bs-4g振荡培养箱

数显振荡培养箱概述数显振荡培养箱型号分别：BS-1E BS-2F BS-4G振荡培养箱是一种具有加热和制冷双向调温系统，温度可控的培养箱和振荡器相结合的生化仪器，是植物、生物、微生物、遗传、病毒医学、环保、食品、石油、化工等科研、教育和生产部门作精密培养制备不可缺少的实验室设备。一、数显振荡培养箱主要特点：1. 箱体的隔热材料采用聚胺酯现场发泡的泡沫塑料,对外来冷(热)源有较强的抗干扰能力。2. 工作腔内设有风道,温度分布均匀。 3. 内壁采用不锈钢制作,抗腐蚀性能良好。4. 加热系统在环境为-5℃时能升温至50℃。5. 制冷系统在环境温度为32℃时能降至5℃。6. 万能弹簧试瓶架特别适合作多种对比试验的生物样品的培养制备。7. 无级调速,操作安全。 8. 温控精确,LED数字显示。二、数显振荡培养箱技术指示:指标\型号BS-1EBS-2FBS-4G容 积140L280L420L温控范围5-50℃5-50℃5-50℃温控精度±1℃±1℃±1℃振荡速度起动-300r/min起动-300r/min起动-300r/min振 幅20mm（回旋）20mm（回旋）20mm（回旋）振荡组数124装 瓶 量试管：￠16×200100ml×15 200ml×9试管：￠16×200100ml×15×2 200ml×9×2试管：￠16×200100ml×15×4 200ml×9×4加热功率300W400W600W压缩机功率130W180W240W电 源交流220V50Hz交流220V50Hz交流220V50Hz外形尺寸610×610×1150(mm)1250×610×1460(mm)1440×710×1770(mm)三、数显振荡培养箱使用说明：1. 仪器应放置在平整的地面上，环境应清洁整齐，干燥通风。 2. 仪器使用前，各控制开关均应处于非工作状态，调速旋钮应置于最小位置。 3. 装培养试瓶，为了使仪器在振荡时平衡性能好，避免产生较大的振动，装瓶时应将所有试瓶位布满，各瓶的培养液应大致相等。若培养液不足数，可将试瓶对称放置。 4. 接通外电源，将电源开关置于“开'的位置，指示灯亮。 5. 选择培养温度：请参考使用说明书。 6. 开“振荡开关'，指示灯亮，缓慢调节调速旋钮，升至所需转速。 在调速范围内中速使用，可延长仪器的使用寿命。 7. 每次停机前，各控制开关均应处于非工作状态，切断电源。 8. 注意事项： A：两组振荡器的培养箱，其振荡器分别由各自的“振荡开关'和“调速旋钮'操作控制。 B：不适用于含有易挥发性化学溶剂，低浓度爆炸气体和低着火点气体的物品以及有毒物品的培养。1、转速范围内中速使用，可延长仪器的使用寿命。2、仪器应放置在较牢固的工作台上，环境应清洁整齐，通风良好。3、在工作台上放置物品时，各试瓶之间应保持适量的间隔，以利于冷、热空气对流循

恒温振荡培养箱什么品牌的好

我在使用HZQ-F160型振荡培养箱时出现故障,设定温度20℃,转速150转/分钟,但是仪器在工作时无法达到设定转速,从零开始增加到90转/分钟,然后停止工作,一会儿在从零到90转/分钟,仪器转转停停.请问是哪个地方出现了故障,我怀疑是转速的问题,应该如何解决?

振荡培养箱HZQ-260设定转速为200，一开始还是按200转速来转，到后面转速越来越来慢，从200降到80，过一会升到200转，然后又降到80，反反复复，到后面不转了，求问各位大佬有木有经验传授

在做婴幼食品中除了国标的一些仪器，像灭菌器，马弗炉，恒温培养箱，振荡器，粉碎机，水浴锅，移液器，烘箱都有什么要求吗，规格是多少的，怎么选购？

大家好！我想订阅关于烘箱，培养箱，水浴，振荡器，恒温恒湿箱内容较丰富的广告出版物。能帮帮我吗？

各位老师，谁有IB-15G恒温培养箱的说明书或操作指南，烦请发一份811060993@qq.com。谢谢了！http://simg.instrument.com.cn/bbs/images/brow/em0817.gif

微生物的种类繁多，这是众所周知的。那么用来培养微生物的培养箱都有哪几种呢？各品名的微生物培养箱主要功能与参数是什么样的呢？以下内容就是就这个问题为大家介绍一下各培养箱的分类与应用：培养箱分类控制温度特点应用电热恒温培养箱/隔水式恒温培养箱RT+5~60℃单制式，只能制热，不能制冷，使用温度必须大于室温。食品、药品微生物实验室，一般实验温度36±1 ℃生化培养箱0~60℃双制式，冷热控温细菌、霉菌、微生物、组织细胞的培养保存以及水质分析与BOD测试等霉菌培养箱0~60℃双制式，冷热控温，紫外杀菌灯，湿度控制（可选）霉菌等真核微生物的培养，培养温度一般在25℃恒温恒湿箱0-65℃双制式，冷热控温，温度、湿度控制植物培养、育种试验以及培养基、血清、药物等物品的储存等二氧化碳培养箱室温+5℃~60℃温度控制，二氧化碳浓度0~20%，紫外消毒，湿度（可选）医院、生物制品等的组织细胞培养厌氧培养箱室温+3℃~60℃温度控制，厌氧操作室，紫外线杀菌灯高校、医院、疾控中心厌氧生物的培养光照培养箱有光照10~50℃温度控制，白天、 黑夜均可单独设量温度、湿度和光照度等，植物生长灯，植物种子发芽、栽培和育苗，昆虫 、小动物的饲养等 无光照5~50℃恒温摇床全温（4~60℃，常温(RT+5~60℃)，高温(室温~100℃)温度控制，水浴或气浴，振荡频率分子生物、植物育种等

[align=center][/align][font=宋体][font=sans-serif]HY-4[/font][/font][font=方正仿宋_GBK]型多用振荡器可用于环保、科研、卫生、防疫、石油、化工、农业等领域，使用较为广泛。现将使用该振荡器的几点感悟分享给大家：[/font][font=方正仿宋_GBK]一、仪器概况[/font][font=方正仿宋_GBK]首先，[/font][font=宋体][font=sans-serif]HY-4[/font][/font][font=方正仿宋_GBK]型多用振荡器旋钮式调节操作步骤简单易懂便于操作，此外，[/font][font=方正仿宋_GBK]振荡器[/font][font=方正仿宋_GBK]能够在使用垂直功能的同时，还可以使用水平功能，有效解决了其在振荡工作时移动的现象，可以及快慢振荡、无噪声。[/font][font=方正仿宋_GBK]其次，[/font][font=宋体][font=sans-serif]HY-4[/font][/font][font=方正仿宋_GBK]型多用振荡器，是一款利用双层弹簧夹具可做试管、分流漏斗、三角烧瓶溶液分析，其易操作性和用于样品的垂直和水平以及快慢振荡的可靠性是其主要优势之一，特别适合作多种对比试验的生物样品的培养制备。[/font][font=方正仿宋_GBK]二、技术参数[/font][font=方正仿宋_GBK]振荡器垂直振荡频率为每分钟[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]60~200[/font][/font][font=方正仿宋_GBK]次，横向振荡频率为每分钟[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]60~600[/font][/font][font=方正仿宋_GBK]次；垂直振荡幅度为[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]15mm[/font][/font][font=方正仿宋_GBK]，横向[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]20mm[/font][/font][font=方正仿宋_GBK]，可以持续工作[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]8[/font][/font][font=方正仿宋_GBK]小时以上，能够连续完成样品前处理工作。[/font][font=方正仿宋_GBK][img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/07/202307310953587611_9052_1502196_3.jpg!w690x920.jpg[/img][/font][font=方正仿宋_GBK]三、使用空气振荡器进行振荡样品时，还应注意以下几点：[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]1.[/font][/font][font=方正仿宋_GBK]把需要振荡溶液的试管瓶放在夹具上时检查瓶口是否盖紧，然后开启电源开关，避免液体外溢。[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]2.[/font][/font][font=方正仿宋_GBK]振荡样品时选择所需要的振荡速度。[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]3.[/font][font=方正仿宋_GBK]选定振荡样品所需时间[/font][/font][font=方正仿宋_GBK]。[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]4. [/font][/font][font=方正仿宋_GBK]除对上述因素控制外，还应做到使用后对仪器的关闭、清洁和切断电源，以免发生意外。[/font][font=方正仿宋_GBK]总的来说，[/font][font=宋体][font=sans-serif]HY-4[/font][/font][font=方正仿宋_GBK]型多用振荡器具有外形大方、容量大、噪音低、重量轻、体积小等特点，速度可调，并带有定时装置，是化验室工作人员理想必备的仪器。[/font]

上海产霉菌培养箱是一种常用的培养箱产品，但它不是生化培养箱、也不是隔水式培养箱，是水体分析和 BOD 测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温振荡[u]设备[/u]。今天我们主要来介绍一下霉菌培养箱的特点及使用注意事项，希望可以帮助用户更好的应用产品。霉菌培养箱的特点1、本机温控系统采用微电脑单片机技术，控温精度高 2、具有温度、时间调节控制，触摸式键盘设定调节 3、带有超强的紫外灭菌功能，保证纯净的培养环境 4、机体外壳采用喷塑处理，整机造型美观大方 5、内胆均为镜面不锈钢材料制成 6、工作室内装照明装置，大视角保温真空钢化玻璃，便于观察。霉菌培养箱的使用注意事项1、此[u]控制器[/u]的特点是，先控制温度，待温度基本稳定后再控制湿度，故刚开机或重新设定温度后，既无加湿也无除湿是正常现象，待温度达到设定温度，加湿和除湿才会工作。2、对于加湿器的使用，先将加湿器雾量控制旋钮顺时针旋到中间处，不宜过大防止湿度过冲，若加湿器通过连续加湿20分钟也达不到所设定的湿度值，此时才可渐渐将加湿器雾量控制旋钮顺时针旋至最大。3、对于箱体加热和制冷功率的匹配，一般250L的箱体，加热功率建议选用500W左右，制冷功率建议选用180W左右 150L的箱体，加热功率建议选用350W左右，制冷功率建议选用140W左右。

[align=left][font=方正仿宋_GBK]隔水式恒温培养箱是高精度恒温设备，可用于植物的发芽、组织、培养育苗、微生物的培养等，是生物遗传工程、医药、农、林、环境科学、畜牧、水产等生产、科研、教育部门的理想设备。[/font][/align][font=方正仿宋_GBK]我们实验室的[/font][font='Nimbus Roman No9 L']GSP-9080MBE[/font]型[font=方正仿宋_GBK]隔水式恒温培养箱使用已有[/font][font=宋体][font=sans-serif]15[/font][/font][font=方正仿宋_GBK]个年头之久，在对农产品产地灌溉和养殖用水中微生物的培养分析时发挥着重要的功用。该设备具有控温、定时、超湿报警等功能，其易操作性和连续运行的可靠性是其主要优势之一。现将多年来使用恒温培养箱的几点心得体会与大家共勉：[/font][font=方正仿宋_GBK]首先，隔水式恒温培养箱小巧占地面积小，放实验台上连接自来水管方便，内门采用钢化玻璃透明坚实，不用打开内门就能清晰观察箱内的培养物品。面板采用触摸键显示界面通过[/font][font='Nimbus Roman No9 L']“SET”[font=方正仿宋_GBK]、[/font][/font][font=方正仿宋_GBK][font=方正仿宋_GBK]“[/font][/font][font='Nimbus Roman No9 L']R/C[/font][font=方正仿宋_GBK][font=方正仿宋_GBK]”[/font][/font][font=方正仿宋_GBK]键来设置适用的温度条件和时间测量范围，即简洁又明了，操作步骤简单易懂便于操作。下面上个图来看看它长什么样子吧～[/font][font=方正仿宋_GBK] [img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/07/202307011750387398_6286_1502196_3.jpg!w690x920.jpg[/img][img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/07/202307011750457539_2906_1502196_3.jpg!w690x920.jpg[/img][/font][font=方正仿宋_GBK] [/font][font=方正仿宋_GBK]其次，[/font][font=方正仿宋_GBK]隔水式恒温培养箱采用微电脑自动抑制控制系统，可有效避免培养过程中打开箱门造成内腔温度波动度大，采用门加热控制系统，可有效避免内玻璃门结露现象。此外，控温部分采用新型智能数显温度调节仪，双排数码管显示，自适应温度控制，无须控温参数调节，控制精度较高。[/font][font=方正仿宋_GBK]使用恒温培养箱时，应注意以下几点：[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]1.[/font][font=方正仿宋_GBK]培养箱放置在具有良好通风条件的室内，在其周围不可放置易燃易爆物品。[/font][/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]2.[/font][font=方正仿宋_GBK]培养箱内无防爆装置，干燥时不得使用易燃易爆物品干燥[/font][/font][font=方正仿宋_GBK]。[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]3.[/font][font=方正仿宋_GBK]在使用时，[/font][/font][font=方正仿宋_GBK]箱内物品放置切勿过挤，切勿阻挡风机出风口，必须留出空间，以利于热空气循环。[/font][font=方正仿宋_GBK][font=Nimbus Roman No9 L]4.[/font][font=方正仿宋_GBK]培养[/font][/font][font=方正仿宋_GBK]箱内、外应经常保持清洁，如长期不用，应将水放掉，在电镀件上涂中性油脂或凡士林，以防腐蚀，将培养箱放在干燥的室内，以免控温仪受潮损坏。[/font]

[align=center]【第3季仪器心得】+HY-4调速多用振荡器的使用感悟[/align]HY-4型多用振荡器可用于环保、科研、卫生、防疫、石油、化工、农业等领域，使用较为广泛。现将使用该振荡器的几点感悟分享给大家：一、仪器概况首先，HY-4型多用振荡器旋钮式调节操作步骤简单易懂便于操作，此外，振荡器能够在使用垂直功能的同时，还可以使用水平功能，有效解决了其在振荡工作时移动的现象，可以及快慢振荡、无噪声。其次，HY-4型多用振荡器，是一款利用双层弹簧夹具可做试管、分流漏斗、三角烧瓶溶液分析，其易操作性和用于样品的垂直和水平以及快慢振荡的可靠性是其主要优势之一，特别适合作多种对比试验的生物样品的培养制备。二、技术参数振荡器垂直振荡频率为每分钟60~200次，横向振荡频率为每分钟60~600次；垂直振荡幅度为15mm，横向20mm，可以持续工作8小时以上，能够连续完成样品前处理工作。三、使用空气振荡器进行振荡样品时，还应注意以下几点：1.把需要振荡溶液的试管瓶放在夹具上时检查瓶口是否盖紧，然后开启电源开关，避免液体外溢。2.振荡样品时选择所需要的振荡速度。3.选定振荡样品所需时间。4. 除对上述因素控制外，还应做到使用后对仪器的关闭、清洁和切断电源，以免发生意外。总的来说，HY-4型多用振荡器具有外形大方、容量大、噪音低、重量轻、体积小等特点，速度可调，并带有定时装置，是化验室工作人员理想必备的仪器。[img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/06/202306200956408097_8039_1502196_3.jpg!w690x920.jpg[/img][img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/06/202306200956528822_5623_1502196_3.jpg!w690x920.jpg[/img]

微电脑低温生化培养箱一般用于水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物的栽培、育种实验的专用恒温设备。广泛用于环境保护、卫生防疫、院校实验和生产部分。　　微电脑低温生化培养箱的性能特点：　　1、工作室内装照明装置，大视角保温真空钢化玻璃，便于观察(霉菌培养箱为紫外线杀菌灯)；　　2、微电脑低温生化培养箱显示为双屏高亮度数码管显示，示值准确直观，性能优越；具有定时和计时功能；　　3、温控系统采用微电脑单片机技术，控温精度高；具有温度、时间调节控制，触模式键盘设定调节；　　4、微电脑低温生化培养箱的工作室内搁架可随用户要求调节高度；　　5、振荡培养箱标准配置为照明灯(可按用户要求更换为杀菌灯，起消毒作用)。

光照培养箱 　　光照培养箱是具有光照功能的高精度恒温设备；光照培养箱是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用的理想的设备。 　　光照培养箱外壳一般是冷轧钢板、表面采用静电喷涂工艺、内胆为工程塑料或不锈钢、保温层由聚脂发泡形成，透光窗采用双层中空玻璃以确保箱内的保温性能，箱体内部有冷、热气风道箱内气体循环流畅、温度更加均匀。 微生物培养箱 　　微生物培养箱适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。 　　微生物培养箱和光照培养箱有什么联系? 光照培养箱主要是用来做植物的培养，微生物培养箱根据所培养的微生物种类的不一样又有不同种类，大致有氧和厌氧两种。

1.光照培养箱， 是具有光照功能的高精度恒温设备；光照培养箱是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用的理想的设备。 2.微生物培养箱 主要适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。 3.植物培养箱 植物培养箱实际就是一个有光照的带湿度恒温培养箱，其中的光照、温度、湿度等条件能够满足植物的生长需求。植物培养箱原理是几组灯管和一套控温装置（通常5-50度）。如果高级点的还有光照设置比如几点开灯几点关灯，什么时候光照强一些等 4.人工气候室 可人工控制光照、温度、湿度、气压和气体成分等因素的密闭隔离设备小型的称“人工气候箱”。 5.恒温恒湿箱 恒温恒温箱：可以准确地模拟恒温、恒湿等复杂的自然状环境的，有着精确的温度和湿度控制系统的一种箱体，实验室一般用在用于植物培养、育种试验；细菌、微生物培养，用作育种、发酵、微生物培养、各种恒温试验、环境试验、物质变性试验和培养基、血清、药物等物品的储存等。可广泛适用于药物、纺织、食品加工等无菌试验、广泛应用于医疗卫生、生物制药、农业科研、环境保护等研究应用领域。 恒温恒湿箱工业一般用在适用于电子电工、家用电器、汽车、仪器仪表、电子化工、零部件、原材料及涂层、镀层进行高低温,高低湿的实验、在航天、航空、船舶、兵器、电子、石化、邮电、通讯、汽车、等领域倍受青睐

http://bbs.ibioo.com/data/attachment/album/201110/25/170323wl11ub4lytsfj1sb.jpg在过去的数十年间，细胞生物学、分子生物学、药理学等的研究领域都有了惊人的长足进步，同时，这些领域中的技术应用也不得不跟上“脚步”。虽然典型的生命科学实验室设备有了很大的改变，但培养箱依然是实验室中的主要组成部分，其使用的最终目的也都是维持和促使细胞和组织更好地生长。然而，随着技术的进步，其功能和运作都变得越来越精确、可靠和方便。如今，培养箱已成为实验室最普遍使用的常规仪器之一，已广泛应用于医学、免疫学、遗传学、微生物、农业科学、药物学的研究和生产。除此之外高等院校以及各科研院所只要涉及到需要做低温恒温试验、培养试验、环境试验、储藏菌种、生物培养之用时，培养箱自然是不可缺席的重要设备。 　　培养箱类别与原理 　　(1)生化培养箱 　　目前应用最为广泛的主要有生化培养箱、二氧化碳培养箱、直接电热式培养箱、隔水电热式培养箱四种类型，每种类型都有其特点和独特的功用，以用于不同的科研及教学领域。其中生化培养箱的应用最为普遍，这种培养箱同时装有电热丝加热和压缩机制冷。可适应范围很大，一年四季均可保持在恒定温度，因而逐渐普及，被广泛应用于细菌、霉菌、微生物、组织细胞的培养保存以及水质分析与BOD测试，适合育种试验、植物栽培等，在高校所开设的如环境保护、卫生防疫、药检、农畜、水产等专业都有使用。 　　(2)二氧化碳培养箱 　　二氧化碳培养箱是在普通培养的基础上加以改进，通过对周围环境条件的控制制造出一个能使细胞/组织更好地生长的环境，条件控制的结果就会形成一个稳定的条件：如恒定的酸碱度(pH值：7.2-7.4)、稳定的温度(37°C)、较高的相对湿度(95%)、稳定的CO2水平(5%)，这就是为什么上述领域的研究员如此热衷于使用方便稳定可靠的二氧化碳培养箱。此外，由于增加了二氧化碳浓度控制，并且使用微控制器对培养箱温度进行精确控制，使生物细胞，组织等的培养成功率、效率都得到改善。总之，二氧化碳培养箱是普通电热恒温培养箱不可替代的新型培养箱。 　　(3)电热式和隔水式培养箱 　　电热式和隔水式培养箱的外壳通常用石棉板或铁皮喷漆制成，隔水式培养箱内层为紫铜皮制的贮水夹层，电热式培养箱的夹层是用石棉或玻璃棉等绝热材料制成，以增强保温效果，培养箱顶部设有温度计，用温度控制器自动控制，使箱内温度恒定。隔水式培养箱采用电热管加热水的方式加温，电热式培养箱采用的是用电热丝直接加热，利用空气对流，使箱内温度均匀。 　　(4)光照培养箱 　　是具有光照功能的高精度恒温设备;光照培养箱是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用的理想的设备。 　　(5)微生物培养箱 　　主要适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。 　　(6)植物培养箱 　　植物培养箱实际就是一个有光照的带湿度恒温培养箱，其中的光照、温度、湿度等条件能够满足植物的生长需求。植物培养箱原理是几组灯管和一套控温装置(通常5-50度)。如果高级点的还有光照设置比如几点开灯几点关灯，什么时候光照强一些等 　　(7)人工气候室 　　可人工控制光照、温度、湿度、气压和气体成分等因素的密闭隔离设备小型的称“人工气候箱”。 　　(8)恒温恒湿箱 　　恒温恒温箱：可以准确地模拟恒温、恒湿等复杂的自然状环境的，有着精确的温度和湿度控制系统的一种箱体，实验室一般用在用于植物培养、育种试验;细菌、微生物培养，用作育种、发酵、微生物培养、各种恒温试验、环境试验、物质变性试验和培养基、血清、药物等物品的储存等。可广泛适用于药物、纺织、食品加工等无菌试验、广泛应用于医疗卫生、生物制药、农业科研、环境保护等研究应用领域。恒温恒湿箱工业一般用在适用于电子电工、家用电器、汽车、仪器仪表、电子化工、零部件、原材料及涂层、镀层进行高低温,高低湿的实验、在航天、航空、船舶、兵器、电子、石化、邮电、通讯、汽车、等领域倍受青睐。

霉菌培养箱是适合培养霉菌等真核微生物的试验设备，因为大部分霉菌适合在室温(25摄氏度)下生长，且在固体基质上培养时需要保持一定的湿度。霉菌培养箱由制冷系统、制热系统、空气加湿器和培养室、控制电路和操作面板等部分组成，并使用温度传感器和湿度传感器来维持培养室内的温度和湿度的稳定。 霉菌培养箱采用国内首创流线圆弧型设计，外壳采用冷轧钢板制造、表面静电喷塑；工作内腔采用镜面不锈钢材质。霉菌培养箱外表采用烤漆亚光镀层避免光辐射，内胆镜面不锈钢，隔板可以任意调节；观察窗采用独创的复门设计，观察内腔培养物品时可打开复门观察，不用观察时可关闭复门。霉菌培养箱具有因停电、死机状态数据丢失而保护的参数记忆，来电恢复功能；采用微电脑智能控制，液晶显示控制温度、时间，具有超温报警功能。 霉菌培养箱可以设定温度湿度随培养时间变化，是水体分析和 BOD 测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温、恒温振荡设备，可应用于各种霉菌、组织细胞、微生物、抗生物的培养，也可用于昆虫、小动物的饲养及其它用途的恒温试验。霉菌培养箱广泛应用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验、生产部门、生物工程、饮料等科研部门、大专院校的理想之选。

一、数显恒温振荡培养箱维护保养：　　1.准确地使用和注重仪器的保养，使其处于良好的工作状态，可延长仪器的使用寿命。　　2.仪器在连续工作期间，每三个月应做一次定期检查;检查保险丝，控制组件及紧固螺钉，及是否有水滴，污物等落入电机和控制元件上。　　3.传动部分的轴承在出厂前已填充了适量的润滑脂(1号钙-纳基)，仪器在连续工作期间，每六个月应加注一次润滑脂，填充量约占轴承空间的1/3。　　4.仪器常常期使用，自然磨损属正常现象。仪器在使用一年之后，若发现电机、压缩机有不正常的噪音;传动部分轴承磨损，皮带松动或出现裂纹，电控元件失效等故障，本企业将继承提供优质服务，予以协助处理。　　5.压缩机应避免连续起动。　　二、数显生化培养箱维护和保养：　　1 每日观察培养箱温度是否符合规定。发现异常情况及时请专业人员修理。　　2 箱内照明异常时要及时更换照明灯具。　　3 发现加热(制冷)异常时检查加热炉丝(压缩机)是否损坏，损坏后及时修复。　　4及时清洁培养箱外卫生，保持洁净无尘。每周应用消毒水对培养箱内胆彻底清洁一次。每季度更换不同品种的消毒水，以免产生耐药菌种。　　5 每年应对此设备进行一次性能验证。　　6 使用该设备前认真检查电源电压与仪器要求是否相符。　　7 设备不使用时,置各控制开关处于非工作状态，切断电源。　　三、数显光照培养箱的维护和保养：　　1、培养箱外壳应可靠接地。　　2.培养箱要放置在阴凉、干燥、通风良好、远离热源和日晒的地方。放置平稳，以防震动发生噪音。　　3、为保证冷凝器有效地散热，冷凝器与墙壁之间距离应大于100mm，箱体侧面应有50mm间隙，箱体顶部至少应有300mm空间。　　4、培养箱在搬运、维修、保养时，应避免碰撞，摇晃震动，最大倾斜度小于45度。　　5、仪器忽然不工作，请检查熔丝管(箱后)是否烧坏，检查供电情况。　　6、本培养箱制冷工作时，不宜使箱内温度与环境温度之差大于25度。　　7、光照时间可由“可编程时控器"自行编程、控制时间。编程方法请参照“可编程时控器"使用说明。　　四、水套式二氧化碳培养箱日常维护保养：　　由于该类仪器经常与水和气体接触，气体内的杂质可能会进入气路管道，造成机器无法正常工作。日常工作中需要从以下几方面进行保养：经常检查水套的水位，假如水位低就要加水;定期检查二氧化碳气瓶，不能让二氧化碳气瓶用空;检查二氧化碳的供气管道和接口有无漏气现象;定期给机器除尘，防止灰尘阻塞气道及电磁阀。留意事项：　　1、初次使用一定要加充足的去离子水或蒸馏水，盖上密封盖，以减少水套内水的蒸发。　　2、在供电不稳定的单位，最好为其配备高性能稳压电器，以减少因电压不稳导致的故障。　　3、在二氧化碳钢瓶上安装一个低压0~0.25Mpa的二氧化碳减压阀，使输出气压较稳，这样可避免使用中因输入箱内二氧化碳压力过高。使二氧化碳控制阀长期处于工作状态而损坏。　　5、在通电不做培养的情况下，应将温度设定为00C，将二氧化碳浓底设定为“0”，这样可　　6、使它们的控制阀处于不工作状态，从而避免控制阀长期处于工作状态而损坏。　　7、门的温度要设置的比箱内温度高10C左右，以降低存取物品时箱内温度的波动.　　五、振荡培养箱的维护保养：　　1、仪器在连续工作期间，每三个月应做一次定期检查;检查保险丝，控制组件及紧固螺钉，及是否有水滴，污物等落入电机和控制元件上。　　2、传动部分的轴承在出厂前已填充了适量的润滑脂，仪器在连续工作期间，每六个月应加注一次润滑脂，填充量约占轴承空间的1/3。　　3、压缩机应避免连续起动。

数显恒温振荡培养箱维护保养：1．准确地使用和注重仪器的保养，使其处于良好的工作状态，可延长仪器的使用寿命。2．仪器在连续工作期间，每三个月应做一次定期检查；检查保险丝，控制组件及紧固螺钉，及是否有水滴，污物等落入电机和控制元件上。3．传动部分的轴承在出厂前已填充了适量的润滑脂(1号钙-纳基)，仪器在连续工作期间，每六个月应加注一次润滑脂，填充量约占轴承空间的1/3。4．仪器常常期使用，自然磨损属正常现象。仪器在使用一年之后，若发现电机、压缩机有不正常的噪音；传动部分轴承磨损，皮带松动或出现裂纹，电控元件失效等故障，本企业将继承提供优质服务，予以协助处理。5．压缩机应避免连续起动。 数显生化培养箱维护和保养： 1 每日观察培养箱温度是否符合规定。发现异常情况及时请专业人员修理。 2 箱内照明异常时要及时更换照明灯具。 3 发现加热(制冷)异常时检查加热炉丝(压缩机)是否损坏，损坏后及时修复。 4及时清洁培养箱外卫生，保持洁净无尘。每周应用消毒水对培养箱内胆彻底清洁一次。每季度更换不同品种的消毒水，以免产生耐药菌种。 5 每年应对此设备进行一次性能验证。 6 使用该设备前认真检查电源电压与仪器要求是否相符。 7 设备不使用时,置各控制开关处于非工作状态，切断电源。

[url=http://www.f-lab.cn/shaking-incubators/hs2.html][b]低温高速振荡培养箱[/b][/url]SSI5R-HS-2是全球领先的快速振荡培养箱和高速振荡摇床,采用美国shellab振荡培养箱电机实现低温下850RPM的振荡速度,非常适合生物组织培养振荡,细胞溶解性研究应用。[b]低温高速振荡培养箱[/b]SSI5R-HS-2温度均匀性高，轨道振荡速度可调,具有多种烧瓶和试管夹具,非常适合细胞培养，细胞爆气，细胞溶解性振荡研究应用。[img]data:image/jpeg 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[/img][url=http://www.f-lab.cn/shaking-incubators/hs2.html][b]低温高速振荡培养箱[/b][/url]SSI5R-HS-2[b]特点：[/b]微电脑PID控制，LED数字显示，具有监测系统温度均匀性好，过热、过速保护功能可容纳250毫升及500毫升等多种烧瓶低温下达到850RPM的振荡速度更多振荡培养箱:[url]http://www.f-lab.cn/shaking-incubator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1、光照培养箱　　　　光照培养箱是具有光照功能的高精度恒温设备，是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用。光照培养箱外壳一般是冷轧钢板、表面采用静电喷涂工艺、内胆为工程塑料或不锈钢、保温层由聚脂发泡形成，透光窗采用双层中空玻璃以确保箱内的保温性能，箱体内部有冷、热气风道箱内气体循环流畅、温度更加均匀。　　　　2、微生物培养箱　　　　微生物培养箱适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。　　　　3、植物培养箱　　　　植物培养箱实际就是一个有光照的带湿度恒温培养箱，其中的光照、温度、湿度等条件能够满足植物的生长需求。植物培养箱原理是几组灯管和一套控温装置(通常5-50度)。　　　　4、人工气候室　　　　可人工控制光照、温度、湿度、气压和气体成分等因素的密闭隔离设备小型的称“人工气候箱”。　　　　5、恒温恒湿培养箱　　　　恒温恒温箱可以准确地模拟恒温、恒湿等复杂的自然状环境的，有着精确的温度和湿度控制系统的一种箱体，实验室一般用在用于植物培养、育种试验，细菌、微生物培养，用作育种、发酵、微生物培养、各种恒温试验、环境试验、物质变性试验和培养基、血清、药物等物品的储存等。可广泛适用于药物、纺织、食品加工等无菌试验、广泛应用于医疗卫生、生物制药、农业科研、环境保护等研究应用领域。恒温恒湿箱工业一般用在适用于电子电工、家用电器、汽车、仪器仪表、电子化工、零部件、原材料及涂层、镀层进行高低温,高低湿的实验、在航天、航空、船舶、兵器、电子、石化、邮电、通讯、汽车、等领域倍受青睐。　　　　几种常见培养箱的区别和联系：　　　　微生物培养箱和光照培养箱的联系：　　　　光照培养箱主要是用来做植物的培养，微生物培养箱根据所培养的微生物种类的不一样又有不同种类，大致有氧和厌氧两种。　　　　恒温培养箱和霉菌培养箱的区别：　　　　恒温培养箱：分隔水式电热恒温培养箱和电热恒温培养箱两种　　　　隔水式电热恒温培养箱：水套遇断电时仍能较好地恒温，采用微电脑智能控温仪和双金属片调节器两种控温方式。温控范围：室温+5℃-60℃，只能把温度稳定在室温以上，不带制冷。　　　　霉菌培养箱：由于霉菌适宜的生长温度是22～28℃，所以霉菌培养箱要有双制式冷热控温，当夏天室温高于30℃，为了保证霉菌适宜生长，就要制冷，把温度下调，当冬天室温低于10℃，为了保证霉菌适宜生长，就要加热，把温度上调。所以容积差不多大的霉菌培养箱和恒温培养箱，霉菌培养箱更贵一些。　　　　生化培养箱和霉菌培养箱的联系与区别：　　　　生化培养箱生化箱广泛应用于细菌、霉菌、微生物、组织细胞的培养保存以及水质分析与BOD测试，适合育种试验、植物栽培。是生物、遗传工程、医学、卫生防疫、环境保护、农林畜牧等行业的科研机构、大专院校、生产单位或部门实验室的重要试验设备。

[align=center][size=18px][font=方正小标宋_GBK]【第3季仪器心得】[/font]+[font='Nimbus Roman No9 L']GSP-9080MBE[/font][font=方正小标宋_GBK]隔水式恒温培养箱的使用心得[/font][/size][/align][font=方正楷体_GBK][size=18px]隔水式恒温培养箱是高精度恒温设备，可用于植物的发芽、组织、培养育苗、微生物的培养等，是生物遗传工程、医药、农、林、环境科学、畜牧、水产等生产、科研、教育部门的理想设备。[/size][/font][size=18px][font=方正楷体_GBK]我们实验室的GSP-9080MBE型隔水式恒温培养箱使用已有[/font][font=方正楷体_GBK][font=方正楷体_GBK]15[/font][/font][font=方正楷体_GBK]个年头之久，在对农产品产地灌溉和养殖用水中微生物的培养分析时发挥着重要的功用。该设备具有控温、定时、超湿报警等功能，其易操作性和连续运行的可靠性是其主要优势之一。现将多年来使用恒温培养箱的几点心得体会与大家共勉：[/font][/size][font=方正楷体_GBK][size=18px]首先，隔水式恒温培养箱小巧占地面积小，放实验台上连接自来水管方便，内门采用钢化玻璃透明坚实，不用打开内门就能清晰观察箱内的培养物品。面板采用触摸键显示界面通过“SET”、“R/C”键来设置适用的温度条件和时间测量范围，即简洁又明了，操作步骤简单易懂便于操作。下面上个图来看看它长什么样子吧～[img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/06/202306291143039254_2500_1502196_3.jpg!w690x920.jpg[/img][/size][/font][font=方正楷体_GBK][size=18px][img=,690,920]https://ng1.17img.cn/bbsfiles/images/2023/06/202306291143465786_4790_1502196_3.jpg!w690x920.jpg[/img] [/size][/font][font=方正楷体_GBK][size=18px]其次，隔水式恒温培养箱采用微电脑自动抑制控制系统，可有效避免培养过程中打开箱门造成内腔温度波动度大，采用门加热控制系统，可有效避免内玻璃门结露现象。此外，控温部分采用新型智能数显温度调节仪，双排数码管显示，自适应温度控制，无须控温参数调节，控制精度较高。[/size][/font][font=方正楷体_GBK][size=18px]使用恒温培养箱时，应注意以下几点：[/size][/font][font=方正楷体_GBK][font=方正楷体_GBK][size=18px]1.培养箱应放置在具有良好通风条件的室内，周围不可放置易燃易爆物品。[/size][/font][/font][font=方正楷体_GBK][font=方正楷体_GBK][size=18px]2.培养箱内无防爆装置，干燥时不得使用易燃易爆物品干燥。[/size][/font][/font][font=方正楷体_GBK][font=方正楷体_GBK][size=18px]3.在使用时，箱内物品放置切勿过挤，切勿阻挡风机出风口，必须留出空间，以利于热空气循环。[/size][/font][/font][font=方正楷体_GBK][font=方正楷体_GBK][size=18px]4.培养箱内、外应经常保持清洁，如长期不用，应将水放掉，在电镀件上涂中性油脂或凡士林，以防腐蚀，将培养箱放在干燥的室内，以免控温仪受潮损坏。[/size][/font][/font]

这种[url=http://www.f-lab.cn/shaking-incubators/834d.html][b]大型冷藏双层震荡培养箱[/b][/url]是一款大容量双层冷藏震荡培养箱和轨道震荡培养箱,采用轨道振荡技术,提供培养孵化,振荡和冷藏功能,适用于不同温度下生物培养应用，,[color=#333333]是植物学,生物学,微生物学,[/color][color=#333333]环保等领域科研教学不可缺少的冷藏震荡培养箱[/color][color=#333333]。[/color][b]大型冷藏双层震荡培养箱[/b]特色大型可视窗口和内部光线提供清晰的观察视野可移动百叶窗提供室内良好的能见度。前开门式固定架上可对孵化样品进行添加，宽温度范围：0°C到60°C。适用于不同温度下的生物培养。两阶段振动模式使得两平台同时振荡。●用于各种温度下生物群培养●内部材质为SUS304外体粉末涂装●触摸屏面板●断电、定时除霜,压缩机将延迟工作。●开门时安全开关使其停止振荡●三点轴承方式可以高负荷和长时间运行。●最低噪声，无振动。●使用非CFC气体R134a制冷●可选的日/夜灯定时器。●透明玻璃观察窗和内部的光。●不开门也能提供清晰的能见度。●采用无刷交流电机,使用寿命长、稳定振动。●过热和过低温保护、温度稳定的内置循环风机可选：昼/夜光+计时器[img]data:image/jpeg 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这种[url=http://www.f-lab.cn/shaking-incubators/lom3.html][b]堆叠式振荡摇床培养箱[/b][/url]是三台振荡摇床培养箱上下堆叠而成的摇床振荡培养箱,非常节省空间,[color=#333333]而且震荡幅度Ø 1-50mm可调,是一种温度可控的[/color]恒温培养箱[color=#333333]和摇床振荡培养箱相结合的生化仪器。[b]堆叠式振荡摇床培养箱[/b]主要适用于各大中院校、医疗、石油化工、卫生防疫、环境监测等科研部门作生物、生化、细胞、菌种等各种液态、固态化合物的振荡培养。[/color][img]data:image/jpeg 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[/img][url=http://www.f-lab.cn/shaking-incubators/lom3.html][b]堆叠式振荡摇床培养箱[/b][/url]特色●堆叠多达三台，节约空间最大。●5.6“LCD触摸屏在一个页面显示所有参数和只用手指就可以直观的进行所有复杂的程序设置lom2-8043宽视场折叠门，具有门把手，符合人体工程学。滑动振动平台使得访问实验品时很方便。●无皮带驱动系统既耐用又经济实惠，免维护，可扩展的速度范围从30到300转。●壳体的顶部可以进一步作为工作区的定位小项目的实验室设备等。●孵化器的外壳是用厚冷轧钢板---# 304不锈钢内胆。方便洗涤剂清洗。室高足以容纳2L容量的三角烧瓶。●单元上板可以升级配备的光合生物培养LED照明套件。单/双色可以实现，每种颜色的强度都可以独立控制并编程来模拟昼/夜周期，适合植物细胞培养。●强大的无刷直流电机使摇晃运动安静平稳。●非挥发性存储器在停电时也可以保存设置，在下一次恢复供电自动启动装置。●数据记录，配备内置热敏打印机，使操作人员可以不必在现场就可以检查性能参数和预置配置变化曲线.●钻孔平台作为标准配置，排除烧瓶夹。●工作高度为500mm，工作舒适。

实验室常见培养箱简介与区别资料来源：郑州市国达仪器设备有限公司1.光照培养箱光照培养箱是具有光照功能的高精度恒温设备；光照培养箱是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用的理想的设备。光照培养箱外壳一般是冷轧钢板、表面采用静电喷涂工艺、内胆为工程塑料或不锈钢、保温层由聚脂发泡形成，透光窗采用双层中空玻璃以确保箱内的保温性能，箱体内部有冷、热气风道箱内气体循环流畅、温度更加均匀。2.微生物培养箱微生物培养箱适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。微生物培养箱和光照培养箱有什么联系?光照培养箱主要是用来做植物的培养，微生物培养箱根据所培养的微生物种类的不一样又有不同种类，大致有氧和厌氧两种。3.什么是植物培养箱植物培养箱实际就是一个有光照的带湿度恒温培养箱，其中的光照、温度、湿度等条件能够满足植物的生长需求。植物培养箱原理是几组灯管和一套控温装置(通常5-50度)。如果高级点的还有光照设置比如几点开灯几点关灯，什么时候光照强一些等4.人工气候室可人工控制光照、温度、湿度、气压和气体成分等因素的密闭隔离设备小型的称“人工气候箱”。5.恒温恒湿箱恒温恒温箱：可以准确地模拟恒温、恒湿等复杂的自然状环境的，有着精确的温度和湿度控制系统的一种箱体，实验室一般用在用于植物培养、育种试验；细菌、微生物培养，用作育种、发酵、微生物培养、各种恒温试验、环境试验、物质变性试验和培养基、血清、药物等物品的储存等。可广泛适用于药物、纺织、食品加工等无菌试验、广泛应用于医疗卫生、生物制药、农业科研、环境保护等研究应用领域。恒温恒湿箱工业一般用在适用于电子电工、家用电器、汽车、仪器仪表、电子化工、零部件、原材料及涂层、镀层进行高低温,高低湿的实验，在航天、航空、船舶、兵器、电子、石化、邮电、通讯、汽车、等领域倍受青睐恒温培养箱和霉菌培养箱的区别6.恒温培养箱：分隔水式电热恒温培养箱和电热恒温培养箱两种隔水式电热恒温培养箱：水套遇断电时仍能较好地恒温，采用微电脑智能控温仪和双金属片调节器两种控温方式。温控范围：室温+5℃-60℃，只能把温度稳定在室温以上，不带制冷。而霉菌培养箱 ，由于霉菌适宜的生长温度是22～28℃，所以霉菌培养箱要有双制式冷热控温，当夏天室温高于30℃，为了保证霉菌适宜生长，就要制冷，把温度下调，当冬天室温低于10℃，为了保证霉菌适宜生长，就要加热，把温度上调。所以容积差不多大的霉菌培养箱和恒温培养箱，霉菌培养箱更贵一些7.生化培养箱和霉菌培养箱的联系与区别生化培养箱生化箱广泛应用于细菌、霉菌、微生物、组织细胞的培养保存以及水质分析与BOD测试，适合育种试验、植物栽培。是生物、遗传工程、医学、卫生防疫、环境保护、农林畜牧等行业的科研机构、大专院校、生产单位或部门实验室的重要试验设备联系：二者都具有双制式冷热控温，区别：生化培养箱不带控湿和不带杀毒功能，而霉菌既有控湿又有杀毒功能

选购好一款培养箱，不光要看他的性能是否符合你选购的要求，更重要的是选对存放什么物品到这个培养箱去。以下是几种不同类型培养箱的应用范围。　　(1)生化培养箱　　目前应用最为广泛的主要有生化培养箱、二氧化碳培养箱、直接电热式培养箱、隔水电热式培养箱四种类型，每种类型都有其特点和独特的功用，以用于不同的科研及教学领域。其中生化培养箱的应用最为普遍，这种培养箱同时装有电热丝加热和压缩机制冷。可适应范围很大，一年四季均可保持在恒定温度，因而逐渐普及，被广泛应用于细菌、霉菌、微生物、组织细胞的培养保存以及水质分析与BOD测试，适合育种试验、植物栽培等，在高校所开设的如环境保护、卫生防疫、药检、农畜、水产等专业都有使用。　　(2)二氧化碳培养箱　　二氧化碳培养箱是在普通培养的基础上加以改进，通过对周围环境条件的控制制造出一个能使细胞/组织更好地生长的环境，条件控制的结果就会形成一个稳定的条件：如恒定的酸碱度(pH值：7.2-7.4)、稳定的温度(37℃)、较高的相对湿度(95%)、稳定的CO2水平(5%)，这就是为什么上述领域的研究员如此热衷于使用方便稳定可靠的二氧化碳培养箱。此外，由于增加了二氧化碳浓度控制，并且使用微控制器对培养箱温度进行精确控制，使生物细胞，组织等的培养成功率、效率都得到改善。总之，二氧化碳培养箱是普通电热恒温培养箱不可替代的新型培养箱。　　(3)电热式和隔水式培养箱　　电热式和隔水式培养箱的外壳通常用石棉板或铁皮喷漆制成，隔水式培养箱内层为紫铜皮制的贮水夹层，电热式培养箱的夹层是用石棉或玻璃棉等绝热材料制成，以增强保温效果，培养箱顶部设有温度计，用温度控制器自动控制，使箱内温度恒定。隔水式培养箱采用电热管加热水的方式加温，电热式培养箱采用的是用电热丝直接加热，利用空气对流，使箱内温度均匀。　　除上述三种在高校及相关单位应用较为普遍外，也还有一些适用于专业领域的培养箱。　　1.光照培养箱　　是具有光照功能的高精度恒温设备;光照培养箱是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用的理想的设备。　　2.微生物培养箱　　主要适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。　　3.植物培养箱　　植物培养箱实际就是一个有光照的带湿度恒温培养箱，其中的光照、温度、湿度等条件能够满足植物的生长需求。植物培养箱原理是几组灯管和一套控温装置(通常5-50度)。如果高级点的还有光照设置比如几点开灯几点关灯，什么时候光照强一些等。　　4.人工气候室　　可人工控制光照、温度、湿度、气压和气体成分等因素的密闭隔离设备小型的称“人工气候箱”。　　5.恒温恒湿箱　　恒温恒温箱：可以准确地模拟恒温、恒湿等复杂的自然状环境的，有着精确的温度和湿度控制系统的一种箱体，实验室一般用在用于植物培养、育种试验;细菌、微生物培养，用作育种、发酵、微生物培养、各种恒温试验、环境试验、物质变性试验和培养基、血清、药物等物品的储存等。可广泛适用于药物、纺织、食品加工等无菌试验、广泛应用于医疗卫生、生物制药、农业科研、环境保护等研究应用领域。　　恒温恒湿箱工业一般用在适用于电子电工、家用电器、汽车、仪器仪表、电子化工、零部件、原材料及涂层、镀层进行高低温,高低湿的实验、在航天、航空、船舶、兵器、电子、石化、邮电、通讯、汽车、等领域倍受青睐。

**提供生化培养箱使用于环境保护、卫生防疫、药检、农畜、水产等科研、院校、生产部门。是水体分析和BOD测定，细菌、霉菌、微生物的培养、保存、植物栽培、育种试验的专用恒温设备。用途： SP型智能生化培养箱是具有制冷，加热控制的高精度恒温设备，是细菌，微生物培养试验的恒温培养装置，适用于生物工程，医学研究，卫生防疫，环境保护，药检，畜牧，水产，高校院校，科研机构等领域从事科研和生产使用的理想设备。特点：1 箱体采用优质制作而成，表面喷塑，内胆采用医用镜面不锈钢，易清洁，箱内搁板间距可调，大视角观察窗口;2微电脑智能数显控温仪，PID控制，触摸型按键，同时显示设定温度和箱内温度，控温精度可靠，具有定时功能，并具有超温保护装置，声光报警功能；3 采用品牌压缩机，环保制冷剂，效率高，能耗低，促进节能。4名牌微风机组成合理先进的温度循环系统，使箱内小试均匀。5箱内有照明灯，可观察箱内培养物；6可配RS-485接口，可连接打印机和计算机，记录温度参数的变化情况（选配）生化培养箱使用说明： 1、接通电源，合上电源开关，整机通电，开关内的电源指示灯亮。 2、控温设定请参照智能型数字温度控制器说明书。 3、如需照明打开照明开关。 4、本培养箱有断点保护功能及一分半钟左右延时功能，压缩机停机后再次启动要达一分半钟左右。 生化培养箱维护和培养： 1、培养箱外壳应可靠接地。 2、培养箱要放置在阴凉、干燥、通风良好、远离热源和日晒的地方。放置平稳，以防震动发生噪音。 3、为保证冷凝器有效地散热，冷凝器与墙壁之间距离应大于100mm。箱体侧面应有50mm间隙，箱体顶部至少应有300mm空间。 4、培养箱在搬运、维修、保养时，应避免碰撞，摇晃震动;最大倾斜度小于45度。 5、仪器突然不工作，请检查熔丝管(箱后)是否烧坏，检查供电情况。 6、本生化培养箱制冷工作时，不宜使箱内温度与环境温度之差大于25度。

1、生化培养箱外壳应可靠接地。 2、生化培养箱要放置在阴凉、干燥、通风良好、远离热源和日晒的地方。放置平稳，以防震动发生噪音。 3、为保证冷凝器有效地散热，冷凝器与墙壁之间距离应大于100mm。箱体侧面应有50mm间隙，箱体顶部至少应有300mm空间。 4、生化培养箱在搬运、维修、保养时，应避免碰撞，摇晃震动;最大倾斜度小于45度。 5、仪器突然不工作，请检查熔丝管(箱后)是否烧坏，检查供电情况。 6、本生化培养箱制冷工作时，不宜使箱内温度与环境温度之差大于25度。

[color=#d801e5][size=5][font=KaiTi_GB2312]请问厌氧培养箱进口和国产的各有哪几个品牌是比较好的啊？[color=#0021b0]还有4W左右能买个怎么样的厌氧培养箱？要有二氧化碳和氮气的[/color][color=#f10b00]诚心请教！！[/color][/font][/size][/color]

照培养箱光照培养箱是具有光照功能的高精度恒温设备；光照培养箱是细菌、霉菌、微生物的培养及育种试验的专用恒温培养装置，特别实用于生物工程、医学研究、农林科学、水产、畜牧等领域从事科研和生产使用的理想的设备。光照培养箱外壳一般是冷轧钢板、表面采用静电喷涂工艺、内胆为工程塑料或不锈钢、保温层由聚脂发泡形成，透光窗采用双层中空玻璃以确保箱内的保温性能，箱体内部有冷、热气风道箱内气体循环流畅、温度更加均匀。微生物培养箱微生物培养箱适用于环境保护、卫生防疫、农畜、药检、水产等科研、院校实验和生产部门。是水体分析和BOD测定细菌、霉菌、微生物的培养、保存、植物栽培、育种实验的专用恒温，恒温振荡设备。微生物培养箱和光照培养箱有什么联系?光照培养箱主要是用来做植物的培养，微生物培养箱根据所培养的微生物种类的不一样又有不同种类，大致有氧和厌氧两种。 什么是植物培养箱植物培养箱实际就是一个有光照的带湿度恒温培养箱，其中的光照、温度、湿度等条件能够满足植物的生长需求。植物培养箱原理是几组灯管和一套控温装置(通常5-50度)。如果高级点的还有光照设置比如几点开灯几点关灯，什么时候光照强一些等人工气候室可人工控制光照、温度、湿度、气压和气体成分等因素的密闭隔离设备小型的称“人工气候箱”。恒温恒湿箱恒温恒温箱：可以准确地模拟恒温、恒湿等复杂的自然状环境的，有着精确的温度和湿度控制系统的一种箱体，实验室一般用在用于植物培养、育种试验；细菌、微生物培养，用作育种、发酵、微生物培养、各种恒温试验、环境试验、物质变性试验和培养基、血清、药物等物品的储存等。可广泛适用于药物、纺织、食品加工等无菌试验、广泛应用于医疗卫生、生物制药、农业科研、环境保护等研究应用领域。恒温恒湿箱工业一般用在适用于电子电工、家用电器、汽车、仪器仪表、电子化工、零部件、原材料及涂层、镀层进行高低温,高低湿的实验、在航天、航空、船舶、兵器、电子、石化、邮电、通讯、汽车、等领域倍受青睐 恒温培养箱和霉菌培养箱的区别恒温培养箱：分隔水式电热恒温培养箱和电热恒温培养箱两种隔水式电热恒温培养箱：水套遇断电时仍能较好地恒温，采用微电脑智能控温仪和双金属片调节器两种控温方式。温控范围：室温+5℃-60℃，只能把温度稳定在室温以上，不带制冷。而霉菌培养箱 ，由于霉菌适宜的生长温度是22～28℃，所以霉菌培养箱要有双制式冷热控温，当夏天室温高于30℃，为了保证霉菌适宜生长，就要制冷，把温度下调，当冬天室温低于10℃，为了保证霉菌适宜生长，就要加热，把温度上调。所以容积差不多大的霉菌培养箱和恒温培养箱，霉菌培养箱更贵一些，1000-2000元左右生化培养箱和霉菌培养箱的联系与区别生化培养箱生化箱广泛应用于细菌、霉菌、微生物、组织细胞的培养保存以及水质分析与BOD测试，适合育种试验、植物栽培。是生物、遗传工程、医学、卫生防疫、环境保护、农林畜牧等行业的科研机构、大专院校、生产单位或部门实验室的重要试验设备联系：二者都具有双制式冷热控温，区别：生化培养箱不带控湿和不带杀毒功能，而霉菌既有控湿有用杀毒功能