 or 10S pipe.



This article is originally posted on Tronserve.com

ACCESS Manufacturing Systems is satisfied to officially announce the addition of Markforged 3D Printers to their full product suite of high manufacturing solutions.
 
ACCESS has been achieving planned expansion plans since early 2018, starting with the launch of a totally re-branded website. During that same time, ACCESS was privileged as the HCL Technologies CAMWorks 2018 Worldwide Sales Partner of the Year. Only to accomplish the same recognition in June 2019, receiving their second consecutive year as the CAMWorks 2019 Worldwide Top Sales Partner.
 
'We've invested the past thirty years offering the most sophisticated CAM solutions on the market. We've plainly been successful with that, and we keep to service thousands of machining companies across the nation,' said Dave Dulong, founder and president of ACCESS Manufacturing Systems. 'But now, with the most recent improvements taking place in 3D printing, it's so crucial that we offer both current and future customers with alternative, cutting-edge and affordable 3D printing manufacturing options.'
 
The mission and customer-service standards of ACCESS are in place with Markforged's vision, to increase manufacturing system effectiveness through better and faster ways of making workable prototypes, tools and fixtures, and end use parts—at scale.
 
Markforged provides an end-to-end 3D printing system that rivals traditional manufacturing processes, both in speed and cost, and grows the applications for additive manufacturing.
 
ACCESS is presenting the complete Markforged product line, which consists of both metal and composite 3D printers.
 
'There's a lot of passion about our entry into the additive manufacturing market. It's a big industry advancement to be able to go from design to fully functional metal parts from a 3D print system. For us, that's undoubtedly an exciting end-to-end manufacturing solution,' said Joe Lagennusa, national sales manager at ACCESS Manufacturing Systems. 'The existing CAM expertise of our entire team has really allowed for a clean transition into additive. It's a great fit for us and for our customers.'



This article is originally posted on Tronserve.com

A senior executive for Chinese technology giant Huawei said Thursday that he wishes the company's animosity with the United States is going to be fixed and informed that the U.S. will be shooting itself in the foot if it were to shun Chinese technology.

China is building a system to guard its technology, according to state media, as the U.S. restricts the access of Chinese companies to American technology in a spiraling trade dispute.

China fired back at the U.S. Sunday over the two nations' trade dispute, issuing a report that blamed the conflict on the Trump administration but refrained from climbing the trade war.

British multinational Rolls-Royce has stated the acquisition of the electric and hybrid-electric aerospace propulsion activities of Germany’s Siemens.
 
With around 180 designers and engineers based in Germany and Hungary, Siemens eAircraft business have been creating all-electric as well as hybrid power propulsion solutions.
 
Rob Watson, director of Rolls-Royce Electrical, said: “Electrification is set to have as spectacular an affect on aviation as the replacement of piston engines by gas turbines. We are at the dawn of the third era of aviation, which will bring a new class of quieter and cleaner air transport to the skies. We have already made big strides in realizinard to welcoming our new colleagues into Rolls-Royce and working with them to pioneer new technologies and solutions.”
g our strategy of ‘championing electrification’ and this move will increase our dreams in aerospace by adding vital skills and technology to our portfolio. It brings us increased scale and additional expertise as we build a product range of hybrid power and propulsion systems. I look onward to welcoming our new colleagues into Rolls-Royce and working with them to pioneer new technologies and solutions.”
 
The acquisition comes after an existing collaboration with the eAircraft team on the E-Fan X demonstrator project, regarding hybrid electric propulsion for regional aircraft. Rolls-Royce said it would continue to work with Siemens to support CO2 reduction goals.
 
“To support the rising requirements for air travel while achieving CO2 emissions targets, the aviation industry is growing increasingly environmentally friendly technologies and practices,” said Paul Stein, Rolls-Royce Chief Technology Officer. “The electrification of flight is just one part of Rolls-Royce’s commitment to making aviation more sustainable: we are enduring to increase the fuel efficiency of our gas turbines; encouraging the development of environmentally friendly and sustainable aviation fuels; and pursuing the electrification of aviation. We believe that pure electric, or all-electric, propulsion will power smaller aircraft in the foreseeable future, while larger aircraft will rely upon hybrid electric solutions that incorporate electrification with evolutions of the gas turbine.”



This article is originally posted on Tronserve.com

Desktop Metal, the company determined to making metal 3D printing accessible to manufacturers and engineers, today announced it has started shipping its Studio System™ to customers and resellers throughout Europe. The world's first office-friendly metal 3D printing system for functional prototyping and low volume production, has met with strong adoption in North America among leading companies, including Ford, Stanley Black and Decker, Google's ATAP, Goodyear, Owens Corning, and John Zink Hamworthy Combustion. Building on that momentum, the Studio System is now CE certified for international compatibility and being installed at customers throughout Europe, including France, Germany, Greece, Italy, Portugal, Spain, the Netherlands, and the United Kingdom.
 
'When Desktop Metal first launched, we set forth a mission to fundamentally change how the world designs and creates metal additively manufactured parts, from functional prototyping to mass manufacturing,' said Ric Fulop, CEO and co-founder of Desktop Metal. 'We have been sending on that vision throughout the U.S. and Canada, and are now eager to step onto the international stage to further speed our business expansion and answer the remarkable demand of the European market.'
 
In anticipation of the international expansion, Desktop Metal has been functioning for more than a year with a select group of strategic customers as early stage evaluators of its technologies. These strategic partners have been a source of key user feedback on benchmark parts, materials, training and system usage. International customers of the Studio System span various industries, including automotive, education and defense, as well as service providers of luxury brands and consumer products. Leading companies, including BMW Group in Germany; Politecnico Di Milano, one of the largest technical universities in Europe and Additive Italia srl (Add+It) in Italy; EGIBIDE and Centro Avanzado de Fabricación (IMH) in Spain; Edalis, Soprofame and MSA in France; Weir Group and the city of Sheffield in the UK; Jade Groupe of Portugal, which specializes in metal parts production for the luxury fashion world; and BAZIGOS of Greece, a manufacturing firm focused in high precision components, are among the first customers to benefit from the ease of use and accessibility provided by the Studio System.
 
 
The Machine Tool Institute (IMH) is an Advanced Manufacturing Center that offers specialized training in Advanced Manufacturing (AM) and Technological / Organizational Innovation services for companies. 'At IMH, we are continuously seeking new expert manufacturing technologies to foster increased innovation among our students and business professionals in the Basque country,' said Xabier Cearsolo, AM Department Manager, Centro Avanzado De Fabricacion - IMH. 'The Desktop Metal Studio System should quickly become a key educational and training tool for those in the IMH community who are looking to expand their metal 3D printing knowledge and remain ahead of the curve.'
EGIBIDE is a respected school and training center with 75 years of experience. 'Our goal at EGIBIDE is to connect our students with the most sophisticated tools and know-how of the society of the 21st century,' said Jon Uriarte, Educator. 'We chose to invest in the Desktop Metal Studio System to be at the forefront of metal AM technology. Also, the cost per part and easiness to install and operate - no laser, no powder - will allow upgraded technology transfer to our region's companies.'
In addition to cargo now underway in USA, Canada and Europe, the Studio System is available to reserve in 48 countries, including Asia Pacific, EMEA, and Mexico. To offer superior customer service, the company has a growing global network of 85 sales partners and resellers, all experienced in manufacturing equipment distribution. European customers submitting new orders can expect to receive their systems within eight weeks or sooner.



This article is originally posted on Tronserve.com

A record crowd gathered in Boston last week for the annual LiveWorx® digital transformation event, where attendees explored how digital transformation is getting to be a truth for an ever-increasing number of manufacturing companies around the world.
 
The event delivered together more than 6,400 of the industry's greatest minds from more than 40 countries (with approximately 7,000 more live-streaming the event) for four days of interactive workshops, facilitated industry networking, cutting-edge demos highlighting the hottest  technology innovations, and more. It spanned disruptive technologies and topics including augmented reality (AR) and virtual reality (VR), the industrial internet of things (IIoT), Industry 4.0, digital engineering, artificial intelligence (AI), and robotics. This year's Xtropolis™ exhibit hall displayed some of the most complex applications of digital transformation available for the industrial enterprise. The show's 200,000 square foot experiential center featured displays and tactical sessions from over 100 exhibitors who are revolutionizing their industries.
 
As presenting sponsor, PTC (NASDAQ: PTC) opened the event with a keynote from President and CEO Jim Heppelmann, who declared, 'There is a growing interest that disruptive innovation happens at the intersection of many advanced technologies, such as IoT, AR, AI, and Digital Twin. Powered by these complementary technologies, companies now have the tools they need to fully transform the way they generate value through increased efficiency and productivity across products, processes, and people.'
 
Companies Across Industries Bring Digital Transformation to Life
Companies from across the industrial spectrum offered and exhibited the exclusive ways various technologies are helping them to undergo digital transformations. Attendees heard from a wide variety of organizations, including Johnson & Johnson, Southwest Airlines, Stanley Black & Decker, Whirlpool, Vodafone, and more about how IIoT, AR, and other integrated solutions are helping them achieve significant business value. A panel featuring Aggrekko, Fujitsu, Global Foundries, and Howden pointed out ‘top tips' for bringing digital technology such as AR to the enterprise.
 
Many of the 245+ sessions at the event emphasized how finding key strategic partners can stimulate digital transformation in the industrial sector. During one such session, Dr. Maria Wilson, global leader of data driven advantage at Howden said, 'We realized very early on in our digital transformation journey that the most reliable and time-effective way to perform our vision was to create a strong partners ecosystem.'
 
Disciplined with that theme, PTC leveraged the LiveWorx stage to make several announcements around alliances, investments, and a strategic acquisition, including:
 
Microsoft Partner of the Year: PTC was known as the Microsoft Partner of the Year in two categories: 'Manufacturing and Resources' and 'Mixed Reality', as well as a finalist in the 'Internet of Things (IoT)' category.
Technology Partner Investment: PTC announced that it has invested in and partnered with Matterport, a company that offers immersive 3D technology and spatial capture solutions. Together, Matterport and PTC will combine their expertise to aim on factories, plants and other industrial spaces - as well as the people who operate them.
New AR Acquisition: PTC announced the acquisition of TWNKLS, a Netherlands-based company that evolves tailor-made AR applications, experiences and services to solve the specific challenges faced by enterprise companies.
More than 100 companies sponsored LiveWorx this year, including Pinnacle Sponsors Rockwell Automation, Accenture, Deloitte Digital and Microsoft; and Premier Sponsors Analog Services, ANSYS, Capgemini, Cognizant, DXC.technology, HCL, Hewlett Packard Enterprise, IFS, Infosys, and Kalypso. Hundreds more delivered compelling content in breakout sessions and on the Xtropolis floor via Ignite Talx.
 
Register Now for LiveWorx 20 on June 8-11
LiveWorx 20 will be held June 8-11, 2020, at the Boston Convention and Exhibition Center, co-located with a brand new event from Rockwell Automation.



This article is originally posted on Tronserve.com

TOHAN DENSHIKIKI SERVO DRIVER REPAIR SERVICE MALAYSIA SINGAPORE INDONESIA THAILAND USA

Stepping Motor‧Driver Series
No.	Name of manual	Version
3 phase driver
1	TR Series-3 phase micro step driver TR34C-D	US-V01E
2 phase driver
2	TR Series—High torque 2 phase Stepping Motor driver (TR21-□ / TR22-□)	RJ-V08E
3	TR Series—2 phase Stepping Motor driver simple type (TR22B)	RI-V08E
4	TR Series—2 phase micro Stepping Motor driver (TR21M / TR22M)	RK-V03E
5	TR Series—2 phase micro Stepping Motor driver included pulse controller (stop production，alternative TR22PG-D) (TR21PM)	OK-V04E
6	TD Series-2 phase micro Stepping Motor driver (TD2M.TD3M)	VN-V02E
7	TOHAN Series—2 phase micro Stepping Motor driver (TD-2M24)
8	TR Series-DC 2 Phase Micro Stepping Motor Driver(stop production，alternative TR24M3L) (TR24M3)	VS-V01E
9	TR Series-2 phase micro Stepping Motor driver (TR22H-D.TR24H-D)	UJ-V03E
10	TOHAN Series—2 phase micro Stepping Motor driver (TD-2M44)
11	TR Series—2 phase micro Stepping Motor driver(TR23C-D) (TR23C-D)	ZI-V02E
12	TR Series-2 phase micro stepping Motor three-shafts driver TR22GC-D3Z	WL-V01E
13	TR Series—DC 2 phase micro Stepping Motor driver included pulse controller(TR22PG-D) TR22PG-D	YL-V03E
14	TR Series—DC 2 phase micro Stepping Motor driver included pulse controller(TR24PF-D) TR24PF-D	YL-V02E
15	TR Series—DC 2 Phase Micro Stepping Motor Drive (TR24M3L)	ZL-V04E
5 phase driver
16	TR Series—5 phase stepping motor driver high torque type (TR514-□)	OK-V08E
17	TR Series—5 phase stepping motor driver simple type (TR515B / TR530B)	RJ-V07E
18	MC Series—5 phase micro step driver (MC-0514)
19	MC Series—5 phase micro step driver (MC-5514)
20	MC Series—5 phase micro step driver 2 axes/3 axes (MC-0514-2Z / 3Z)
21	TOHAN Series—5 phase micro step driver (TD-5M13)
22	TOHAN Series—5 phase micro step driver (TD-5M13L)
23	TR Series—5 phase micro step driver-AC power input TR514H-F
24	TR Series—5 phase micro step driver-DC power input TR514H-D	TS-V01E

 
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Santa Clara, California June 20, 2019 - As the international top developer and manufacturer of diode lasers for industrial material running, Laserline proceeds to develop its outstanding market position. With prompt effect, a new high power laser series LDMblue has become obtainable with up to 1 kW output power. These lasers function at 450 nm wavelength and are the first industrial diode lasers competent of making a controlled heat conduction welding of really reflective nonferrous metals such as copper and gold. These lasers offer new and more efficient manufacturing options, specifically with joining of thin copper for illustration used in battery production for electric vehicles. Finely tuned power rules within milliseconds and extraordinary calm melt pools will make sure smooth-seam areas with excellent electrical conductivity. Thereby rendering the laser systems interesting as well for design-oriented applications in visible areas. Furthermore, the diode lasers of the LDMblue series have also been successfully analyzed in cladding and additive manufacturing processes based on non-ferrous metals.
 
Supported by the German government research program EffiLAS (Efficient high-power laser beam sources), the new laser series was developed by Laserline together with Osram and other project partners. The LDMblue diode lasers are obtainable in three standard configurations with 1,000, 500 or 300 W output power at beam qualities of 100 or 60 mm·mrad (LDMblue 1000-100 / 500-60 / 300-60). Thanks to the proven and compact LDM design for the 19‘‘ rack, the LDMblue lasers can easily be integrated in a space-saving manner into all common production lines. You can find detailed information about the Laserline LDMblue series online at www.laserline.com/ldm-blue.
 
Up till now, joining thin non-ferrous metal compounds using classic infrared lasers was only possible via a modified deep welding process with material reinforcements in the seam area. This was due to the strong reflexion in the infrared spectrum which required high energy inputs. However, light in the blue spectrum is absorbed by non-ferrous metals up to twenty times stronger than by infrared radiation. Thus, compared to conventional infrared lasers, less energy is naturally essential for fusing the workpiece surface. Even the thinnest copper components can be joined in this way without artificial material reinforcement.



This article is originally posted on Tronserve.com

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Industrial companies can better occupy very important qualified roles by providing adjustable training that accommodates workers’ busy personal and professional lives. New e-learning courses from Rockwell Automation provide workers with the relevant skills they need to help modern industrial operations while allowing the training to occur at a time, pace and place which is right for each worker.

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Completely new ultra-heavy-duty Bulk Bag Filling System from Flexicon receives abrasives, high-density solids and other difficult-to-handle bulk materials from upstream processes or storage vessels, and floods the material by weight inside bulk bags. Intended for mining, glass, ceramics and other demanding industrial applications, the system is comprised of heavy-gauge variants of the company's patented TWIN-CENTERPOST filler and FLEXICON flexible screw conveyor consolidated on a robust skid with integral forklifting tubes for mobility.