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追觅亮相CES 2026 展出全屋智能生态产品矩阵

亿邦动力 2026-01-07 12:30
亿邦动力 2026/01/07 12:30

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文章介绍追觅科技在CES 2026展示的全屋智能生态产品矩阵,提供实用智慧生活方案。

1. 产品覆盖智能清洁(如扫地机器人、洗地机)、智能大家电(电视、冰箱)、智能厨电、个人护理(吹风机、AI戒指)、智能庭院(割草机、泳池机器人)和智能影音设备,用户可通过“追觅App”管理设备定制计划。

2. 具体亮点:扫地机器人X60系列有7.95厘米超薄机身,识别280种障碍物并0.1秒避障;洗地机Aero Pro使用25000Pa吸力和割毛梳齿技术解决毛发缠绕;个人护理产品如吹风机应用仿生机械臂动态调节风温风速。

3. 底层技术基于智能算法、高速数字马达和仿生机械臂,支撑设备智能决策和高效操作。

追觅通过CES 2026展示品牌创新实力,涉及产品研发和消费趋势洞察。

1. 品牌营销:在展会亮相并获CES创新奖等数十奖项,提升全球品牌形象;全屋智能生态产品矩阵覆盖室内外场景,展示品牌全面布局。

2. 产品研发:基于三大底层技术平台(智能算法、高速马达、仿生机械臂)开发创新产品,如具身智能机器人扩展至健康监测;电视采用低反射屏幕,冰箱集成气泡水系统。

3. 消费趋势:全屋智能满足用户对智慧生活的需求,如通过App定制服务;个人护理产品基于用户习惯提供个性化健康管理。

4. 用户行为观察:设备联动和智能调控反映用户追求便捷高效的生活方式,如自动环境调节。

文章揭示智能家居市场的增长机遇和商业模式创新。

1. 增长市场:全屋智能生态扩展至庭院、影音等新场景,提供室内外一站式解决方案,创造广阔销售空间。

2. 机会提示:具身智能技术如扫地机器人从清洁延伸至健康监测和养老服务,开拓新应用场景;产品如智能割草机突破单一功能,识别多种物品自主操作。

3. 可学习点:创新技术如仿生机械臂应用于个护产品,实现高效吹发;设备间联动通过App管理,提升用户体验和复购潜力。

4. 最新商业模式:全屋生态整合多个品类,通过技术生态池支撑跨场景复用,卖家可借鉴此一体化模式增强客户粘性。

文章提供产品设计需求和数字化商业机会启示。

1. 生产设计需求:如扫地机器人需超薄机身(7.95厘米)设计深入低矮空间;洗地机要求强大吸力(25000Pa)配合毛发处理技术;家电产品如空调需无缝融入墙体结构。

2. 商业机会:智能庭院产品如割草机、泳池机器人开辟户外维护市场;个人护理领域应用仿生机械臂技术,创造差异化产品线;全屋生态覆盖多元场景带动生产需求增长。

3. 推进数字化启示:用户通过App管理设备,启示工厂在智能化和电商化方向优化生产流程;底层技术如高速马达和算法可复用至多种产品设计。

行业发展趋势和新技术解决客户痛点成为焦点。

1. 行业趋势:全屋智能生态成为主流,覆盖室内外场景,设备联动提升生活效率;具身智能技术扩展产品功能边界,如从清洁向健康监测迈进。

2. 新技术:基于智能算法、高速马达和仿生机械臂构建“技术生态池”,支持跨场景应用;多模态感知系统使设备具备自主学习和环境理解能力。

3. 客户痛点:如清洁产品中的毛发缠绕问题、大屏电视反光烦恼;解决方案:洗地机使用割毛梳齿技术彻底处理毛发;电视采用低反射屏幕(1.8%反射率)消除反光。

4. 发展趋势:智能设备向全流程自主管理发展,如泳池机器人3D建图精准清洁,服务商可提供类似技术支持。

涉及平台需求和管理实践,聚焦智能设备联动。

1. 商业对平台需求:用户需通过平台如“追觅App”管理全屋设备,实现清洁计划定制、环境调节等联动功能;设备智能调控依赖平台统一操作。

2. 平台最新做法:追觅App作为核心管理工具,支持多品类设备集成;技术如智能算法提升导航效率50%,确保平台运营高效。

3. 运营管理:设备间自主调控(如家电自动调节)减少人工干预;避障能力(0.1秒响应)等风向规避技术降低操作风险。

4. 平台招商机会:全屋生态整合多种产品,潜在合作需求如新增智能品类接入平台。

产业新动向和商业模式创新提供研究素材。

1. 产业新动向:具身智能技术(如扫地机器人、割草机器人)突破传统功能,扩展至健康监测和物品抓取,显示技术融合趋势;全流程自主管理(如泳池机器人)代表智能化新高度。

2. 新问题:如何实现跨场景设备联动和智能决策,如基于算法的环境调节;技术边界拓展引发应用伦理思考。

3. 商业模式:全屋智能生态通过“技术生态池”(智能算法、高速马达、仿生机械臂)支撑多元应用,提供一体化生活解决方案;创新如具身机器人延展产品场景。

4. 政策法规启示:技术创新可能影响智能家居标准和数据管理政策;代表企业追觅获CES奖,可作为产业发展案例研究。

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Quick Summary

Dreame Technology showcased its comprehensive whole-house smart ecosystem product portfolio at CES 2026, offering practical smart living solutions.

1. The product range covers smart cleaning (e.g., robot vacuums, floor washers), major smart appliances (TVs, refrigerators), smart kitchen appliances, personal care (hair dryers, AI rings), smart yard tools (mowers, pool robots), and smart audio-visual devices. Users can manage devices and customize schedules via the "Dreame App".

2. Key highlights: The X60 series robot vacuum features an ultra-thin 7.95cm chassis, identifies 280 types of obstacles, and avoids them within 0.1 seconds; the Aero Pro floor washer utilizes 25,000Pa suction and a hair-cutting comb technology to prevent tangling; personal care products like hair dryers employ bionic robotic arms for dynamic temperature and airflow adjustment.

3. Underpinning these devices are core technologies including intelligent algorithms, high-speed digital motors, and bionic robotic arms, enabling smart decision-making and efficient operation.

Dreame demonstrated its innovation capabilities and insights into consumer trends through its CES 2026 exhibition.

1. Brand Marketing: The showcase and receipt of dozens of awards, including CES Innovation Awards, enhanced its global brand image; the whole-house ecosystem covering indoor and outdoor scenes illustrates the brand's comprehensive strategy.

2. Product R&D: Innovation is driven by three core technology platforms (intelligent algorithms, high-speed motors, bionic robotic arms), enabling products like embodied AI robots expanding into health monitoring; TVs feature low-reflection screens, and refrigerators integrate sparkling water systems.

3. Consumer Trends: The ecosystem meets the demand for smart living, such as customized services via the App; personal care products offer personalized health management based on user habits.

4. User Behavior Observation: Device interconnectivity and automated adjustments reflect user pursuit of convenient, efficient lifestyles, like automatic environmental regulation.

The article highlights growth opportunities in the smart home market and innovations in business models.

1. Growth Market: The ecosystem expands into new areas like yards and audio-visual, offering integrated indoor/outdoor solutions and creating vast sales potential.

2. Opportunity Alert: Embodied AI technologies, like robot vacuums evolving into health monitoring and elderly care, open new application scenarios; products like smart mowers transcend single functions, autonomously operating with object recognition.

3. Learnings: Innovative tech like bionic robotic arms applied in personal care enables efficient hair drying; device interconnectivity managed via an App enhances user experience and repurchase potential.

4. Latest Business Model: The integrated ecosystem consolidates multiple categories, supported by a reusable "technology pool," a model sellers can adopt to increase customer loyalty.

The article provides insights into product design requirements and digital commercial opportunities.

1. Production/Design Needs: Robot vacuums require ultra-thin (7.95cm) designs for low-clearance spaces; floor washers need powerful suction (25,000Pa) paired with hair-handling tech; appliances like AC units must integrate seamlessly into wall structures.

2. Commercial Opportunities: Smart yard products (mowers, pool robots) tap into the outdoor maintenance market; applying bionic robotic arm tech in personal care creates differentiated product lines; the multi-scene ecosystem drives increased production demand.

3. Digitalization Insights: App-based device management suggests factories optimize for smart, e-commerce-ready production; core technologies like high-speed motors and algorithms are reusable across various product designs.

Industry trends and new technologies addressing client pain points are the focus.

1. Industry Trend: Whole-house smart ecosystems are mainstream, covering indoor/outdoor scenes with device synergy boosting efficiency; embodied AI expands product functionality, e.g., from cleaning to health monitoring.

2. New Tech: A "technology ecosystem pool" built on intelligent algorithms, high-speed motors, and bionic robotic arms supports cross-scenario applications; multi-modal perception systems enable autonomous learning and environmental understanding.

3. Client Pain Points: Issues like hair tangling in cleaners or screen glare on TVs; Solutions: Floor washers use hair-cutting comb tech; TVs employ low-reflection screens (1.8% reflectivity).

4. Development Trend: Smart devices are evolving towards fully autonomous management (e.g., pool robots with 3D mapping); service providers can offer similar technical support.

The content addresses platform requirements and management practices, focusing on smart device interconnectivity.

1. Business Platform Needs: Users require platforms like the "Dreame App" to manage whole-house devices, enabling customized cleaning plans, environmental adjustments, and other linked functions; intelligent device control relies on unified platform operation.

2. Latest Platform Practices: The Dreame App serves as the core management tool, supporting integration of diverse device categories; technologies like intelligent algorithms improve navigation efficiency by 50%, ensuring effective platform operation.

3. Operational Management: Autonomous device adjustments (e.g., appliances self-regulating) reduce manual intervention; obstacle avoidance (0.1s response) and similar risk-avoidance tech lower operational risks.

4. Platform Partnership Opportunities: The integrated ecosystem consolidates various products, creating potential partnership needs, such as onboarding new smart categories onto the platform.

Industry developments and business model innovations provide research material.

1. Industry Developments: Embodied AI technologies (e.g., robot vacuums, mowers) transcend traditional functions, expanding into health monitoring and object manipulation, indicating a trend of technological convergence; fully autonomous management (e.g., pool robots) represents a new pinnacle of intelligence.

2. New Questions: How to achieve cross-scenario device interconnectivity and intelligent decision-making (e.g., algorithm-based environmental control); the expansion of technical boundaries raises ethical considerations for applications.

3. Business Models: The whole-house ecosystem is supported by a "technology pool" (algorithms, motors, robotic arms) enabling diverse applications and offering integrated life solutions; innovations like embodied robots extend product scenarios.

4. Policy/Regulatory Implications: Technological advances may influence smart home standards and data management policies; award-winning companies like Dreame serve as case studies for industry development.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

I am a Brand Seller Factory Service Provider Marketplace Seller Researcher Read it again.

2026年国际消费电子展(即CES 2026)于当地时间1月6日在拉斯维加斯开幕,追觅科技携“全屋智能生态”与多品类新品亮相。在超2000平米的展区内,追觅科技集中呈现了包括智能大家电、智能清洁、智能厨电、个人护理、智能庭院及智能影音在内的全屋智能生态产品矩阵,并首次公开展示具身智能扫地机器人、具身智能割草机器人等创新设备。

据悉,追觅全屋智能生态覆盖室内外场景,通过设备间的联动与智能调控,为全球用户打造一种全空间、全天候的智慧生活体系。用户可通过“追觅App”管理全屋智能设备,定制清洁计划、调节家居环境等。

在居家环境中,电视、洗衣机、冰箱、空调等设备,可根据环境与使用状态进行自动调节,提升居住舒适度与生活效率。以扫地机器人、洗地机、吸尘器为主的智能清洁类产品,则帮助用户维持更洁净、更健康的居家环境。

而在厨房场景,吸油烟机、洗碗机等智能厨电,让烹饪与清洁流程智能化。

在个人护理方面,高速吹风机、AI戒指等产品基于用户使用习惯提供个性化状态管理,满足不同家庭成员的差异化健康护理需求。

智能割草机、泳池机器人等智能庭院产品,让户外维护变得简单高效,延伸了家居生活的自在体验。

而AI眼镜、AI打印机等智能影音设备,则以更沉浸、更自然的交互方式,将创作与记录融入日常所见所感,构建起人、设备与内容之间的即时联动。

支撑整个智能生态的,是追觅基于智能算法、高速数字马达和仿生机械臂三大底层技术平台所构建的“技术生态池”。它具备跨场景复用且持续进化能力,为多元应用提供技术支撑,使设备具备智能决策、强劲动力与精细操作的能力。

展会期间,追觅科技凭借50余项全球首创技术,获得包括CES创新奖在内的数十项科技创新大奖。

清洁领域,追觅全球首发的X60系列扫地机器人,仅7.95厘米的超薄机身可深入低矮空间,并识别超过280种障碍物,具备0.1秒快速避障能力,将导航效率提升50%。同期发布的Aero Pro洗地机,凭借25000Pa强大吸力配合割毛梳齿刮条3.0技术,可轻松解决毛发缠绕问题,90℃高温自清洁则可彻底清洁油污、重色污渍等污渍。

在智能大家电领域,追觅展出了多款首创技术:追觅电视Aura Mini LED旗舰天璇V3000采用追觅独家黑晶臻彩屏,以鲜活色彩带来更立体的震撼画质,屏幕反射率仅1.8%,让大屏电视彻底摆脱了屏幕反光的烦恼;追觅即饮气泡水冰箱FizzFresh在冰箱中首创集成气泡水系统,且实现智能浓度调节;追觅首次于海外亮相的全嵌入式Delta-Wind系列柜机空调,无需改造墙体即可无缝融入墙角。

在个人护理赛道,追觅将仿生机械臂技术应用于个护。Pilot 20 AI智能吹风机凭借独创的双机械臂系统,上方机械臂实时监测发质,下方机械臂同步动态调节风温和风速,在15万转高速马达的加持下,提供兼具高效吹发与温和护发的双重突破。

此外,追觅科技以具身智能技术拓展智能产品的功能边界。比如,追觅首款具身智能扫地机不仅具备全场景移动与复杂任务处理能力,更进一步拓展至健康监测、拿物辅助等养老服务,极大延展了产品的应用场景。追觅AI具身洗护机器人依托自研多模态感知系统和仿生机械臂控制算法,能自主完成从“洗、烘、取”到“收”的全流程,还能理解环境、学习用户偏好。

智能庭院场景中,追觅全球首次亮相的具身智能割草机器人APEX系列,突破单一割草功能,可识别300多种庭院物品,具备自主抓取收纳的能力;而具身智能泳池机器人则从清洁向全流程自主管理迈进,借助3D建图技术,机器人可精准识别池内杂物与角落污渍,并自主完成抓取、擦拭等动作”。


文章来源:亿邦动力

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