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Machining Aerospace components: collaboration with the industry experts

In the world of aerospace manufacturing, precision and durability are paramount. When it comes to machining titanium components for critical aerospace structures, collaboration is key. This video showcases the exceptional partnership between DMG Mori, Seco, Shunk, Fuchs Lubricants and Gemineers in the creation of the pintle plate, a vital component of in the aircraft's fuselage. Together, these experts brought their unique expertise to the table, overcoming the intricate challenges of machining titanium with precision and efficiency. From the cutting-edge 5-axis DMG Mori milling machine to the high-performance Seco tools, each element played a crucial role in the successful completion of this project. Fuchs Lubricants provided the necessary lubrication solutions to ensure the smooth operation of the machinery, while Gemineers' comprehensive expertise ensured that the entire process was optimized for maximum efficiency and productivity. This video highlights the transformative power of collaboration in aerospace machining. When experts come together, they can achieve remarkable feats, pushing the boundaries of precision and innovation. Watch this video to witness the seamless collaboration that transformed a raw titanium block into a precision-engineered pintle, a testament to the power of partnership in aerospace manufacturing. Learn more about dynamic milling here: https://bit.ly/3FQkghN Check out our range of Helical Mills here : https://bit.ly/49nwTPb Read more about material trends in aerospace here: https://bit.ly/3FSynn2

Seco Tools

Video

ISCAR TECH-TALK - Upgraded HELI2000 with New IC5600 and IC716 Carbide Grade

HELI-2000 Incorporates the HELIMILL and HELIPLUS Lines with 15-, 10-, and 07-mm Inserts ISCAR expanded its highly efficient HELI2000 milling products with CVD IC5600 and IC716 carbide grade. The new additions guarantee higher tool life, more productivity and better process reliability. In addition, HELIMILL-10 and HELIPLUS-07 lines are now enhanced with the new PVD coated IC716 carbide grade inserts and new insert geometries. The innovative geometry with a new high positive (HP) chip-former and the new IC716 carbide grade were developed specifically for high-performance machining on titanium and titanium alloys. APKR-HP and ADKR-HP inserts were especially designed for rough and finish milling applications related to ISO S materials with a pressed-to-size durable insert structure. The insert geometry reduces cutting load and enables high table feed because of the insert's high axial rake angles, wiper, and improved edge for high surface finish. These inserts show excellent performance when milling 90 square shoulders with an excellent surface finish. Suitable for HELI-2000 tools with conventional coolant or high-pressure jet coolant and pinpointed coolant outlets. The high-pressure coolant reduces the built-up edge, especially when machining high-temperature superalloys and difficult-to-cut austenitic and duplex stainless steel. The chip-splitting (CS) cutting edge geometry is designed for general roughing applications. APKT 1003 and ANKT 0702 have a new reinforced cutting-edge geometry for rough high feed milling intended for hardened materials of up to 60 Rockwell C hardness, which diminishes high stress and intensive wear. The new inserts designed with a reinforced cutting edge specially for hard milling, feature a unique reinforced cutting edge with T-land chipformer to significantly improve tool life and boost productivity. The reinforced cutting-edge geometry (GT) is intended for productive high feed milling hardened materials of up to 60 HRC hardness, for both APKT 1003 and HP ANKT 0702 insert families. The APKT 1003 insert is intended for milling square shoulders, full slots with a high depth of cut specifically for ISO P and ISO M materials. Its geometry improves chip evacuation, reduces cutting loads, and enables high table feed while reducing vibration and improving surface quality. This family of inserts assures higher process durability and reliability by use of high feed rates and increased tool life - achieved by the insert’s cutting profile and chipformer cutting geometry. These inserts are a great alternative to grinding, EDM or any other time-consuming production method in rough machining. 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; #Milling; #HELI2000; #HELIMILL; #HELIPLUS; #PVD;

Iscar

Video

Shrinking VS Hydraulic Chuck #shorts #cnc #industrial #machining

If you are looking for higher cutting speeds to enhance productivity and facilitate handling you found it. The entire range of ???????????????????????????? high pressure chucks and the range of ???????????????????????? ???????????????????????????????????? ???????????????????????? guarantee easy, process-secure tool clamping for every application. In the video you can see the???????????????????????????? - ???????????????????????? ????.????°, which provides precision for critical contours. ???????????????????????????? - ???????????????????????? ????.????° is used for reaming and drilling as well as for finishing in milling operations. ????Here you can see the advantages of the???????????????????????????? - ???????????????????????? ????.????° at a glance: ▲ Provides original shrink chuck dimensions (DIN contour with 4.5°) ▲ Maximum process security and service life thanks to award-winning industrial design ▲ Perfectly balanced combination of geometric and functional properties ▲ Achieves best surface quality, stands out for maximum ease of handling Want to know more, also about the ???????????????????????????? – ???????????????????? ➡️ Find more information at: https://cutting.tools/hypower ???? Follow us ???? | https://www.linkedin.com/company/ceratizit | https://www.instagram.com/ceratizit | https://www.facebook.com/ceratizit | https://de.industryarena.com/ceratizit-deutschland

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