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The Seco 335.98 disc milling cutter system opens new doors to increased productivity, stability and flexibility. These tools cut two sides of a part to offer high levels of material removal. Unique new insert interfaces simplify setups and boost process security. Eight usable cutting edges per insert equate to cost savings, especially for high-volume applications. Learn more about the new disc milling cutters here: https://bit.ly/3FiAXWi
The Seco 335.14 disc milling cutter range extension brings the cost and efficiency benefits of exchangeable head cutters to a greater number of applications. The range has expanded from 150 to more than 300 products, increasing the available diameters, chamfer angles and radius profiles. There are now options to effectively perform grooving, circlips grooving, chamfering, full radius profiling, threading, corner rounding and dovetailing. Learn more here: https://bit.ly/3QYQZHm
Do You have chip evacuation problems during high-performance machining which you need to eliminate? Seco Stabilizer series 4-flute and 5-flute end mills use advanced flute geometries to optimize chip evacuation during high-performance machining. Learn more here:https://bit.ly/4knZVn1
Do You want to maximize metal removal rates in roughing and slot milling? Seco Stabilizer series 4-flute and 5-flute end mills use unique designs that achieve the industry's highest metal removal rates. Learn more about the Seco Stabilizer end mills here: https://bit.ly/4knZVn1
Seco Stabilizer end mills use a versatile SIRON-A wear-resistant coating to tackle a wide range of applications and materials without specialized tools. The series 4-flute end mills excel in steels and cast iron, while 5-flute variants also provide exceptional performance in stainless steels, titanium and superalloys. Learn more about the Seco Stabilizer end mills here: https://bit.ly/4knZVn1
The unique flute geometries of Seco Stabilizer series end mills achieve incredible material removal rates for aggressive high-performance machining strategies. Learn more about the Seco Stabilizer end mills here: https://bit.ly/4knZVn1
Specialized T35 taps are optimized for specific material groups. T35-P, T35-K and T35-H taps provide exceptional tool life in alloyed steels, cast irons, and tough, abrasive materials, respectively. T35-P, T35-K and T35-H incorporate a TiAlSiN coating applied via HiPIMS technology for an extremely smooth, hard, crack-resistant surface. T35-N taps use smooth, large flutes to optimize chip formation and evacuation when tapping aluminum. Learn more about the T35 taps here: https://bit.ly/41tIevf
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T30 taps offer reliable performance in general purpose applications across a wide range of materials. They are designed to provide readily available options for shops that need taps only occasionally. These taps provide a broad range of available threads and sizes for universal application. Learn more about the T30 taps here: https://bit.ly/41hpUoU
Find our new products here: https://bit.ly/4h5eNUz
Depending on your depth of cut, it's a challenge to use the full cutting edge of a round insert. With the new generation of Seco Round 20 carbide inserts, index to 4, 6 or 8 positions. Get the most out of your cutting edge – and reduce waste and cost. Learn more about the Seco Round 20 here: https://bit.ly/41nkVlt
Seco Octomill 06 provides an extremely balanced face milling solution at depths of cut below 4 mm. It offers a light cutting action, system robustness and high flexibility for many materials and applications. Easy to set and index, each insert features eight cutting edges. The cutter body's multi-insert pocket design accommodates face-milling, round and moderate high-feed inserts, and it can be productively applied for both roughing and finishing operations. Learn more about the new Octomill 06: https://bit.ly/3QH383D
Learn more about the new Octomill 06: https://bit.ly/3QH383D
The Seco Round 20 carbide insert concept delivers exceptional performance in various copy milling applications, including face, side, slot, plunge, and ramp milling. It is optimal for materials such as steel, stainless steels, heat-resistant superalloys, cast iron, and hardened steels. The Round 20 carbide inserts can be indexed to provide four, six, or eight cutting edges, depending on the depth of cut. Additionally, cost-effective cassette and shim options eliminate the need to replace the entire cutter due to pocket damage. Learn more about the Seco Round 20 here: https://bit.ly/41nkVlt
Large round inserts that can be indexed to 4 or 8 positions make it difficult to use the entire cutting edge. Depth of cut can leave a significant portion unused. Index latest-generation Seco Round 20 carbide inserts to 6 positions as well as 4 or 8. Flexibility cuts waste and reduces costs. Learn more about the Seco Round 20 here: https://bit.ly/41nkVlt
The latest generation Seco Round 20 carbide inserts can be indexed to 4, 6 or 8 positions. Whatever your depth of cut, you can maximize your utilization of the available cutting edge! Learn more about the Seco Round 20 here: https://bit.ly/41nkVlt
The Seco Round 20 carbide insert concept provides exceptional performance in copy milling, including face, side, slot, plunge and ramp milling. Optimal for steel, stainless steels and heat-resistant superalloys, the range also applies to cast iron and hardened steels. Round 20 carbide inserts can be indexed to provide four, six or eight cutting edges, dependent on the depth of cut applied. Cost-effective cassette and shim options eliminate the need to replace an entire cutter because of pocket damage. Learn more about the Seco Round 20 here: https://bit.ly/41nkVlt
Showcasing T30 Universal tap for broad material compatibility and the specialized T35 series, each optimized for peak performance with specific materials like aluminum, steel, and cast iron. We demonstrate how our new tapping range provide flexibility to meet various manufacturing needs. Learn more about the T35 taps: https://bit.ly/42YrwVV Learn more about the T30 taps: https://bit.ly/4gKlzz3
Forget relying on gut instinct. The next Getting Technical live event dives into how data takes the wheel in machining, optimizing processes in real-time . Join us to learn: -How data & algorithms choose the best process conditions -Why models replace manual "experience-based" instructions -How Model Based Machining bridges the gap between the past & future of machining Register now for the event.
The answers to all these problems comes from one expert source. Count on Seco to take you from machine tool selection and setup all the through production. Instead of offering you a long list of custom tooling and custom inserts, we engineer custom tools that use standard inserts. We help you find the right programming to optimize the cut for each operation. And because we understand the entire process of producing these complex parts, we can create complete tooling solutions for every phase of engine-block production. Learn how Seco can help you overcome these challenges: https://bit.ly/3HP5Hfp
Steering knuckle designs look radically different from one vehicle model to the next, but they all involve specific types of production processes. Seco provides all the milling, drilling, grooving, reaming and finishing tools for these operations. These include standard tools and inserts as well as specialized designs. All of them minimize vibration, maximize surface finish quality, optimize chip control, provide process security and offer easy setup. Learn how you can produce better steering knuckles with fewer tools: https://bit.ly/3vXCD2S
Gear up for the second part of this session, where we delve into the intricacies of tool holders and their impact on machining efficiency. In this Getting technical live event, we'll explore the pros and cons of various front ends, from tool connection to fixturing, empowering you to make informed decisions that optimize your machining processes. We'll also show the key distinctions between monobloc and modular tool holding systems, guiding you towards the most suitable choice for your specific requirements. Mark your calendars and tune in to our social media profile for an insightful and engaging session.
Machining an aerospace pintle plate in titanium in collaboration with DMG MORI. Watch as we incorporate strategies such as high-feed milling, dynamic milling, helical milling and more. 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
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
Experience real-time machining in action with the new Seco X-tra Long Solid Carbide Drills, drilling a 40xD hole in a Hydraulic steel component. The Seco X-tra Long drills are known for their symmetrical point geometries and exceptional heat resistance, which not only enhance the tool's longevity but also ensure superior entrance stability and breakthrough guidance, all while minimizing crater wear and heat buildup in your part. In this demonstration, we'll show you how Seco X-tra Long Carbide Drills can help you: -Efficient deep hole drilling -Leverage standard machining centers for deep hole production -Achieve prolonged tool durability and extend tool life -Ensure precise entrance and breakthrough guidance -Minimize wear and heat-associated challenges -Boost your drilling process for heightened output or cost-effective tooling -Avoid deflection and trim down cycle durations For a deeper dive into the capabilities of Seco X-tra Long Solid Carbide Drills and to discover the ideal drill for your needs, visit: https://bit.ly/407eK3I
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