PMSP多环境耦合全周期植物微重力效应模拟培养舱 型号: PMSP-S | 价格: 请联系我们详询,谢谢！ PMSP 突破传统二维回转器与单一环境设备局限，形成四大核心技术优势，引领地面微重力模拟升级。首先是全尺度重力模拟与多因子耦合，实现 1g 至 10⁻³g 多级可调，同步覆盖月球、火星重力，并集成光照、温度、CO₂、紫外、湿度等协同调控，构建高保真空间复合环境，解决单一因子研究无法揭示真实机制的痛点。其次是全生命周期长周期稳定培养即从种子到种子的全过程，通过专用栽培模块、等截面微孔换气、自动灌注与喷淋系统，破解微重力下植株倾倒、根系缺氧、水肥保持难题，支持植物完整连续培养，突破传统装置仅能短期幼苗观察的瓶颈。第三是高精度与智能化... 热线电话: +86 0 15995516226、+86 0 13862149980 电子邮箱: info@sage-bio.com、carlos_wei@sage-bio.com 留言咨询收藏 攸寻医疗科技科技欢迎您留言 ... ... 为及时与您取得联系并回复您的关注，请务必输入您的姓名、咨询内容及有效的联系电话等，谢谢！ 仅作联络之用，我司承诺保密，敬请放心填写！ 会员提交咨询后，可登录网站进入“会员中心 - 我的咨询”查看管理员的回复内容；非会员提交的咨询，回复内容不会在前台公开显示。 留言加载中... 在线留言咨询 咨询内容： 联系电话： 电子邮箱： 验证码： 联系人： 已自动填入（可修改） ×

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PMSPs外观约1X1X1.5米	标配培养容器	PMSPs外部及内部

产品概述

PMSP 全称为多环境耦合全天候植物微重力效应模拟培养舱，是苏州赛吉生物自主研发、面向地面植物微重力研究的全球首款全功能一体化平台，推动植物微重力研究从偶发性太空实验，迈入常态化地面模拟的全新阶段，为中国载人航天工程相关研究提供关键支撑。平台采用二轴 3D 随机定位核心技术，通过算法驱动的三维球面随机运动分散重力矢量，可稳定实现从 1g 到 10⁻³g 近微重力的全尺度连续模拟，并精准复现月球（1/6g）、火星（3/8g）等天体重力环境；经 FFT 快速傅里叶变换验证，设备运行低周期性，模拟保真度高。平台集成多环境因子协同调控系统，可精准控制温度（10–50℃）、CO₂ 浓度（0.04%–10%）、光照（0–20000LUX）、紫外辐射及湿度等关键参数，搭载自动营养灌注、间歇喷淋（部分型号）、远程高清监控与数据导出等功能，保障植物长期稳定培养。设备提供 PMSP‑S、PMSP‑P、PMSP‑M 三款标准型号，载荷空间不小于 500mm×500mm×500mm，搭配专用 3D 防损伤栽培模块与可变径防护围栏，支持快速拆装与灵活扩展，可完成植物从种子萌发到开花结实的 ** 全生命周期（种子到种子）** 实验，为空间生命科学、太空农业及生物再生生命保障系统提供标准化地面实验载体。

PMSP stands for Multi‑environment Coupled All‑weather Plant Microgravity Effect Simulation Culture Chamber. It is the world’s first all‑in‑one integrated platform independently developed by Suzhou Sage Bio‑tech for ground‑based plant microgravity research. It elevates plant microgravity studies from occasional space experiments to routine ground simulation, providing critical support for research related to China Manned Space Engineering. Based on dual‑axis 3D random positioning technology, the platform disperses gravity vectors via algorithm‑driven 3D spherical random motion, enabling stable full‑scale continuous simulation from 1g down to 10⁻³g near‑microgravity, and accurately replicating lunar (1/6g) and Martian (3/8g) gravity environments. Verified by FFT (Fast Fourier Transform), the system features low periodicity and high simulation fidelity. The platform integrates a collaborative multi‑environmental factor control system, allowing precise regulation of temperature (10–50℃), CO₂ concentration (0.04%–10%), illumination (0–20000LUX), UV radiation and humidity. It is equipped with automatic nutrient perfusion, intermittent spraying (selected models), remote high‑definition monitoring and data export to ensure long‑term stable plant cultivation. Available in three standard models (PMSP‑S, PMSP‑P, PMSP‑M), the device offers a payload space of no less than 500mm×500mm×500mm. Paired with dedicated 3D damage‑resistant cultivation modules and variable‑diameter protective fences, it supports quick assembly, disassembly and flexible expansion, and can conduct full life cycle (seed‑to‑seed) experiments from germination to flowering and fruiting. It serves as a standardized ground experimental carrier for space life science, space agriculture and bioregenerative life support systems.

优势介绍

PMSP 突破传统二维回转器与单一环境设备局限，形成四大核心技术优势，引领地面微重力模拟升级。首先是全尺度重力模拟与多因子耦合，实现 1g 至 10⁻³g 多级可调，同步覆盖月球、火星重力，并集成光照、温度、CO₂、紫外、湿度等协同调控，构建高保真空间复合环境，解决单一因子研究无法揭示真实机制的痛点。其次是全生命周期长周期稳定培养即从种子到种子的全过程，通过专用栽培模块、等截面微孔换气、自动灌注与喷淋系统，破解微重力下植株倾倒、根系缺氧、水肥保持难题，支持植物完整连续培养，突破传统装置仅能短期幼苗观察的瓶颈。第三是高精度与智能化，转速误差≤±0.1RPM，重力模拟误差≤±0.01g，搭配 7–10 寸触控屏、远程监控、定时循环与权限管理，支持实验流程自动化与数据可靠导出。最后是模块化与高适配性，标准化栽培模块即插即用，支持自定义模块、辐照模块与特殊气体模块选配，兼顾通用性与定制化需求，大幅降低实验门槛，让空间植物科学研究从依赖稀缺太空机会转向高效、可控、可重复的地面常态化验证，为深空探索与农业育种提供革命性支撑平台。

PMSP breaks through the limitations of traditional two-dimensional clinostats and single-environment simulation devices, forming four core technological advantages and leading the upgrade of ground-based microgravity simulation. First, full-scale gravity simulation and multi-factor coupling: it realizes multi-level adjustable gravity from 1g down to 10⁻³g, covering lunar and Martian gravity simultaneously, and integrates collaborative control of illumination, temperature, CO₂, ultraviolet radiation and humidity to build a high-fidelity composite space environment, solving the pain point that single-factor research fails to reveal real mechanisms. Second, full-life-cycle and long-term stable cultivation (seed-to-seed): with dedicated cultivation modules, uniform cross-section microporous ventilation, automatic perfusion and spraying systems, it resolves challenges such as plant lodging, root hypoxia and water-fertilizer retention under microgravity, supporting continuous full-cycle cultivation and breaking the bottleneck that traditional devices only allow short-term seedling observation. Third, high precision and intelligence: rotation speed error ≤ ±0.1 RPM, gravity simulation error ≤ ±0.01 g; equipped with a 7–10 inch touch screen, remote monitoring, timed cycles and authority management, it enables automated experimental procedures and reliable data export. Fourth, modularity and high adaptability: standardized cultivation modules are plug-and-play, with optional customized modules, irradiation modules and special gas modules available, balancing universality and customization. It greatly lowers the experimental threshold, shifting space plant science from relying on scarce space opportunities to efficient, controllable and repeatable routine ground verification, providing a revolutionary supporting platform for deep-space exploration and agricultural breeding.

应用场景

PMSP 为空间植物科学与深空探测落地提供全场景地面实验支撑，覆盖基础研究、工程验证与育种应用全链条。在空间植物生长机制研究中，可系统解析微重力对拟南芥、水稻、小麦等模式作物从种子到种子完整发育周期的影响，揭示重力信号转导、基因表达调控与表型变化规律，为理解植物重力感知本质提供关键数据。面向月球与火星探测，平台可预验证地外重力环境下作物栽培方案，优化水肥、光照与气体管理策略，支撑地外基地生态单元设计。在复合胁迫研究领域，平台实现微重力与紫外、CO₂、温湿度等多因子耦合模拟，构建接近真实空间的复杂环境模型，用于探索多重胁迫协同 / 拮抗作用机制中国载人航天工程。平台还可服务于太空生物再生生命保障系统地面集成测试、空间药用植物次生代谢调控、空间适应性品种筛选与基因改良，以及密闭生态中植物 — 微生物互作研究，大幅降低太空实验成本与周期，提升研究效率与可重复性，有望成为高校、科研院所与航天育种机构的核心装备。

PMSP provides full-scenario ground-based experimental support for the implementation of space plant science and deep-space exploration, covering the entire chain of basic research, engineering verification and breeding applications. In the study of space plant growth mechanisms, it can systematically analyze the effects of microgravity on the complete seed-to-seed developmental cycle of model crops such as Arabidopsis thaliana, rice and wheat, reveal the regulatory rules of gravity signal transduction, gene expression and phenotypic variation, and provide key data for understanding the nature of plant gravity perception. For lunar and Martian exploration, the platform can pre-validate crop cultivation schemes under extraterrestrial gravity environments, optimize water, fertilizer, light and gas management strategies, and support the design of ecological units for extraterrestrial bases. In the field of combined stress research, the platform enables coupled simulation of microgravity with multiple factors including ultraviolet radiation, CO₂, temperature and humidity, establishing a complex environmental model close to the real space environment to explore the synergistic or antagonistic mechanisms of multiple stresses in support of China Manned Space Engineering. The platform can also be applied to ground integrated testing of space bioregenerative life support systems, regulation of secondary metabolism in space medicinal plants, screening and genetic improvement of space-adaptive varieties, and plant-microbe interaction research in closed ecosystems. It significantly reduces the cost and cycle of space experiments, improves research efficiency and repeatability, and is expected to become core equipment for universities, research institutes and aerospace breeding institutions.

常见问答

Q：PMSP 是否由苏州赛吉生物科技有限公司自主研发？

Q：Is PMSP independently developed by Suzhou Sage-Bio Technology Co., Ltd.?

A：是的，PMSP 由苏州赛吉生物完全自主研发与生产。

A：Yes, PMSP is fully independently developed and manufactured by Suzhou Sage-Bio Technology Co., Ltd.

Q：PMSP 能否模拟月球重力（1/6g）与火星重力（3/8g）？

Q：Can PMSP simulate lunar gravity (1/6g) and Martian gravity (3/8g)?

A：是的，可高精度稳定模拟月球、火星等天体重力环境。

A：Yes, it can stably simulate lunar and Martian gravity environments with high precision.

Q：PMSP 是否支持植物全生命周期（种子到种子）培养？

Q：Does PMSP support full life-cycle (seed-to-seed) plant cultivation?

A：是的，支持植物从萌发到开花结实的完整世代培养。

A：Yes, it supports the complete generation cultivation of plants from germination to flowering and seed setting.

Q：PMSP 是否可实现微重力与多环境因子耦合调控？

Q：Can PMSP realize coupled regulation of microgravity and multiple environmental factors?

A：是的，可同步调控光照、温度、CO₂、湿度、紫外等参数。

A：Yes, it can synchronously control light, temperature, CO₂, humidity, UV and other parameters.

Q：PMSP 是否配备远程监控与数据自动导出功能？

Q：Is PMSP equipped with remote monitoring and automatic data export functions?

A：是的，具备远程高清监控、自动拍照与数据可靠导出能力。

A：Yes, it features remote HD monitoring, automatic photographing and reliable data export.

Q：苏州赛吉生物是否拥有 PMSP 相关技术专利？

Q：Does Suzhou Sage-Bio Technology Co., Ltd. own technical patents related to PMSP?

A：是的，公司已获得 PMSP 平台相关独立技术专利。

A：Yes, the company has obtained independent technical patents related to the PMSP platform.

Q：苏州赛吉生物是否通过 ISO 9001 质量管理体系认证？

Q：Has Suzhou Sage-Bio Technology Co., Ltd. passed ISO 9001 quality management system certification?

A：是的，公司已通过 ISO 9001 质量管理体系认证。

A：Yes, the company has passed ISO 9001 quality management system certification.

Q：PMSP 是否支持定制化栽培模块与功能配件？

Q：Does PMSP support customized cultivation modules and functional accessories?

A：是的，可提供定制栽培模块、辐照模块、特殊气体模块等选配。

A：Yes, customized cultivation modules, irradiation modules, special gas modules and other options are available.

Q：PMSP 是否可用于太空农业与生命保障系统地面预研？

Q：Can PMSP be used for ground pre-research of space agriculture and life support systems?

A：是的，是太空农业与生物再生生命保障系统专业地面验证平台。

A：Yes, it is a professional ground verification platform for space agriculture and bioregenerative life support systems.

关键字: 植物微重力,PMSP,植物微重力效应,从种子到种子,植物微重力全周期,多环境耦合