Die Branchenplattform von x-technik
Anzeige
Video
CoroDrill® 860 with -SD geometry is a reliable drill that guarantees the highest performance and process security in nickel based heat resistant super alloys. This optimized tool offers consistent and predictable tool life with outstanding hole integrity, which is of utmost importance in industries with extremely high demands and with processes in place to safeguard quality. Standard drilling depth capability up to 8×D
Developed to meet the specific needs of parting and grooving applications, CoroCut® 2 brings a new level of process security and productivity to your machining. This demonstration shows how cost-efficient and secure grooving and parting off operations in ISO P can be achieved.
To stay competitive in manufacturing, businesses must dare to adopt new habits to constantly fine-tune, optimise and evolve. This is what we call manufacturing wellness. It is a set of healthy habits built from decades of experience and collaboration that shape thriving, sustainable businesses.
With a substrate grade and unique Seco nanolaminate PVD coating designed to achieve high surface quality requirements, CH1050 also offers high-accuracy edge prep through a new grinding process. Visit our site to lear more: https://bit.ly/467ZYvP
This brand evolution reflects our continuous commitment to innovation and sustainable progress, symbolizing our transition into a more contemporary space and highlighting our unwavering dedication to serving you and the industry. We invite you to join us in this exciting new era and be part of our tomorrow. #shapingthefuturetogether #manufacturingwellness
Website: https://www.horn-group.com LinkedIn: https://www.linkedin.com/company/8405850/ Facebook: https://www.facebook.com/PaulHornGmbH/ Industry Arena: https://de.industryarena.com/phorn Xing: https://www.xing.com/companies/paulhorngmbh
Tune in for a broadcast on our social media channels featuring our president, our marketing and sales director, and our vice president of product offering and innovation. They will discuss the Seco rebrand and what it means for the future of innovation, efficiency, and sustainability in the metal-cutting industry.
At Seco, we make tools, tech, and solutions for the most advanced manufacturing challenges on Earth. Combining cutting-edge, precision tools with lasting, personal partnerships, we’re a true people company helping our partners discover the future of the manufacturing industry. We’re proud to make for makers, invent for inventors, and partner with pioneers. Propelling the future forward through our own fixation with innovation. In short - if the right tool for the job exists, we’ll deliver it. If it doesn’t, we’ll create it. We’re also proud to put sustainability at the heart of everything we do, challenging perceptions of our industry, changing the process of manufacturing, and playing our own small part in shaping a brighter looking future. Learn more about us at : https://www.secotools.com/
What is the main application of indexable shell mills with a Titanium body? Titanium-body indexable shell mills are intended for long-reach machining applications. One of the most important factors in long-reach machining applications is dynamic stability. Indexable shell mills are traditionally made from steel which due to its relatively high density, might have stability problems in long-reach machining applications. Reducing the weight of the mill body contributes to improved dynamic stability. However, weight reduction should not impair the strength characteristics of the tool. Due to its low density and high strength characteristics, Titanium can be an excellent replacement for steel when designing shell-mills for long-reach machining applications. Titanium also features excellent corrosion resistance with anti-wear properties. Using ISCAR's new production technology, the mill body is formed by a 3D printing method. By using this technology, tool body elements such as chip gullets and weight-reduction cavities having sophisticated forms, can now be produced. In addition, 3D printing technologies enable an optimal design of inner coolant channels. This ensures efficient pinpointed coolant through the body. To improve results and to achieve an excellent surface finish, it is recommended to mount the milling cutter on tool holders with an anti-vibration mechanism, such as ISCAR's WHISPER LINE adaptors. Check our catalogue to learn more about machining intelligently. https://www.iscar.com/newarticles.aspx/countryid/1/newarticleid/2978 #ISCAR; #Milling; #IndexableShellMills; #Titanium; #Tip-Talk;
The customer wanted to achieve a finish beyond design, visual, and repeatable, all while ensuring safety. To achieve this process, since there was no entry point on the hole to be worked on, the winning result came from choosing the cutting parameters, especially in the initial stages of the process. The customer successfully achieved their objective and eliminated vibration problems.
In Part 1 of this event, we delved into the world of cemented carbide technology, exploring the latest developments and analyzing the properties and capabilities of Polycrystalline Diamond (PCD). ???? In the second part, we will continue our quest for knowledge and insight and describe in detail PCBN cutting materials and ceramic cutting materials. Both are labeled as modern and advanced, but both have a long history of successful contributions to modern machining. In this session, We will also discuss hard machining technology as an example to evaluate how the possibilities of cutting materials can be maximized to achieve the process targets for sustainability.
The thermal shrink collet with coolant jet channels along the shank bore is intended for solid carbide milling cutters. A new family of ISCAR's milling cutters offers several bore sizes from 3 to 12mm. ER-SRK-CX are the slimmest shrink chucks in the cutting tools market with direct coolant to the cutting edge. The solid collet ER32-SRK-CX is suitable for all ER Collet Chucks and ER driven units. The thermal SRK collet features: • Interchangeability with all standard ER chucks • Coolant directed to cutting edges • Prolonged tool life • Eliminates chip sticking to the cutting edges • Suitable for high-speed milling • Effective chip evacuation prevents re-cutting of chips • Cavities and pocket milling applications • Semi-finish and finishing profile milling titanium blisk blades. • Milling applications with intensive heat generation such as very hard alloy steels, and high-temperature alloys. Applications and advantages of the ER-SRK-CX collets are intended for: • CNC milling machines with poor external coolant flow. • cavities and pocket milling applications. • semi-finish and finish profile milling titanium blisks. • milling applications that generate high temperatures, such as very hard alloy steels, high temperature alloys and more. I would like to remind you to download the ISCAR World app which features the revolutionary NEO-ITA for achieving optimal machining results. https://www.iscar.com/newarticles.aspx/countryid/1/newarticleid/2978 #ISCAR; #Tooling; #X-STREAM; #ThermalShank; #ColletJet; ER-Chucks;
In this episode of Seco Tech Talk, Product Manager for Solid Milling Jay Ball is diving deep into the world of the plunge milling method. Whether you’re using indexable or solid carbide plunge milling tools, Jay has plunge milling tips and tricks that will elevate your high-feed machining game to new heights. For questions you can reach out to our technical team who will be happy to support you, either by commenting below or contacting us here: https://bit.ly/44hsb1u . Index: 00:00: Intro 0:22 When to Use Plunge Milling 1:18 Tooling for Plunge Milling 2:05 Preventing Deflection 2:53 Radial Stepover 3:36 Using the Right Holder
ISCAR's barrel-shaped milling cutters comprise solid carbide endmills, MULTI-MASTER exchangeable carbide heads, and recently added single-insert indexable endmills. Although the accuracy of a single-insert indexable endmill is lower compared to a MULTI-MASTER or a solid carbide endmill, in many applications it has big advantages: • Single-insert tool is a cost-effective concept compared to the other options, especially in bigger diameters' range of barrel shaped mills. • A durable insert structure and highly rigid insert clamping enable to increase the feed per tooth compared to the feed values recommended for solid carbide endmills and exchangeable heads. • When operational stability is poor, decreasing the number of teeth contributes to achieving vibrations control. Barrel-shaped inserts are mounted on existing BALL PLUS tool bodies, adapters, and extensions which greatly simplify tool customization. Choosing a single-insert segment tool design is now more logical and justified. Download ISCAR WORLD, the virtual "one stop shop" app that features all ISCAR's online apps, interfaces, and product catalogs in a single space: https://www.iscar.com/newarticles.aspx/countryid/1/newarticleid/2978 #ISCAR; #Milling; #EndMill; #MULTI-MASTER; #BarrelShaped;
Chad Miller, Global Business Development Manager for Automotive, describes an additive manufacturing case study in which Seco Tools used 3D printing to create a custom insert for an automotive supplier with a unique need. The supplier, a turbocharger manufacturer, added a new feature on a component and came to Seco to streamline the tooling process. Their current process required 2-4 tools, and they asked Seco Tools to combine those tools into a single, lightweight insert holder. Close collaboration between the Seco and client teams produced a lightweight 3D printed design in maraging steel that provided multiple insert pockets, for use in boring and drilling in casted austenitic stainless steels (1.4849 and 1.4837).
HSK A63 EM with coolant jet channels along the shank bore What is an HSK tool holder? HSK is a German abbreviation for hollow taper shank. A hollow taper means these tool holders do not have a retention knob. The hollow taper provides the appropriate level of flexibility to ensure contact with the machine tool spindle by both the taper and the flange face. This results in an extremely reliable interface that successfully sustains extremely high centrifugal and thermal loads. The HSK holders are intended for high-speed machining. These holders are becoming more popular due to their precision performance. The X-STREAM HSK A-63 provides a perfect solution for solid carbide endmills with Coolant Jet Channels along the shank bore. It can be installed on a machining center with through-coolant spindle options, and the X-STREAM endmill holder delivers jet coolant that wraps the tool to obtain the same result as through tool coolant. ISCAR's new HSK chucks offer several protruding lengths for 6 to 25mm tool diameters. Several unique features of the system are: • Coolant directed to cutting edges. • Prolonged tool life. • Eliminates chip sticking to the cutting edges. • Balanced to G2.5, 25000 RPM. • Suitable for High-Speed Milling. • Effective chip evacuation to prevent chip re-cutting. • No Pull out • Suitable for High-Speed Milling. Applications and Advantages of the new X-STREAM HSK A-63 • Intended for CNC milling machines with poor external coolant flow. • Highly positive results for cavities and pocket milling applications. • Great for milling applications that generate high temperatures, such as very hard alloy steels, high temperature alloys etc. The new X-STREAM HSK A-63 increases tool life, provides high productivity and profitability. I would like to remind you to download the ISCAR World app which features the revolutionary NEO-ITA for achieving optimal machining results. https://www.iscar.com/newarticles.aspx/countryid/1/newarticleid/2978 #ISCAR; #Tooling; #HSK; #X-Stream; #Coolant-Jet;
Are you fascinated by the advancements in materials technology? From groundbreaking innovations to superior performance, researchers have been creating a diverse range of construction materials with improved properties. However, a common challenge accompanies these remarkable materials—their lower machinability index. As modern manufacturing processes strive for higher productivity and sustainability, the need for an efficient machining system becomes crucial. This is where we face a stressed interaction, searching for an intelligent solution to handle this challenge effectively. In part 1 of this event, we delve into the world of cemented carbide technology, exploring the latest developments and analyzing the properties and capabilities of Polycrystalline Diamond (PCD). Join us as we explore the latest developments in cemented carbide technology and analyze the properties and capabilities of PCD.
Zerspanungstechnik
