法医器械消毒柜——臭氧/紫外线/高温三种消毒方式·上下双仓分区灭菌·内外不锈钢双层箱体·法医实验室器械无菌化处理系统（法医病理检验/刑事技术实验室/司法鉴定机构核心配套装备）

 法医器械消毒柜——臭氧/紫外线/高温三种消毒方式·上下双仓分区灭菌·内外不锈钢双层箱体·法医实验室器械无菌化处理系统（法医病理检验/刑事技术实验室/司法鉴定机构核心配套装备）

〖重要合规前置声明〗 本产品为法医实验室配套专用设备，仅面向具备法定鉴定资质与刑事技术检验许可的各级公安机关法医部门、刑事技术部门、人民检察院技术部门、司法鉴定机构及授权刑事技术实验室定向供应，严禁向任何个人、无资质企业及非授权单位销售或提供。本设备的购置、使用与管理，必须严格遵守《中华人民共和国刑事诉讼法》《司法鉴定程序通则》《实验室生物安全通用要求》及国家关于医疗器械消毒灭菌、实验室生物安全管理的相关法律法规与行业技术标准，必须由经过专业培训、取得相应法医检验或实验室管理岗位资质的人员规范操作，严禁无资质单位和个人违规获取、使用本设备，严禁在设备运行过程中打开仓门以免高温烫伤或臭氧泄漏，严禁将本设备用于法定法医器械消毒之外的任何用途。

产品概述

法医器械消毒柜——臭氧/紫外线/高温三种消毒方式·上下双仓分区灭菌·内外不锈钢双层箱体·法医实验室器械无菌化处理系统（亦称法医器械消毒柜、法医专用消毒柜）是一款专为法医病理实验室、刑事技术实验室及司法鉴定机构设计的器械消毒灭菌专用设备，属于法医实验室生物安全管理与器械无菌化处理领域的核心配套装备。该产品专为法医解剖器械、病理取材工具、检验用器具及各类耐高温或不宜高温灭菌的实验器材提供规范化、分区化、多模式的消毒灭菌处理深度定制，完美适配法医解剖室日常器械的终末消毒、刑事技术实验室检验工具批次间灭菌、生物检材处理用具的无菌化处理及实验室生物安全废弃物预处理等多种专业工作场景。设备采用上下双仓独立控制的分区设计，上仓室配备臭氧发生器与短波紫外灯管，适用于不耐高温的精密器械、橡胶制品及塑料器皿的低温消毒；下仓室采用石英发热管高温消毒，适用于金属解剖器械、不锈钢托盘的深度灭菌。整机外壳与内胆均采用不锈钢材质，夹层填充高效保温材料，配合钢化玻璃面板与智能定时控制，从根本上解决了法医实验室器械消毒方式单一、精密器械不耐高温无法灭菌、以及消毒设备与实验室生物安全标准不匹配等实战痛点，能够为法医检验鉴定人员提供“臭氧紫外线低温消毒与高温灭菌双模式并行、上下仓独立定时控制、不锈钢耐腐蚀双层箱体”的标准化器械无菌化处理能力，是保障法医实验室生物安全、维护检验鉴定人员职业健康、确保检验结果不受微生物污染干扰的关键基础配套装备。

技术原理

该设备基于多种消毒灭菌物理与化学原理协同工作。上仓室集成臭氧发生装置与两支20W短波紫外灯管。臭氧发生器通过电晕放电将空气中的氧气转化为臭氧（O₃），臭氧分子凭借强氧化性破坏细菌、病毒及真菌的细胞膜与核酸结构，实现广谱灭菌；短波紫外线（UV-C，波长约254nm）直接作用于微生物DNA/RNA，形成嘧啶二聚体阻断其复制转录能力。臭氧与紫外线协同作用可达互补增效效果——紫外线可分解部分残留臭氧，臭氧可渗透紫外线无法直射的器械缝隙与背面。上仓室同时配备发热管对器械进行烘干处理，防止器械长期潮湿滋生微生物或发生锈蚀。

下仓室采用石英发热管高温消毒技术，电热管通电后产生的热辐射与对流热量使仓内温度迅速升至80℃以上，通过蛋白质变性、核酸降解及细胞膜破坏等热效应杀灭各类病原微生物，消毒效果可达国家二星级标准。上下仓室均支持独立定时控制，操作者可根据器械材质与污染程度分别设定消毒时长与模式组合。设备整机额定输入功率750W，有效容积60L，适配220V/50Hz市电标准。外壳与内胆均采用不锈钢材质，具备优异的耐腐蚀性与易清洁性，长期接触法医实验室消毒剂及生物体液残留不产生表面腐蚀或污染物质吸附。钢化玻璃面板可直观观察仓内器械状态，智能保护电路在开门瞬间自动切断加热与臭氧输出，保障操作者安全。

核心功能与合规实战价值

臭氧/紫外线/高温三种消毒方式集成，覆盖从精密器械到金属工具的全谱系灭菌需求
设备集成臭氧消毒、短波紫外线照射及高温加热三种灭菌模式，可根据器械材质与污染风险等级灵活选择单一模式或组合方案。不耐高温的精密器械（如微量移液器、塑料离心管、橡胶密封圈、电子温度探头等）可单独使用上仓室臭氧+紫外线低温消毒；金属解剖器械（如骨锯、手术刀柄、止血钳、组织镊等）及不锈钢托盘可单独使用下仓室高温灭菌；需全面消毒的器械批次可通过上下仓室同步运行实现并行处理。该多模式灭菌能力有效解决了法医实验室因器械材质多样性导致的单功能消毒设备无法全面覆盖灭菌需求的矛盾，完全契合《实验室生物安全通用要求》关于实验室须根据器械材质与用途配备适当消毒灭菌手段的规范要求。

上下双仓独立控制分区设计，实现不同器械的分批次并行消毒与交叉污染物理隔离
设备采用上下双仓物理隔离的箱体结构，两仓室之间完全独立密闭，各配备独立的定时控制面板。操作者可根据待消毒器械的使用顺序与紧急程度，在不同仓室中同时运行不同时长、不同模式的消毒程序——例如上仓室以30分钟臭氧+紫外线模式消毒当日使用完毕的微量移液器与橡胶制品，下仓室同时以60分钟高温模式处理次日解剖需使用的金属器械套装。该分区并行处理能力显著提升了法医实验室器械流转效率，物理隔离的仓室结构从根本上杜绝了精密器械在高温仓中受损以及金属器械在低温仓中灭菌不彻底的风险，满足法医实验室对器械消毒须“按材质分区、按污染等级分仓”的规范化管理要求。

不锈钢双层箱体与钢化玻璃面板，保障长期使用中的耐腐蚀性、可视性与操作安全性
设备外壳与内胆均采用不锈钢材质制造，具备优秀的耐弱酸、耐弱碱及耐水溶性无机盐腐蚀性能，长期接触法医实验室中常用的含氯消毒剂、酒精擦拭液及生物体液残留不产生锈蚀或表面点蚀。夹层填充高效保温材料，减少热量散失以提升高温消毒效率。钢化玻璃面板使操作者可在不中断消毒程序的情况下随时观察仓内器械状态及紫外灯管工作状况。设备配备开门自动断电保护与误操作锁止功能，在高温消毒或臭氧发生过程中开门即自动切断加热与臭氧输出，有效防止操作者烫伤及臭氧泄漏对实验室空气环境造成污染，从人机安全交互层面全面保障了法医实验室职业健康与安全管理体系的有效运行。

合规应用场景

法医病理解剖器械的规范化终末消毒场景
在法医病理尸体检验完成后，法医将解剖过程中使用的骨锯、手术刀柄、手术刀片、各类剪刀、止血钳、组织镊、探针及不锈钢托盘等全部金属与非金属器械分类放入消毒柜——金属器械归入下仓室启动高温灭菌模式，不耐高温的塑料手柄器具、橡胶密封件及微量移液器等归入上仓室启动臭氧+紫外线低温消毒模式，确保全部解剖器械在每次使用后均经过标准化消毒灭菌程序后方可再次投入使用，有效防止因器械污染导致的尸体检验交叉污染或法医人员职业暴露感染。消毒记录按实验室质量管理体系要求归档保存，器械消毒的规范性完全符合《法医病理学尸体检验规范》对解剖操作卫生标准的要求。

刑事技术实验室检验工具的批次间灭菌与生物安全防护场景
在法医DNA实验室、微量物证检验室及毒物化学分析室，检验人员使用本设备对加样器、离心管架、镊子、剪刀等检验工具在每批次案件检材处理前后进行消毒灭菌，特别适用于STR分型检验中不同案件样本间须严格防范交叉污染的关键环节。上仓室臭氧+紫外线模式可对不耐高温的微量移液器进行整支表面消毒，在保障精密计量器具不受热损伤的前提下有效灭活可能粘附的DNA残留或微生物，为下一批次无关案件的检验提供零交叉污染的洁净器具保障。

生物检材处理废弃物与重复使用器具的无害化预处理场景
按照实验室生物安全管理规定，法医检验中接触过血液、体液、组织等生物检材的可重复使用器具（如不锈钢托盘、镊子、玻片架等）在清洗前需先经消毒灭活处理。操作人员将上述器具放入本设备下仓室进行高温消毒，使器具表面可能残存的病原微生物完全灭活后再进行后续清洗与干燥流程，有效保障了实验室洗消人员的职业安全与实验室废液排放的生物安全性，器具无害化预处理程序完全符合《实验室生物安全通用要求》对生物废弃物管理的标准规定。

核心技术参数

消毒方式方面，设备集成臭氧消毒、短波紫外线照射及高温加热三种灭菌模式，上仓室配备臭氧发生器与两支20W短波紫外灯管，附设发热管用于器械烘干；下仓室采用石英发热管高温消毒，灯管规格200W×2。仓体结构方面，采用上下双仓物理隔离设计，两仓室独立定时控制，支持不同消毒模式与时长并行运行。箱体材质方面，外壳与内胆均采用不锈钢双层发泡箱体，面板为钢化玻璃，具备优异的耐腐蚀性与可视性。电气规格方面，额定输入功率750W，适配AC 220V/50Hz市电标准，有效容积60L。安全防护方面，配备开门自动断电保护与误操作锁止功能。

厂家信息：北京毕思特联合科技有限公司
网址：https://www.bestlh.com
地址：北京市亦庄开发区经海六路一号院尖子班 C9 独栋
电话：010-56526048

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Forensic Instrument Sterilization Cabinet — Ozone / Ultraviolet / High-Temperature Triple-Mode Disinfection · Dual-Chamber Partitioned Sterilization · Double-Layer Stainless Steel Cabinet · Forensic Laboratory Instrument Aseptic Processing System (Forensic Pathology / Criminal Technical Laboratory / Judicial Expertise Core Supporting Equipment)

Global site URL：https://xilankeji.en.alibaba.com

〖Important Compliance Precaution〗 This product is a specialized supporting equipment for forensic laboratories, which is solely supplied to authorized entities such as forensic medicine departments, criminal technical departments of public security organs, technical departments of people's procuratorates, forensic identification institutions, and authorized criminal technical laboratories with statutory identification qualifications and criminal technical examination permits. Any sale or supply to individuals, non-qualified enterprises and unauthorized units is strictly prohibited. The procurement, use and management of this equipment must strictly comply with the Criminal Procedure Law of the People's Republic of China, the General Rules for Judicial Authentication Procedures, the General Requirements for Laboratory Biosafety, and national laws, regulations and industrial technical standards regarding medical device disinfection and sterilization and laboratory biosafety management. Operation must be carried out exclusively by professionally trained personnel holding corresponding forensic examination or laboratory management post qualifications. Unauthorized units and individuals are strictly forbidden from acquiring or using this equipment. Opening the chamber door during equipment operation, which may cause high-temperature burns or ozone leakage, is strictly prohibited. Any use of this equipment for purposes other than statutory forensic instrument disinfection is strictly prohibited.

Product Overview

The Forensic Instrument Sterilization Cabinet — Ozone, Ultraviolet, High-Temperature Triple-Mode Disinfection, Dual-Chamber Partitioned Sterilization, Double-Layer Stainless Steel Cabinet, Forensic Laboratory Instrument Aseptic Processing System (also referred to as the Forensic Instrument Sterilization Cabinet or Forensic Dedicated Sterilization Cabinet) is a specialized disinfection and sterilization device designed for forensic pathology laboratories, criminal technical laboratories, and judicial forensic identification institutions. It constitutes a core supporting equipment in the fields of forensic laboratory biosafety management and instrument aseptic processing. This product is deeply customized for the standardized, partitioned, and multi-mode disinfection and sterilization treatment of forensic autopsy instruments, pathology sampling tools, testing utensils, and various types of laboratory equipment that are either heat-resistant or unsuitable for high-temperature sterilization. It perfectly adapts to various professional work scenarios, including the terminal disinfection of routine instruments in forensic autopsy rooms, batch-to-batch sterilization of testing tools in criminal technical laboratories, aseptic processing of biological sample handling utensils, and pre-treatment of laboratory biosafety waste. The device employs a partitioned design with independently controlled upper and lower chambers. The upper chamber is equipped with an ozone generator and short-wave ultraviolet lamps, suitable for the low-temperature disinfection of heat-sensitive precision instruments, rubber products, and plastic ware. The lower chamber utilizes quartz heating tube high-temperature disinfection, suitable for the deep sterilization of metal autopsy instruments and stainless steel trays. The outer casing and inner liner are both made of stainless steel, with the interlayer filled with high-efficiency thermal insulation material. Combined with the tempered glass panel and intelligent timer control, this fundamentally resolves the operational pain points of forensic laboratories, such as the single disinfection method for instruments, the inability to sterilize precision instruments that cannot withstand high temperatures, and the mismatch between disinfection equipment and laboratory biosafety standards. It provides forensic examiners with "standardized instrument aseptic processing capability featuring dual-mode parallel operation of ozone/ultraviolet low-temperature disinfection and high-temperature sterilization, independent timer control for upper and lower chambers, and a corrosion-resistant stainless steel double-layer cabinet." It is a key foundational supporting equipment for ensuring biosafety in forensic laboratories, safeguarding the occupational health of forensic examiners, and ensuring that examination results are not compromised by microbial contamination.

Technical Principle

This equipment operates on the synergistic principles of multiple physical and chemical disinfection and sterilization methods. The upper chamber integrates an ozone generation device and two 20W short-wave ultraviolet lamps. The ozone generator converts oxygen in the air into ozone (O₃) through corona discharge. Ozone molecules, by virtue of their strong oxidizing properties, disrupt the cell membranes and nucleic acid structures of bacteria, viruses, and fungi, achieving broad-spectrum sterilization. Short-wave ultraviolet light (UV-C, wavelength approximately 254nm) acts directly on microbial DNA/RNA, forming pyrimidine dimers that block their replication and transcription capabilities. The synergistic action of ozone and ultraviolet light can achieve complementary enhancement—ultraviolet light can decompose some residual ozone, while ozone can penetrate instrument gaps and back surfaces that ultraviolet light cannot directly irradiate. The upper chamber is also equipped with a heating tube for drying instruments, preventing microbial growth or rust formation due to prolonged moisture on the equipment.

The lower chamber employs quartz heating tube high-temperature disinfection technology. The thermal radiation and convective heat generated by the energized electric heating tube rapidly raise the internal chamber temperature to over 80°C, killing various pathogenic microorganisms through thermal effects such as protein denaturation, nucleic acid degradation, and cell membrane destruction. The disinfection effect can reach the national two-star standard. Both the upper and lower chambers support independent timer control, allowing the operator to set disinfection durations and mode combinations separately according to the instrument material and degree of contamination. The total rated input power of the equipment is 750W, with an effective volume of 60L, compatible with the 220V/50Hz mains standard. The outer casing and inner liner are both made of stainless steel, possessing excellent corrosion resistance and ease of cleaning. Long-term contact with forensic laboratory disinfectants and biological fluid residues does not cause surface corrosion or the adsorption of contaminants. The tempered glass panel allows for visual observation of the instruments inside the chamber. An intelligent safety protection circuit instantly cuts off heating and ozone output when the door is opened, ensuring operator safety.

Core Functions and Compliance Operational Value

Triple-Mode Disinfection Integrating Ozone, Ultraviolet, and High Temperature, Covering the Full Spectrum of Sterilization Needs from Precision Instruments to Metal Tools
The device integrates three sterilization modes: ozone disinfection, short-wave ultraviolet irradiation, and high-temperature heating. A single mode or a combination of modes can be flexibly selected based on the instrument material and contamination risk level. Heat-sensitive precision instruments (such as micro-pipettes, plastic centrifuge tubes, rubber sealing rings, and electronic temperature probes) can be treated solely in the upper chamber using the ozone + ultraviolet low-temperature disinfection mode. Metal autopsy instruments (such as bone saws, scalpel handles, hemostatic forceps, tissue forceps, etc.) and stainless steel trays can be treated solely in the lower chamber using the high-temperature sterilization mode. For batches of instruments requiring comprehensive disinfection, parallel processing can be achieved by running both the upper and lower chambers synchronously. This multi-mode sterilization capability effectively resolves the contradiction in forensic laboratories where a single-function disinfection device cannot fully cover the sterilization needs due to the diversity of instrument materials. It fully conforms to the normative requirements of the General Requirements for Laboratory Biosafety, which stipulate that laboratories must be equipped with appropriate disinfection and sterilization means based on instrument material and purpose.

Independent Control and Partitioned Design with Dual Upper and Lower Chambers, Enabling Batched Parallel Disinfection and Physical Isolation to Prevent Cross-Contamination of Different Instruments
The device adopts a cabinet structure with physically isolated upper and lower chambers. The two compartments are completely independent and sealed from each other, each equipped with an independent timer control panel. The operator can simultaneously run disinfection programs of different durations and modes in different chambers according to the usage sequence and urgency of the instruments awaiting disinfection—for example, treating micro-pipettes and rubber products used that day in the upper chamber with a 30-minute ozone + ultraviolet program, while simultaneously processing the metal instrument set required for the next day's autopsy in the lower chamber with a 60-minute high-temperature program. This partitioned parallel processing capability significantly enhances the turnover efficiency of instruments in the forensic laboratory. The physically isolated chamber structure fundamentally eliminates the risk of precision instruments being damaged in the high-temperature chamber and metal instruments being inadequately sterilized in the low-temperature chamber. It meets the standardized management requirements for instrument disinfection in forensic laboratories to "partition by material and separate chambers by contamination level."

Stainless Steel Double-Layer Cabinet and Tempered Glass Panel, Ensuring Long-Term Corrosion Resistance, Visibility, and Operational Safety
The outer casing and inner liner of the equipment are both manufactured from stainless steel, possessing excellent resistance to corrosion by weak acids, weak alkalis, and water-soluble inorganic salts. Long-term contact with chlorine-containing disinfectants, alcohol wipes, and biological fluid residues commonly used in forensic laboratories does not lead to rust or surface pitting. The interlayer is filled with high-efficiency thermal insulation material, reducing heat loss to enhance the efficiency of high-temperature disinfection. The tempered glass panel allows the operator to observe the status of the instruments inside the chamber and the working condition of the ultraviolet lamps at any time without interrupting the disinfection program. The equipment is equipped with automatic power cut-off upon door opening and misoperation lockout functions. During high-temperature disinfection or ozone generation, opening the door instantly cuts off heating and ozone output, effectively preventing operator burns and ozone leakage from contaminating the laboratory air environment. From the level of human-machine safety interaction, this fully ensures the effective operation of the occupational health and safety management system of the forensic laboratory.

Compliant Application Scenarios

Standardized Terminal Disinfection Scenario for Forensic Pathological Autopsy Instruments
Upon completion of a forensic pathological autopsy, the forensic pathologist sorts all metal and non-metal instruments used during the procedure—including bone saws, scalpel handles, scalpel blades, various scissors, hemostatic forceps, tissue forceps, probes, and stainless steel trays—and places them into the sterilization cabinet. Metal instruments are placed in the lower chamber to initiate the high-temperature sterilization mode, while heat-sensitive plastic-handled instruments, rubber seals, and micro-pipettes are placed in the upper chamber to initiate the ozone + ultraviolet low-temperature disinfection mode. This ensures that all autopsy instruments undergo a standardized disinfection and sterilization procedure after each use before being put back into service, effectively preventing cross-contamination between autopsies or occupational exposure infections among forensic personnel due to instrument contamination. Disinfection records are archived according to the requirements of the laboratory quality management system. The standardization of instrument disinfection fully complies with the hygiene standards for autopsy procedures stipulated in the Standards for Forensic Pathological Autopsy.

Batch-to-Batch Sterilization and Biosafety Protection Scenario for Testing Tools in Criminal Technical Laboratories
In forensic DNA laboratories, trace evidence examination rooms, and toxicological chemical analysis laboratories, examiners use this equipment to disinfect and sterilize testing tools such as pipettes, centrifuge tube racks, forceps, and scissors before and after processing each batch of case evidence. This is particularly applicable to the critical step in STR typing analysis where strict prevention of cross-contamination between samples from different cases is required. The ozone + ultraviolet mode in the upper chamber can perform full-surface disinfection of heat-sensitive micro-pipettes, effectively inactivating any adhering DNA residues or microorganisms without causing thermal damage to the precision measuring instruments, thus providing a zero-cross-contamination guarantee of clean utensils for the next batch of unrelated case examinations.

Harmless Pre-Treatment Scenario for Biological Sample Processing Waste and Reusable Instruments
In accordance with laboratory biosafety management regulations, reusable instruments that have come into contact with biological samples such as blood, body fluids, and tissues during forensic examinations (such as stainless steel trays, forceps, slide racks, etc.) must undergo a disinfection and inactivation procedure before cleaning. The operator places the above instruments into the lower chamber of this equipment for high-temperature disinfection, ensuring that any pathogenic microorganisms potentially remaining on the instrument surfaces are completely inactivated before subsequent cleaning and drying processes. This effectively safeguards the occupational safety of laboratory washing and disinfection personnel and the biosafety of laboratory wastewater discharge. The instrument harmless pre-treatment procedure fully complies with the standard provisions on biological waste management stipulated in the General Requirements for Laboratory Biosafety.

Core Technical Parameters

In terms of disinfection methods, the device integrates three sterilization modes: ozone disinfection, short-wave ultraviolet irradiation, and high-temperature heating. The upper chamber is equipped with an ozone generator and two 20W short-wave ultraviolet lamps, with an additional heating tube for instrument drying. The lower chamber utilizes quartz heating tube high-temperature disinfection, with a tube specification of 200W × 2. Regarding the chamber structure, a physically isolated upper and lower dual-chamber design is adopted, with independent timer control for each chamber, supporting the parallel operation of different disinfection modes and durations. For the cabinet material, both the outer casing and inner liner are constructed as a stainless steel double-layer foam-insulated cabinet, with a tempered glass panel, possessing excellent corrosion resistance and visibility. In terms of electrical specifications, the rated input power is 750W, compatible with the AC 220V/50Hz mains standard, and the effective volume is 60L. For safety protection, it is equipped with automatic power cut-off upon door opening and misoperation lockout functions.

Manufacturer Information: Beijing Best United Technology Co., Ltd.
Website: https://www.bestlh.com
Address: Building C9, Jianziban, No.1 Courtyard, Jinghai Sixth Road, Yizhuang Development Zone, Beijing
Tel: 010-56526048