PR1MA™ Mini Digital Incubator

• Digital temperature control
• Personal sized, 13 x 14.5″ footprint (20 L)
• Accepts bottles and flasks up to 2 L
• Internal outlet, for installation of shaker, rockers, etc.

With digital temperature control, the PR1MA™ Digital Refrigerated Incubator provides a convenient “set and walk away” operation, eliminating the need for external thermometers and repetitive “fine-tuning” of an analog control knob. Simply choose the desired temperature and the incubator immediately begins to heat up while accurately monitoring the chamber temperature and conveniently displaying the temperature in real-time on the large LED control panel.

Despite a modest footprint of 14.5 x 13″, the incubator features a large internal chamber, capable of storing flasks and bottles up to 2 Liters. In addition, the incubator includes two adjustable shelves and an internal outlet for powering small shakers, rockers, and other instrumentation. A mini nutating rocker (H3D1020) supplied with both flat and dimpled mats is available for the agitation of samples during incubation.

Specifications

 Models
 

Item #	Description
IN20-H	PR1MA™ Digital Incubator, Heat only (Ambient +1° to 60°C) 20 L, 100-240V
IN20-HC	PR1MA™ Digital Incubator, Heat + Cool (Ambient -15° to 60°C) 20 L, 100-240V
H2200-SH	Extra Shelf 10.5 x 8 in. for IN20-H or IN20-HC
H3D1020	Mini Nutating Rocker w/flat cord, 8 x 6 in. Platform, 115V

 

 
PR1MA™ Digital Refrigerated Incubator

• Digital temperature control
• Personal-sized, 13 x 14.5 inch footprint (20 L)
• Accepts bottles and flasks up to 2 L
• Internal outlet, for installation of shaker, rockers, etc.

With digital temperature control, the PR1MA™ Digital Refrigerated Incubator provides a convenient “set and walk away” operation, eliminating the need for external thermometers and repetitive “fine-tuning” of an analog control knob. Simply choose the desired temperature and the incubator immediately begins to heat up or cool down while accurately monitoring the chamber temperature and conveniently displaying the temperature in real-time on the large LED control panel.

Despite a modest footprint of 14.5 x 13″, the incubator features a large internal chamber, capable of storing flasks and bottles up to 2 Liters. In addition, the incubator includes two adjustable shelves and an internal outlet for powering small shakers, rockers, and other instrumentation. A mini nutating rocker (H3D1020) supplied with both flat and dimpled mats is available for the agitation of samples during incubation.

Specifications

Models
 

PR1MA™ Mini CO₂ Incubator

• Digital control of temperature and CO₂
• Personal-sized, 13 x 14.5 in. footprint (20 L)
• Accepts bottles and flasks up to 2 L
• Includes 2 stainless steel shelves
• Dual beam, infrared sensor

At only 13 inches wide, the PR1MA™ Mini CO₂ Incubator is the smallest and most economical incubator for applications requiring CO₂ gas control. Its small footprint makes the incubator ideal for use inside of biological safety cabinets, isolating sensitive cultures, or for any laboratory simply trying to conserve bench space. With a thick layer of high-efficiency insulation surrounding the chamber, the incubator is also ideal for the transportation of cells. Once power has been disconnected, the incubator maintains temperature levels within 10% of the set parameter for up to 1 hour*. In addition, each model includes a 12 V vehicle power adapter for operating the instrument in a car, boat, etc.

Both temperature and CO₂ percentages are digitally adjustable and displayed in real-time on the large LED control panel. This panel also features a “Cal” function, for easy in-lab calibration of the temperature or CO₂. In addition, humidity (up to 80%) can be added to the chamber by inserting the included (stainless steel) humidity reservoir.

Despite its small size, the incubator features a relatively large 20 L chamber with the capacity for flasks and bottles up to 2 liters. Two removable, stainless-steel shelves are included. The shelves are perforated to improve airflow within the chamber.

* If disconnected from the CO₂ supply, CO₂ percentage decreases by approx. 1%/30 min.

Specifications
 

SCO2W CO
2 Incubator, Water Jacket, 1.5 Cu Ft, IR, HEPA, 115 V

Model SCO2W water jacketed CO
2 incubator and is an ideal benchtop unit for cell culture applications. It provides a precisely controlled, accurate, pure environment throughout the culturing process. Shel Lab CO
2 incubators are designed to provide the uniform temperatures and highly stable CO
2 environments that are necessary to prevent shocks to cells. Need more space? This unit is also available in 5 cu.ft /143 L (Model SCO5W).

Standard Design Features:

• Infrared (IR) CO
  2_Sensor is extremely quick to recover CO
  2 levels after door openings and ensures superior pH stability
• Unique water jacket design provides excellent temperature uniformity of +/-0.2°C at 37°C
• Humidity levels maintained through evaporation of up to 95%
• Data logging capabilities
• Designed to minimize contamination; includes:
• Patented copper-caged HEPA filter
• Heated door to ensure superior temperature uniformity and also reduce the potential for condensation to form on the inner glass door
• Durable stainless steel chamber with coved corners for easy cleaning
• Exclusive heated copper CO
  2 inlet not only promotes temperature uniformity but also prevents moisture from being introduced into the chamber
• Copper shelving option
• Autoclavable shelving system
• Industry best warranty- 5 years parts and labor in the USA, 7 years on the IR sensor

Haier CO2 Incubator

• 115V / 60Hz Sterilization
• Uniform and Stable Temperature
• Precise CO2 Concentration
• 180ºC Dry-heat Serialization
• Fast Environment Recovery      

Haier Biomedical IoT enabled CO2 incubator with 180°C dry heat sterilization provides a safe and secure reproducible growth environment for cell cultures.

Product Features

Precise CO2 Concentration Using New IR Sensor Control Technology

Haier Biomedical's new IR Sensor technology uses DIR measurement principles and withstands high temperatures of 190ºC. The silicon MEMS transmitter can carry out more than 300 dry heat sterilization cycles to extend the service life to 15 years. Built-in temperature and humidity compensation technology reduces the impact of changes of humidity and temperature without the need for calibration after the high-temperature sterilization. The five-point calibration yields a higher measuring accuracy and sensitivity with less drift.

Fast Environment Recovery for Optimal Cell Growth

Adopting active airflow control technology, and based on the fuzzy PID control principle, the parameters can be restored without overshoot. After opening the door for 30 seconds, the temperature and CO2 concentration can be quickly restored within 4 minutes. Even if multiple users share a CO2 incubator and frequently open and close the door, the stability and uniformity of the incubator can be ensured.

180ºC Dry-Heat Sterilization Technology Minimizes Contamination

Easy and effective sterilization of microorganisms including bacteria, fungi, and micro plasma with strong resistance, at 180°C high temperatures without the need for consumables. Simply press the “sterilization key” to activate and complete the sterilization process automatically in just 12 hours. Delivers sterility level within the chamber of all surfaces to meet WS/T367-2012 standards. All components are sterilized during the process, there is no need to dissemble internal components (including CO2 sensors) and decontaminate separately, thus avoiding secondary pollution.

Anti-Condensation Heating System to Reduce Pollution Risk

The door on the CO2 incubator radiates heat to the inner glass door, effectively preventing the glass door from forming condensation. The possibility of microbial contamination caused by the condensate water is eliminated.

Intelligent Control of Circulating Air Maintains Uniformity

Automatically adjusts the circulation of the airflow, optimizing the airflow to avoid air volatilization of samples and ensuring proper uniformity throughout the chamber.

Comprehensive Safety Alarm System

The system ensures the safety of experiments and processes by utilizing an independent temperature alarm system, including a sound light and remote reminder. Other alarms include CO2 concentration, door ajar, and water shortage.

Warranty: 18 months

The HB-500 Minidizer is a personal, desktop hybridization oven that is ideal for use in laboratories with low use and limited space requirements. Microprocessor controls allow for consistent, repeatable results and the chamber interior is stainless steel with a 3/8" beta-blocking acrylic cover. The cover swings down for direct access to the bottle carousel, which can be removed from the chamber for the easy insertion or removal of bottles.

In addition to the hybridization oven features mentioned above, the Crosslinker In 95-0031-01 features:
·  Preset and manual controls for ultraviolet or time exposures
·  Preset exposure delivers 120,000 microjoules or five minutes of exposure
·  Shortwave 254nm, 8 watt, ultraviolet tubes
·  Microprocessor measures and controls UV output, ensuring maximum energy efficiency
·  Large LED display continuously displays time or energy settings
·  Tactile membrane switch keypad
·  Window on the door allows viewing of the process yet blocks out the UV radiation
·  Dimensions: 17.5W x 24H x 15D in. (445 x 610 x 381 mm)
·  1 year warranty

ProBlot™ Hybridization Ovens/Shakers

• Two models for medium to high throughput
• Precise temperature control and stability for reproducible results
• Variable speed and adjustable axis rotisseries
• Optional rocking platform and additional rotisseries

The ProBlot™ 6 and 12 meet the needs of medium to high throughput laboratories with their 6 and 12 bottle capacity.

The rotisserie and incubation system in the ProBlot™ ovens provides the perfect conditions for consistent results with low background. Mechanical convection creates an extremely uniform environment by circulating air through the chamber while heat input is controlled by a microprocessor. An integral viewing area in the door allows for sample visualization without disrupting the interior temperature. The desired agitation level is obtained with the variable speed and adjustable axis rotisserie.

Oven chambers are corrosion resistant stainless. ProBlot™ 6 and 12 have a grounded interior electrical outlet for powering small equipement. The ovens are provided with a rotisserie for 35 mm diameter bottles and 50 ml disposable tubes, a drip tray, two large bottles and a pack of hybridization mesh. A rocking platform and other rotisseries are available.
 

Specifications