步入式低压氧舱

产品描述

        塔望科技深耕气体浓度控制领域，基于成熟的高原环境模拟技术，拓展开发适用于猪、羊、马等大型动物或大规模实验的ProOx-811XL可步入式低压氧舱。该舱型不仅保障基础功能(支持8000米低压环境模拟及当地海拔动态拟合)，更适配多元环境条件(如灵活的辐照与光照模拟、长达90天的连续稳定运行)。通过优化舱体材质结构、搭载精密通风及控制系统，确保野外环境下无限接近真实的实验条件，可增配UPS、室外电源与防雷系统，为实地研究保驾护航。作为高原医学、航天医学及药物研发的专业工具，该舱型支持人员进入及多种联合实验单元(如能量代谢、呼吸肺功能研究)，为多种环境下的疾病机制研究与药物筛选提供了高效、全面的解决方案。

产品特点

1.精准海拔控制（误差≤±100m）

• 保障实验数据重复性，避免海拔偏差导致的结果失真

• 可模拟 8000 米海拔高度，定制可达更高

• 精准控制海拔上升率、维持高度、持续时间、下降速率

• 自动完成降压、稳压、升压过程

2.温度控制

-15℃~30℃，支持定制温控范围

3.灯光控制

• 标配1000LuxLED全光谱冷白光，可设定光照强度和昼夜节律

• 标配UVC紫外消杀系统

• 可定制多色高强度灯光系统

• 可选配宽范围多分布紫外模拟装置，支持定制多UV波长组合方案，逼真模拟强辐射环境

4.多功能编程模式

5.多功能控制-模式

1. 低压低氧

2. 低压常氧（选配）

3. 常压低氧（选配）

4. 低氧高CO₂（选配）

5. 常压高氧（选配）

6. 高CO₂（选配）

技术特色

1. 10 英寸大触摸屏控制

人性化界面，操作简单

2.全面参数监控

• 10 + 环境参数检测（可增配）

• 海拔、氧气动态曲线呈现

• 实时数据导出（CSV 格式﹚﹕直接对接实验报告，无需手动记录，提升科研效率

监控参数（实时）：

1.CO₂浓度

2.压力

3.海拔高度

4.温度

5.湿度

6.O₂浓度

7.氧分压

3.自动化

无人值守，减少实验人员夜间 / 节假日值守成本，避免人为操作误差

4.操作方式

自动、手动自由切换

5.软硬件双重报警

避免动物实验样本损失，保障实验安全性

6.视频监控

• 动物状态实时反馈

• 红外监控让黑暗环境也一览无余

• 支持合并行为学研究
  

应用场景

高原环境模拟

• 低压、低氧、紫外：可精准复现不同海拔的低压，低氧及紫外辐照条件，还原从平原到高原的 环境梯度变化

动物造模

• 脑水肿、肺动脉高压、高原肺水肿：可构建高原脑水肿、肺动脉高压、高原肺水肿等典型病理模型，支撑高原病发病机制的动物实验研究

药物研究

• 高原药理、毒理学、药物稳定性研究、抗缺氧药物研发、制剂研发：覆盖高原药药理、毒理评估及抗缺氧药物、制剂的稳定性与功效性验证、加速高原相关药物研发进程

特殊领域研究

• 航天航空、特种医学：能模拟 8000 米以上高海拔环境适配航天航空领域、同时支持长期实验助力高原边防、特种部队的环境适应与任务能力研究

妇产科学研究

• 高原妊娠与胎儿发育毒性研究：构建孕鼠高原暴露模型，评估低氧对胎盘功能、胎儿神经发育、出生缺陷的影响，支撑围产医学与生殖毒理学研究

联合实验及特殊定制

定制拓展功能，提供集成式方案，助力科研降本增效

1.特殊环境模拟：高盐、臭氧、蓝光、高辐照、湿热

2.运动监测：低压运动跑台、强迫游泳

3.行为学研究：睡眠、进食、饮水、三维活动、位置偏好、社交等

4.动物生理指标监测：脉搏血氧、体温血压、心率 / 心电功能监测

5.呼吸、代谢功能检测

6.其他：给药采血功能

详细参数表

客户经典案例

高原低压低氧致脑水肿模型(Xue et al., 2023)

高原低压低氧致认知障碍模型 (Wang et al., 2023)

高原低压低氧致失忆模型 (Jiang et al., 2024)

高原低氧致脂肪细胞内铁过载 (Zhang et al., 2022)

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参考研究

高原疾病介绍

不同的海拔高度大气压和氧分压的变化对比

*我公司可提供3Q验证，根据客户的特殊应用、特殊需求提供功能定制服务，也可以提供相关的实验服务。

 *此介绍及参数为产品基础信息，可能滞后于产品更新，具体参数请与我司联系。