Vacuum Ovens
Being Scientific BOV-20 - 0.9 cu ft (24 liters) 120V ,Ambient+18 ℉ - 392 ℉ ,Ambient+10℃ - 200℃
In a vacuum drying oven, the thermal processes occur in an airtight chamber where a desired vacuum level is set using an external vacuum pump. With vacuum ovens, entire applications can take place under vacuum or in a controlled atmosphere through the introduction of an inert gas. Vacuum ovens can help in the prevention of surface reactions (such as oxidation), decontaminating samples (removing lubricants for example) as well as for speeding up the out gassing process. When determining the vacuum oven process, bear in mind that you will need the correctly sized pump to adhere to application requirements. This requires defining the appropriate chamber size, the level of vacuum desired, and how quickly you will need to reach that desired vacuum level.
Yamato Scientific America, Inc. Yamato 27L Vacuum Oven, Benchtop, 115V
Standard small size 27L benchtop vacuum drying oven with enhanced safety features. Easy input of parameters and settings. Digital PID controller supports fixed temperature, quick auto-stop, auto stop, auto start and program operations. Self-diagnostic and overheating prevention functions. Silicon rubber door seal prevents air from leaking. Independent over heating prevention device for each circuit. Customizable with N₂ gas inlet and communication ports. Calibration off-set function. Easy maintenance. Operating temp. range of 40~240°C *This unit requires a vacuum pump. If customer has one that meets the requirements of the oven they can use. If not, please search part number NC1949712*
Being Scientific BOV-210 - 7.6 cu ft (216 Liters)240V ,Ambient+18 ℉ - 392 ℉ ,Ambient+10℃ - 200℃
In a vacuum drying oven, the thermal processes occur in an airtight chamber where a desired vacuum level is set using an external vacuum pump. With vacuum ovens, entire applications can take place under vacuum or in a controlled atmosphere through the introduction of an inert gas. Vacuum ovens can help in the prevention of surface reactions (such as oxidation), decontaminating samples (removing lubricants for example) as well as for speeding up the out gassing process. When determining the vacuum oven process, bear in mind that you will need the correctly sized pump to adhere to application requirements. This requires defining the appropriate chamber size, the level of vacuum desired, and how quickly you will need to reach that desired vacuum level.
Being Scientific BOF-50T - 1.8 cu ft (51 liters)Temperature Range:Amb+10°C - 300°C .
The BOF Forced-air Convection Drying Oven series distributes heat evenly inside the chamber with an integrated fan. This is ideal for drying protocols with very tight temperature requirements. The 4.3-inch touchscreen controller provides fast, accurate, and uniform heat displacement. Users can preset 8 periods and 8 steps for a total of 64 programs. Temperature, time and fan speed can be set and programmed at the same time. The doors are engineered with airtight sealing and inner chambers are designed with corrosion resistant stainless steel. Safety alarms are installed for – overtemperature, over current protection, and temperature deviation. These ovens provide excellent temperature stability and reproducibility for all your desired application needs ensuring maximum efficiency, safety, and ease of use.
Being Scientific BON50T - 1.8 cu ft (51 liters)Temperature Range:Amb+10°C - 300°C .
The BON Natural Convection Drying Oven series offers low air turbulences for gentle drying and heating. This is ideal for sterilization, powder drying and high temperature storage. The 4.3-inch touchscreen controller provides fast, accurate, and uniform heat displacement. Users can preset 8 periods and 8 steps for a total of 64 programs. Temperature and time can be set and programmed at the same time. The doors are engineered with airtight sealing and inner chambers are designed with corrosion resistant stainless steel. Safety alarms are installed for – overtemperature, over current protection, and temperature deviation. These ovens provide excellent temperature stability and reproducibility for all your desired application needs ensuring maximum efficiency, safety, and ease of use.
Being Scientific BOV-50 - 1.8 cu ft (53 Liters)120V ,Ambient+18 ℉ - 392 ℉ ,Ambient+10℃ - 200℃
In a vacuum drying oven, the thermal processes occur in an airtight chamber where a desired vacuum level is set using an external vacuum pump. With vacuum ovens, entire applications can take place under vacuum or in a controlled atmosphere through the introduction of an inert gas. Vacuum ovens can help in the prevention of surface reactions (such as oxidation), decontaminating samples (removing lubricants for example) as well as for speeding up the out gassing process. When determining the vacuum oven process, bear in mind that you will need the correctly sized pump to adhere to application requirements. This requires defining the appropriate chamber size, the level of vacuum desired, and how quickly you will need to reach that desired vacuum level.
Biosurface Technologies Corp CDC Biofilm Reactor with 220V Standard Stir Plate, Mid- to High-Shear Laboratory Biofilm Growth Device, BioSurface Technologies Corporation.
"The CDC Biofilm Reactor® consists of eight (8) polypropylene coupon holder rods suspended from a UHMW-polyethylene ported lid. Each coupon holder rod can accommodate three (3) 1/2-inch (12.7 mm) diameter coupons, for a total of twenty-four(24) coupons. The lid (with coupon holders and coupons) is mounted in a 1-liter glass vessel with side-arm discharge port. A liquid growth media or biocide is circulated through the vessel while mixing and shear is generated by a magnetic stir bar and vane rotated by a magnetic stir plate.Sampling of the coupons is conducted by aseptically removing individual coupon holder rods with accompanying coupons (3). The coupon holder (or blank) rod is replaced in the lid after sampling to allow the time-course experiment to continue. The coupon removed from the reactor vessel is then used for treatment evaluations, scraped or vortexed to collect the biofilm sample for further study.
Being Scientific BOV-120 - 4.4 cu ft (125 Liters)240V ,Ambient+18 ℉ - 392 ℉ ,Ambient+10℃ - 200℃
In a vacuum drying oven, the thermal processes occur in an airtight chamber where a desired vacuum level is set using an external vacuum pump. With vacuum ovens, entire applications can take place under vacuum or in a controlled atmosphere through the introduction of an inert gas. Vacuum ovens can help in the prevention of surface reactions (such as oxidation), decontaminating samples (removing lubricants for example) as well as for speeding up the out gassing process. When determining the vacuum oven process, bear in mind that you will need the correctly sized pump to adhere to application requirements. This requires defining the appropriate chamber size, the level of vacuum desired, and how quickly you will need to reach that desired vacuum level.