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A typical problem in tool grinding is so-called displacement. Process forces push away the tool being manufactured
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Dear [FIRSTNAME],
The spindle does work hard and endures a lot of abuse. The amount of force and wear and tear it must endure means the design of the spindle and the quality of the parts buried within the spindle are vital to your spindle’s performance and its lifespan. |
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TOP STORY |
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Machining center spindles: What you need to know
When you start to research spindle technology, you find the bearing system is often at the centre of the discussion. It can get mind-boggling, especially with the acronyms flowing freely—dN value benchmarks and formulas; O or DB mounting versus DF or X configuration; ABEC standards, and so on. An overview of key considerations when researching a CNC machining centre's bearing system covers the highlights—material, type, arrangement and lubrication.
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TECHNICAL HIGHLIGHT |
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Presenting ingenious ideas to an expert audience
Two years into the pandemic, two years without trade fairs – Iris Münz, Managing Director of ultraTec Anlagentechnik Münz is clearly looking forward to the GrindingHub in Stuttgart (May 17 to 20, 2022 to demonstrating its ultrasonic deburring system to a broader audience of experts. The is participating in the joint Start-up Hub, taking advantage of an offer which GrindingHub hopes makes it easier for young companies to enter the market. More...
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Energy transition offers great potential to machine tool industry
There are a number of promising areas for the machine tool industry. These include the production: of gearboxes and bearings for wind energy, of core components such as compressors, pumps and valves for electrolysis, of fuel cells and of large numbers of heat pumps. Researches from VDW and Strategy Engineers examine the opportunities and challenges which are arising for the machine tool industry as a result of the energy transition. More...
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Optimized tools for tomorrow's sustainable aircraft
Tomorrow's sustainable aircraft will rely increasingly on next generation powder-based HRSAs and advanced ceramic matrix composites (CMCs), as they can withstand high temperatures for more efficient fuel burn and low emissions. Steve Weston at Sandvik Coromant, explains why optimized tools and process knowledge will be crucial to sustainability and innovation in aerospace, especially when working with increasingly difficult-to-machine materials. More...
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Precision machining of connecting rods with JUNKER grinding machines
Linamar Powertrain GmbH produces connecting rods with extreme efficiency, and consistently fulfills the OEM‘s quality requirements. With its quick retooling feature, the SATURN double surface grinding machine from JUNKER is not only flexible, but also an economical and reliable solution for precision production of diverse connecting rods. More...
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Complex manufacturing methods for medical technology
More and more manufacturing companies are expanding their product portfolios and service offerings in order to attract a broader customer base. This gives production companies greater independence from sectors such as the automotive or aerospace industries. Medical technology is an example of such market expansion, although it does present a wide range of challenges. More...
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Electrochemical machining an alternative to metal cutting
Electrochemical metal machining (ECM) is an established technique for burr removal. However, ECM can do much more. The EMAG ECM Company wants to use the process to replace conventional drilling, broaching and even milling. A number of advantages over machining speak in favor of this. The advance of electromobility alone will reduce the total number of parts required in the long term. In addition, components would look different in the future. More...
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