展会预告 | 诚邀您莅临CCMT2026华锐精密展台(E3-B111)

始创于2000 年的中国数控机床展览会（CCMT），是中国数控机床领域最具权威性与影响力的专业展会，更是行业技术发展的风向标与交流平台。

本届第十四届中国数控机床展览会（CCMT2026），以数字・互联・智造为核心主题，汇聚全球数控技术与创新成果，为行业搭建技术交流、商贸合作、洞察趋势的平台。

株洲华锐精密工具股份有限公司（证券代码：688059）携数控刀具解决方案与AI智能智造解决方案重磅亮相，诚邀您莅临展位！

Founded in 2000, China CNC Machine Tool Fair (CCMT) is the most authoritative and influential professional exhibition in China's CNC machine tool sector, as well as a bellwether for industrial technological development and a key exchange platform.

Under the core theme of Digital · Interconnection · Intelligent Manufacturing, the 14th China CNC Machine Tool Fair (CCMT2026) brings together global CNC technologies and innovative achievements, building a platform for the industry to exchange technologies, conduct business cooperation and preview future trends.

Zhuzhou Huarui Precison Cutting Tools Co.,LTD (Stock Code: 688059) makes a high-profile appearance with CNC tooling solutions and AI intelligent manufacturing solutions. We sincerely invite you to visit our booth!

硬质合金小型化刀具

近年来，全球钨资源勘探开采增速放缓、供应链持续收紧，叠加市场需求稳步攀升，钨原料价格一路走高并维持高位运行，硬质合金刀具行业正面临前所未有的成本压力与供应链考验。作为高端制造的“工业牙齿”，切削刀具需要在坚守切削性能底线的同时，更要在资源高效利用、成本可控性上实现突破。面对原材料波动带来的经营难题，华锐精密深耕硬质合金切削领域，以技术创新破解资源困局，聚焦用户降本增效核心需求，重磅推出小型化硬质合金刀具-SLIM系列。

深耕切削领域，智破行业困局。华锐精密精准研判市场趋势，依托深厚的技术积淀与精益制造功底，针对性研发车削、铣削、钻削三大品类小型化硬质合金刀片，依托刀片体积缩减、重量轻量化的设计亮点，在保障同等加工效率、切削精度的前提下，实现性价比的跃升。相较于常规标准刀片，该系列刀片体积更小、质量更轻，切削加工效率及精度与标准款相当。助力加工企业在钨价高位运行的市场环境下，严控加工成本，轻松破解成本与效能的双重难题。

In recent years, the growth of global tungsten resource exploration and mining has slowed, supply chains have remained tight, and coupled with steadily rising market demand, tungsten raw material prices have surged and stayed at high levels. The cemented carbide cutting tool industry is facing unprecedented cost pressure and supply chain challenges. As the "industrial teeth" of high-end manufacturing, cutting tools must maintain the baseline of cutting performance while achieving breakthroughs in efficient resource utilization and cost controllability.Faced with operational difficulties caused by raw material price fluctuations, Huareal Precision has been deeply engaged in the cemented carbide cutting sector, resolving resource constraints through technological innovation, focusing on users’ core needs of cost reduction and efficiency improvement, and launching its miniaturized cemented carbide tools — the SLIM Series.

With deep roots in the cutting field, we intelligently break through industry bottlenecks. Based on accurate market trend analysis, profound technical expertise and lean manufacturing capabilities, Huareal Precision has developed miniaturized cemented carbide inserts in three categories: turning, milling and drilling. Featuring reduced insert size and lightweight design, the series delivers significantly improved cost-effectiveness while ensuring equivalent machining efficiency and cutting precision.Compared with conventional standard inserts, this series features smaller size and lighter weight, with cutting efficiency and accuracy on par with standard products. It helps machining enterprises strictly control processing costs amid high tungsten prices and easily resolve the dual challenges of cost and efficiency.

U系列不锈钢车削刀片

华锐精密 U 系列不锈钢车削刀片，针对不锈钢高效稳定通用化加工场景开发，采用抗塑性与抗崩性极致平衡的微细硬质合金基体，完美适配不锈钢超级通用加工工况，兼顾基体强度与抗变形能力；搭载多组元梯度复合纳米涂层结构，实现硬度与韧性双向并举，大幅提升刀具使用寿命，保障全程切削稳定性；辅以全新涂层后处理工艺，打造超丝滑刃口表面质量，进一步优化切削平顺性，同步提升被加工工件表面光洁度。可全面覆盖不锈钢切削场景，满足不锈钢车削对刀具寿命、切削稳定性、尺寸精度与表面光洁度的加工需求。

U72 槽型：采用精密优化刃口设计与制备工艺，切削力更低，可有效抑制沟槽磨损与积屑瘤产生。刃口兼顾锋利性与抗微崩能力，在低进给、小切深条件下仍具备出色的切屑控制能力，切削轻快稳定，适用于精加工至半精加工连续切削场景，保证尺寸精度与表面光洁度一致性。

U75 槽型：采用全曲面结构设计，可在不同参数下实现锋利度与强度的最佳匹配。独特葫芦形断屑槽使切屑卷曲顺畅，控屑断屑效果优异。自适应曲面刃口切削轻快，大幅降低切削力与振动，同时强化刃口强度，抗崩损、抗崩刃性能突出，适配不锈钢断续切削等复杂工况，保证高光洁度、无振纹，满足精密零件加工要求。

Huareal U Series stainless steel turning inserts are developed for efficient, stable and general-purpose machining of stainless steel. Adopting a micro-grain cemented carbide substrate with an optimal balance between plastic deformation resistance and chipping resistance, they are perfectly suited for universal stainless steel machining applications, while delivering both substrate strength and deformation resistance. Equipped with a multi-component gradient composite nano-coating structure, the inserts achieve both high hardness and toughness, greatly extending tool life and ensuring consistent cutting stability throughout the process. Supported by an innovative post-coating treatment process, they produce an ultra-smooth cutting edge surface, further improving cutting smoothness and enhancing the surface finish of machined workpieces. The series fully covers stainless steel cutting scenarios and meets machining requirements for tool life, cutting stability, dimensional accuracy and surface finish in stainless steel turning.

Additionally, Huareal offers pressed-grade inserts with transverse pressing technology as well as ground-grade inserts. These products meet the diverse needs of end customers, such as higher efficiency, better quality, and lower costs.

U72 Geometry：

Featuring a precision-optimized cutting edge design and manufacturing process, the U72 geometry generates lower cutting forces and effectively suppresses groove wear and built-up edge (BUE). The cutting edge balances sharpness and micro-chipping resistance, delivering excellent chip control even at low feeds and small depths of cut, with light and stable cutting performance. It is suitable for continuous cutting from finishing to semi-finishing applications, ensuring consistent dimensional accuracy and surface finish.

U75 Geometry：

Designed with a full-curved structure, the U75 geometry achieves an optimal match between sharpness and strength under various operating parameters. The unique gourd-shaped chip breaker ensures smooth chip curling and superior chip control and breaking performance. The adaptive curved cutting edge enables light cutting, significantly reducing cutting forces and vibration, while enhancing edge strength with outstanding resistance to chipping and breakage. It adapts to complex conditions such as interrupted cutting of stainless steel, ensuring high surface finish without chatter marks and meeting the requirements for precision component machining.

青锋系列金属陶瓷刀片

华锐精密青锋系列金属陶瓷刀片采用创新型渐变式切削刃设计，通过优化刃部几何形态，显著提升切削过程流畅性，有效降低切削阻力，从而实现加工效率的整体跃升。其独特的三区断屑结构，依据不同进给量及切削参数进行科学分区规划：第一区适配低进给、小切深工况；第二区与第三区则可依次应对逐步提升的加工载荷。该结构能够精准调控切屑的形态与长度，有效避免切屑缠绕，确保加工过程的连续稳定与工件表面品质。

全新升级的金属陶瓷牌号HRC10，特殊的"双芯"组织结构，表层硬化梯度结构，表面坚硬致密良好的化学稳定性，以及较好的抗粘着性兼具耐磨性与抗崩缺性能，刀片性能稳定性与加工表面质量优异。涂层金属陶瓷牌号HR115C，搭配全新的纳米梯度复合结构涂层，进一步提升耐磨性能，耐高温性能优异，独特的过渡层处理技术有效提升涂层与基体的结合力，降低刀片与工件的摩擦系数，显著提升耐磨性和加工质量。

Huareal Qingfeng Series cermet inserts feature an innovative progressive cutting edge design. By optimizing the edge geometry, cutting fluency is significantly improved and cutting resistance is effectively reduced, resulting in an overall boost in machining efficiency. Its unique three-zone chipbreaking structure is scientifically zoned according to different feed rates and cutting parameters: Zone 1 is suitable for low-feed, small-depth-of-cut conditions; Zones 2 and 3 can handle progressively increasing machining loads in sequence. This structure precisely controls chip shape and length, effectively prevents chip tangling, and ensures continuous, stable machining and high workpiece surface quality.

The newly upgraded cermet grade HRC10 employs a special “dual-core” microstructure with a surface hardening gradient. It features a hard, dense surface layer with excellent chemical stability and good anti-adhesion properties, combining wear resistance and chipping resistance for outstanding insert stability and machined surface quality.The coated cermet grade HR115C is equipped with a new nano-gradient composite coating, further enhancing wear resistance and delivering excellent high-temperature resistance. The unique transition layer treatment effectively strengthens the bonding strength between the coating and the substrate, reduces the friction coefficient between the insert and the workpiece, and significantly improves wear resistance and machining quality.

H系列高硬度整体硬质合金立铣刀

H系列高硬度·整体硬质合金立铣刀，全面应对HRC50-65高硬度材料加工；凭借基材、涂层、结构等的创新，抵抗恶劣工况，在保证高硬度、高精度的条件下，依然具备高效率和高寿命！采用超微颗粒硬质合金基材，兼具超高硬度与优异韧性，抗弯强度、红硬性大幅提升，适配高硬材料高速、重载切削，高温稳定性强，切削过程中不易变形、崩损，保障长时间加工稳定性。搭载多层纳米复合涂层，涂层硬度高、摩擦系数低、抗高温氧化性能优异，显著提升刀具耐磨性、抗粘结性，有效减少刀具磨损，延长使用寿命，降低换刀频次。

采用不等齿和不等螺旋结构设计，有效降低切削振动，提高加工稳定性；刃口拓扑结构改变切削力走向，降低刃口应力集中；成型槽设计有效提高容屑空间，提高加工效率。通过优化磨削加工与刃口处理工艺，球头轮廓精度提高至±3μm，刃口一致性与表面粗糙度得到有效控制，为产品稳定性提供技术支撑。依托超细晶粒基体、纳米复合涂层、优化切削结构三大核心技术，实现高硬度、高精度、高效率、高寿命四大突破，适用于模具精加工、高强合金铣削等高硬度材料精密加工领域。

Series H solid carbide end mills are designed for machining high-hardness materials ranging from HRC50 to HRC65. Through innovations in substrate, coating and structure, they withstand harsh machining conditions while delivering high efficiency and long tool life, even under requirements of high hardness and precision.Featuring an ultra-fine grain carbide substrate, the tools combine ultra-high hardness with excellent toughness, greatly improving bending strength and red hardness. They are suitable for high-speed, heavy-duty cutting of hard materials with strong high-temperature stability, resisting deformation and chipping during cutting to ensure stable long-hour machining.Equipped with a multi-layer nano-composite coating, the tools feature high coating hardness, low friction coefficient and excellent high-temperature oxidation resistance. This significantly enhances wear resistance and anti-adhesion, effectively reducing tool wear, extending service life and lowering tool change frequency.

The unequal pitch and unequal helix design effectively reduces cutting vibration and improves machining stability. The edge topology optimizes cutting force direction and relieves stress concentration at the cutting edge. The formed flute design effectively increases chip space and boosts machining efficiency.By optimizing grinding and edge treatment processes, the ball-nose contour accuracy is improved to ±3μm, with consistent cutting edges and controlled surface roughness, providing technical support for product stability.Supported by three core technologies — ultra-fine grain substrate, nano-composite coating and optimized cutting structure — the series achieves four breakthroughs in high hardness, high precision, high efficiency and long tool life. It is ideal for precision machining of high-hardness materials, including mold finishing and high-strength alloy milling.

华锐“智加”工业软件

华锐“智加”系统是基于业界领先的传感器技术和数据库算法开发，具有智慧感知、智慧洞见、智慧决策、智慧控制的切削加工专家系统，基于高精度传感器技术和AI机理算法，对机床切削过程全监控和预测，实现切削加工效率提升、刀具磨损、崩缺状态实时监控、产品良率保证、机床撞机安全预警、主轴精度监测等功能，致力于从“产品供应商”转型为“价值共创者”，助推中国制造业高质量发展，为未来‘黑灯工厂’的搭建提供引擎。

Huareal "ZhiJia" System is developed based on industry-leading sensor technology and database algorithms. It is an expert system for cutting machining featuring intelligent perception, intelligent insight, intelligent decision-making and intelligent control.Supported by high-precision sensor technology and AI mechanism algorithms, it realizes full monitoring and prediction of the machine tool cutting process, delivering functions including improved cutting efficiency, real-time monitoring of tool wear and chipping, guaranteed product yield, early warning against machine tool collisions, and spindle accuracy monitoring.

Huareal is committed to transforming from a "product supplier" to a "value co-creator", boosting the high-quality development of China's manufacturing industry and providing a driving engine for the construction of "lights-out factories" in the future.