Growth Chamber

Description: Percival has newly redesigned the PGC-10 using a patent pending high efficiency lamp bank. The single tier plant growth shelf is lit by a patent pending lamp bank that is specifically designed to optimize energy efficiency by managing the heat inside the lamp bank. The design produces a

• Chamber Capacity: 63.099999999999994 cubic feet
• Temperature Range: 10 to 44 C
• Temperature Control Accuracy: 0.5 ± °C
• Temperature Control: Cooling

Description: The LT-105 plant growth chamber offers you the ability to measure the following parameters: cold hardiness, freeze tolerance, heat stress, and exposure to a series of temperatures (spring, summer, fall and winter-like conditions).

• Chamber Capacity: 121.19999999999999 cubic feet
• Temperature Range: 0 to 44 C
• Temperature Control Accuracy: 0.5 ± °C
• Temperature Control: Cooling

Description: Vibrant and healthy plants are essential for all plant biology studies. No other environment provides more accurately controlled conditions for optimum plant research than a Plant Growth Chamber. Caron provides a full range of innovative, environmentally controlled Plant Growth

Description: Reach-in environmental simulation plant growth chambers designed for diverse applications in biotechnology and plant research, namely Arabidopsis. With unparalleled control over temperature, humidity, airflow, and photoperiod, these chambers offer a range of options to cater to

• Temperature Range: 23 to 113 F
• Capacity: 19.175858897509798 to 42.16570078015966 cubic feet
• Maximum Growing Height: 5.905515 to 12.992133 inch
• Light Intensity: 300 to 3,000 micromoles/m^2/s

Description: With its unique ability to adapt to four different research applications, the Adaptis A1000 offers an economical and flexible equipment platform. The base chamber itself can be fitted with one of four specially configured kits, and each kit is specifically designed for a particular

• Temperature Range: 39.2 to 113 F
• Capacity: 35 cubic feet
• Maximum Growing Height: 8 to 42 inch
• Light Intensity: 225 to 700 micromoles/m^2/s

Description: The PG2500 is a single tier reach-in chamber optimized for tall plant research with high intensity lighting options and 60 1/2" (1540mm) of growth height. Its compact, space saving design enables tight positioning in the lab and improves accessibility for service. With features that

• Temperature Range: 50 to 113 F
• Capacity: 71.6 cubic feet
• Maximum Growing Height: 60.5 inch
• Light Intensity: 900 micromoles/m^2/s

Description: Guidelines for Measuring and Reporting Environmental Parameters for Plant Experiments in Growth Chambers

Description: STANDARD GUIDE FOR GREENHOUSE OR GROWTH CHAMBER EVALUATION OF NEMATICIDES AGAINST ROOT-KNOT NEMATODE

Description: Guide for Greenhouse or Growth Chamber Evaluation of Nematicides Against Root-Knot Nematode (Withdrawn 1997)

Description: Conviron continues to lead the industry with innovative solutions in controlled environment systems. For applications that require the large capacity of a greenhouse with the precision of a growth chamber, we now offer our new Conviron Growth HouseTM. Amalgamating select

• Temperature Range: 12 to 35 C
• Humidity Range: 75 % RH
• Temperature Control: Cooling, Heating
• Parameters: Humidity, Temperature

Description: The EF7 is a slightly larger floor-standing version of the E7 'tabletop' plant growth chamber. As with the E7, the EF7 is highly configurable and suitable for a wide variety of research and teaching applications. The chamber offers over 42" (1060mm) of growth height with

• Chamber Capacity: 25 cubic feet
• Temperature Range: 10 to 45 C
• Temperature Control Accuracy: 0.5 ± °C
• Humidity Range: 50 to 90 % RH

Description: Aralab’s ‘HP’ Growth Chambers cater to tall plants requiring high light intensity and ample growth height. In these single-tier chambers, lights are ceiling-mounted to mimic natural sunlight. Boasting outstanding temperature, humidity, airflow, and photo-period control,

• Temperature Range: 41 to 113 F
• Capacity: 176.5732863490773 to 882.8664317453866 cubic feet
• Maximum Growing Height: 17.716545 to 30.314977 inch
• Light Intensity: 300 to 1,000 micromoles/m^2/s

Description: Standard Guide for Developing Methodology for Evaluating the Ability of Indoor Materials to Support Microbial Growth Using Static Environmental Chambers

Description: Environmental Growth Rooms, equipped with multi-tier growth modules tailored for plant cultivation. With the flexibility of individual light control on every tier, these rooms facilitate the creation of a wide range of highly precise and repeatable environmental conditions. Description

• Temperature Range: 41 to 113 F
• Capacity: 176.5732863490773 to 882.8664317453866 cubic feet
• Maximum Growing Height: 17.716545 to 30.314977 inch
• Light Intensity: 300 to 600 micromoles/m^2/s

Description: Standard Test Method for Resistance to Growth of Mold on the Surface of Interior Coatings in an Environmental Chamber

Description: Caron’s full line of Insect Growth Chambers provide a unique medium to high volume solution for a wide variety of entomological studies. Our Insect Growth Chambers offer reliable results for insect rearing experts in numerous fields and disciplines. Many standard features

Description: Standard Test Method for Resistance to Growth of Moid on the Surface of Interior Coatings in an Enviormental Chamber

Description: Electronically controlled APT.line™ preheating chamber assuring temperature accuracy and reproducible results Temperature range 0 °C to 70 °C (without illumination) Temperature range 5 °C to 60 °C (with illumination) 3 variable positioned illumination cassettes with 5 daylight illumination

• Chamber Capacity: 24.7 cubic feet
• Temperature Range: 10 to 60 C
• Features: Alarm(s), Lights, Plant Growth, Programmable, Shelves
• Temperature Control: Cooling, Heating

Description: Percival Seed Germination chambers are designed exclusively for seed germination and development. Our chambers remove the worry of outside contamination while providing precision control. Seed Germination Chamber benefits include: Slide out shelves allow for multiple experiments

• Temperature Range: 10 to 44 F
• Capacity: 62.4 cubic feet
• Maximum Growing Height: 2.6 inch
• Light Intensity: 60 micromoles/m^2/s

Description: Electronically controlled APT.line™ preheating chamber assuring temperature accuracy and reproducible results Temperature range 0 °C to 70 °C (without humidity and illumination) Temperature range 10 °C to 60 °C (with humidity and illumination) Humidity range 10 % to 80 % RH (without

• Chamber Capacity: 8.5 cubic feet
• Temperature Range: -5 to 100 C
• Humidity Range: 10 to 90 % RH
• Features: Alarm(s), Chart Recorder, Humidity Control, Lights, Plant Growth, Programmable, Shelves

Description: laboratory microenvironment conditions. These chambers are not intended to duplicate room conditions, and care must be taken when interpreting the results. Static chambers are not a substitute for dynamic chambers or field studies. 1.5 A variety of microorganisms, specifically

Description: 1.1 This test method describes a small environmental chamber and the conditions of operation to evaluate reproducibly in a 4-week period the relative resistance of paint films to surface mold fungi, mildew growth in a severe interior environment. The apparatus is designed so it can be

Description: Optimized environmental plant growth rooms for precision plant production, suitable for medical plants and cannabis, ensuring superior environmental control and yields. From germination to harvest. Description From germination to flowering, FitoClima rooms for Medical plants are designed to

• Temperature Range: 41 to 113 F
• Capacity: 353.1465726981546 to 1,059.439718094464 cubic feet
• Light Intensity: 250 to 2,000 micromoles/m^2/s
• Features: Alarms, Control Panel, Programmable

Description: efficiently. Proper utilization of the curing chambers’ design and size can be a challenge. If the chamber design is under-sized, the production rate will fall short. If the curing chamber is over-sized, excessive curing time cycles will occur. An under-sized or over-sized

• Secondary Capability: Moisturizing / Humidifying
• Features: Other
• Equipment Type: Tray / Cabinet / Tunnel Dryer

Description: Removable Pop-Off™ front cover for easy set-up and cleaning Ezee Sleeve™ port systems for direct hands-in access to the chamber, without comprising the integrity of the internal environment. Internal HEPA filtration delivers unrivaled air cleanliness ratings within the chamber for

• Length: 1.23228413 inch
• Width: 3.72441146 inch
• Type: Cleanroom / Lab Workstation

Description: growth. Separate the media chamber from the slide using removal tool (included). Biocompatible acrylic adhesive seals the media chamber and slide, preventing well-to-well contamination. Wells feature a hydrophobic border that defines their growth area. Superfrost

• Number of Wells: 8
• Microplate Well Volume: 199.9788796366389 to 499.94719909159727 µl

Description: fluorescent stained cell cultures as they do not interfere with fluorescent labels. All Chamber Slide systems are presterilized. Systems consist of a miniature polystyrene media chamber with a #1 borosilicate cover glass as the growth surface. Chambered cover glasses are sealed

• Number of Wells: 8
• Microplate Well Volume: 199.9788796366389 to 399.9577592732778 µl

Description: fluorescent stained cell cultures as they do not interfere with fluorescent labels. All Chamber Slide systems are presterilized. Systems consist of a miniature polystyrene media chamber with a #1 borosilicate cover glass as the growth surface. Chambered cover glasses are sealed

• Number of Wells: 1
• Microplate Well Volume: 2,499.7359954579865 to 4,499.524791824376 µl

Description: fluorescent stained cell cultures as they do not interfere with fluorescent labels. All Chamber Slide systems are presterilized. Systems consist of a miniature polystyrene media chamber with a #1 borosilicate cover glass as the growth surface. Chambered cover glasses are sealed

• Number of Wells: 4
• Microplate Well Volume: 499.94719909159727 to 899.9049583648751 µl

Description: The In-VitroCell ES NU-5820 Microbiological CO2 Incubator features relative humidity (RH) control for cell lines prone to dessicaiton by utilizting a sensor that mesaures humidity in the chamber and injects 99.99% HEPA filtered vapor into the growth chamber to maintain setpoint.

• Chamber Capacity: 7.06 cubic feet
• Carbon Dioxide Range: 0.1 to 20 (%)
• User Interface: Digital Front Panel
• Display Type: Digital Numerical Display

Description: Model NU-5700 is a CO2 Incubator uses direct heating elements that surround the growth chamber to maintain set point temperature. Model NU-5700 comes standard with a dual wave infrared (IR) sensor to control CO2 gas levels creating optimal growth conditions at or near body

• Chamber Capacity: 5.6499999999999995 cubic feet
• Carbon Dioxide Range: 0.1 to 20 (%)
• User Interface: Digital Front Panel
• Display Type: Digital Numerical Display

Description: The OSLO Crystallizer (the growth type crystallizer) consists of a concentric two-body arrangement connected by a central downcomer. The lower body (retention or growth chamber) supplies the necessary volume and fluidization characteristics for developed supersaturation release

Description: The InVitroCell™ ES (Energy Saver) model NU-8600 is a CO2 Incubator that uses heated water that surrounds the growth chamber to created uniform temperature conditions for cell culture growth. Water Jacket model NU-8600 also uses an IR sensor to maintain proper CO2 gas levels and

• Chamber Capacity: 5.6499999999999995 cubic feet
• Carbon Dioxide Range: 0.1 to 20 (%)
• User Interface: Digital Front Panel
• Display Type: Digital Numerical Display