HURAKAN深度落地本次辐射防护铅房全流程工业设计项目，深耕辐射防护特种设备领域规范，严格对标国家辐射安全防护标准与医疗、工业检测场景落地要求，联动客户研发、生产、安评团队开展全维度需求攻坚。针对铅房厚重材质特性、辐射密闭防护、整体承重安全、现场组装适配、后期维保检修等核心痛点，逐一校核铅板堆叠公差、整体框架结构强度、密封防护间隙、模块化拼接工艺，经过多轮结构仿真测试、现场安装调试与工艺迭代优化，规避传统铅房密封性不足、装配误差大、拆装繁琐、安全隐患突出等量产与落地问题，以严谨的全链路实操经验，确保设计方案完全适配量产工艺与真实工况，实现设计、工艺、落地无缝统一。

HURAKAN completed the full-process industrial design of the radiation protection lead room. We strictly complied with national radiation safety protection standards and application specifications for medical and industrial detection scenarios, and cooperated in depth with the client’s R&D, production and safety evaluation teams. Focusing on the core pain points of lead room such as heavy material characteristics, radiation airtight protection, overall load-bearing safety, on-site assembly adaptation and later maintenance, we checked lead plate stacking tolerance, frame structural strength, sealing gap and modular splicing process one by one. Through multiple rounds of structural simulation tests, on-site installation commissioning and process iteration, we solved common problems of traditional lead rooms such as insufficient airtightness, large assembly errors, cumbersome disassembly and prominent safety hazards, ensuring the perfect adaptation of design schemes to mass production processes and actual working conditions with solid full-link practical capabilities.

HURAKAN打破传统辐射防护铅房造型粗笨、外观简陋、结构固化、人机体验极差的行业短板，在造型、结构与人机交互维度完成针对性创新升级。造型层面摒弃传统纯功能性堆砌的厚重观感，结合防护设备专业属性，优化整体比例肌理，采用一体化规整包覆设计，弱化重型设备的笨重感，线条简约规整，适配医院放射科、工业无损检测、实验室辐射防护等专业场景氛围；结构层面创新采用模块化分体拼接架构，优化铅体防护层与钢架支撑结构的融合方式，在保障铅房辐射屏蔽系数达标的前提下，简化现场吊装、拼接与固定流程，优化走线、散热与检修开口结构，兼顾防护安全性与安装维保便捷性；人机交互层面贴合操作人员长期作业需求，优化防护门开合阻尼、观察窗尺寸、操控面板安装高度与应急操作布局，降低作业疲劳度，优化辐射场景操作安全性与使用体验。

HURAKAN breaks the industry shortcomings of traditional radiation protection lead rooms such as bulky shape, simple appearance, solidified structure and poor human-computer experience, and realizes targeted innovative upgrades in shape, structure and human-computer interaction. In terms of shape, we abandon the purely functional stacked heavy appearance, optimize the overall proportion and texture based on the professional attributes of protective equipment, and adopt an integrated regular wrapping design to weaken the bulky sense of heavy equipment with simple and regular lines, adapting to professional scenarios such as hospital radiology departments, industrial non-destructive testing and laboratory radiation protection. In terms of structure, the innovative modular split splicing structure optimizes the integration of lead protective layer and steel frame support structure. On the premise of ensuring the radiation shielding coefficient meets the standard, it simplifies on-site hoisting, splicing and fixing processes, and optimizes wiring, heat dissipation and maintenance opening structure to balance protection safety and maintenance convenience. In terms of human-computer interaction, we optimize the protective door opening and closing damping, observation window size, control panel height and emergency operation layout according to long-term operation needs, reducing operation fatigue and improving operation safety and user experience in radiation scenarios.

本次专业化创新设计彻底扭转了辐射防护铅房行业同质化严重、外观粗放、仅靠参数竞争的低端内卷格局，让产品摆脱传统工装设备的廉价标签。设备兼具高标准防护性能、规整专业的外观质感与人性化的使用体验，形成区别于行业竞品的核心差异化优势，助力客户重构高端、安全、专业的产品认知，突破单一价格竞争壁垒，为产品实现精准溢价、夯实品牌专业属性提供核心设计支撑。

This professional innovative design completely reverses the low-end involution pattern of the radiation protection lead room industry, which is featured by serious homogenization, extensive appearance and pure parameter competition, freeing the product from the cheap label of traditional industrial equipment. The equipment integrates high-standard protection performance, neat and professional appearance texture and humanized user experience, forming core differentiated advantages different from industry competitors. It helps clients reshape the high-end, safe and professional product cognition, break the single price competition barrier, and provide core design support for product premium and brand professional attribute consolidation.

产品落地投放市场后，凭借稳定合规的防护性能、精致规整的整机外观、高效便捷的安装与使用优势，快速获得医疗院所、工业检测企业、科研实验室等核心客户的高度认可，中标率与客户询单量大幅提升。相较于传统制式铅房，新品综合竞争力显著提升，有效帮助客户切入中高端辐射防护工程采购市场，拓宽政企、医疗、工业多领域销售渠道，持续提升细分市场占有率。

After being launched on the market, the product has won high recognition from core customers such as medical institutions, industrial testing enterprises and scientific research laboratories with its stable and compliant protection performance, neat overall appearance, and efficient and convenient installation and use advantages, greatly increasing the bidding success rate and customer inquiry volume. Compared with traditional lead rooms, the new product has significantly improved comprehensive competitiveness, effectively helping clients enter the mid-to-high-end radiation protection engineering procurement market, expand sales channels in government, medical and industrial fields, and continuously improve the segmented market share.

HURAKAN立足特种工业设备设计逻辑，以量产落地为核心、商业价值为导向，平衡安全合规性、结构创新性与场景实用性，为辐射防护类特种设备打造兼具安全性、颜值与市场竞争力的一体化设计解决方案，持续助力合作客户筑牢产品核心壁垒，提升品牌行业影响力，实现稳定长效的市场营收增长。

Based on the design logic of special industrial equipment, centered on mass production implementation and oriented by commercial value, HURAKAN balances safety compliance, structural innovation and scenario practicability, and creates integrated design solutions with safety, aesthetics and market competitiveness for radiation protection special equipment. We continuously help cooperative clients build solid product core barriers, enhance brand industry influence, and achieve stable and long-term market revenue growth.