On April 10th, the Machine Industry Information Institute, Vogel Industrial Media, and MM Modern Manufacturing magazine, in collaboration with authoritative experts from the metalworking industry, held the awards ceremony for the "20th MM Metal Processing Forum & MM AWARD Innovative Product Awards" in Shanghai.
During the selection process, our EXSKS model distinguished itself among numerous contenders with its unique design theory and characteristics such as rapid feed rate, low cutting resistance, high efficiency, and emission reduction & efficiency enhancement, earning it the <2024 MM AWARD Innovative Product Award>!
Additionally, our MAM model secured the <2024 MM AWARD Process Breakthrough Award> with its high efficiency and high precision features.
We have always prioritized product innovation and R&D to meet diverse machining needs. The award-winning EXSKS model, featuring its double-sided 6-cutting-edge design per insert, serves as a powerful solution for reducing resource consumption throughout the entire industrial chain—from mining and smelting to manufacturing and logistics—while significantly lowering energy demands and boosting eco-efficiency.
Available in three comprehensive series—EXSKS09, EXSKS07, and EXSKS05—each model utilizes double-sided inserts offering six usable cutting edges, delivering excellent cost-effectiveness! Combined with a multi-edge design, the series achieves exceptional rapid-feed machining performance. Covering diameter ranges from φ20 to φ160, these models address diverse processing requirements.
The inserts are offered in two specialized grades:
This versatility enables machining of a wide spectrum of materials, including general steels, pre-hardened steels, stainless steels, and hardened steels.
This innovative series has garnered widespread acclaim from users worldwide, injecting new vitality into the advancement of cutting technology.
Building on our years of continuous research and advancement in cutting technology—and following the success of our large-sized MAL/ALX models—we have now comprehensively optimized product performance and machining efficiency to introduce the compact mini-MAM series.
This breakthrough design combines a miniaturized multi-edge configuration with high-precision 3D chip breaker geometry, achieving:
Specifically engineered for high-precision, high-efficiency processing of challenging materials like aluminum alloys and titanium alloys used in:
✓ New energy vehicles
✓ Aerospace applications
These technological leaps not only enhance our competitive edge but also provide robust support for the development of emerging industries.
At the "Digital-Intelligence Convergence · Process Breakthroughs Empowering Emerging Industries" thematic event, our exceptional technological innovation secured dual honors: the Innovative Product Award and Process Breakthrough Award.
This achievement not only recognizes our decades-long dedication to process innovation and R&D, but also affirms our industry leadership in setting new benchmarks.
Moving forward, we remain committed to delivering:
Refined technical expertise
Premium product solutions
End-to-end service excellence
