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Prism R Microcentrifuge On Sale - LOWEST PRICE OF THE YEAR!

Seize this exclusive opportunity to own a Prism™ R Refrigerated Microcentrifuge at an incredible price of only $3,298.00 — originally $5,524.45! 
Save over 40% with this limited-time offer!

Don't miss out! Extended Promotion, Now valid until December 31, 2024. Terms and conditions apply.


 


Prism™ R Refrigerated Microcentrifuge

  • Powerful refrigeration system, Quick-Cool to 4° C in 8 minutes
  • Includes easy access rotor (24 x 1.5 mL) up to 17,135 xg
  • Exceptionally quiet and compact
  • Optional StripSpin™ adapter for 0.2 mL tubes and strips
  • 2-year warranty

 

The Prism™ R refrigerated microcentrifuge is the premier model of Labnet's microcentrifuge product line. The unit features a powerful brushless motor and an intuitive control panel. 

 

The Prism™ R is the refrigerated microcentrifuge model that incorporates a powerful cooling system that maintains temperatures as low as -10°C and can reach 4°C in less than eight minutes. 

 

Speed is easily set and displayed in either rpm or rcf. Operation of the unit can be timed, continuous, or momentary using the "Quick" button. Vibration-free operation is ensured by an isolation system. In the event of a significant imbalance, the operation of the centrifuge is automatically stopped for safety. Deceleration at the end of a run is very quick but will not disrupt samples.

 

These microcentrifuges are supplied with a uniquely designed 24 x 1.5 / 2.0 mL rotor that allows easy access to the tops of the sample tubes. Individual tube slots in the solid aluminum rotor support tubes along their length and contain the sample in the event of tube failure. Adapters are available for smaller tubes as well as PCR strips. The rotor is seated on a tapered shaft which facilitates easy removal for cleaning and autoclaving. 

 


Specifications 

Max. Speed  13,500 rpm
Max. RCF  17,135 x g
Maximum Capacity24 x 1.5/2.0 mL
Temp. Range  -10 to 40° C
Dimensions  10.9 (W) x 17.75 (D) x 9.75 (H) in.
  27.7 (W) x 45 (D) x 24.75 (H) cm
Timer0.5 to 99 minutes or continuous,
"Quick” button for momentary operation
Cooling Time (Room Temp. to 4° C)     8 min.
Electrical  ~120 or ~230V, 50/60Hz
Weight  44 lb. / 20 kg.

 

 

Item#:
ASPRISMRREFI

LabNet LabValues Promotions 2024!

For a limited time enjoy discounted pricing on the MultiGene™ OptiMax Gradient Thermal Cycler (TC9610)

 See flyer for more details.


Promo is valid 07/1/24 – 12/31/24.

Not to be combined with any offers or discounts. No institutional pricing. All terms apply.   


 


MultiGene™ OptiMax Thermal Cycler

 

This simple-to-program PCR thermal cycler unit is compact in design and built to perform. Programming is intuitive with the large display and multiple pre-programmed templates supplied with the unit.

 

The OptiMax comes with standard built-in 2-step, temperature optimization, touchdown, and time increment protocols that are easy to adjust to meet your cycling needs. You can select lid temperature or turn it off depending on your needs. The faster ramp rates allow more work to be done in a workday.
 

 

Additional Thermal Cycler Product Features:

  • Unique Flexible Programming with FlexTemp™ technology
  • Fast ramp rates 5°C heating / 3.5°C cooling
  • Simple user interface
  • No condensation after overnight cooling at 4°C
  • 3-Year Warranty

 

Distinct Heat Optimization

The MultiGene™ OptiMax employs a new protocol optimization process improving on older gradient features. This “Better than Gradient” capability allows users to select up to 6 distinct annealing temperatures to be run simultaneously. This is ideal for method optimization as well as applications like genotyping.

 

The OptiMax utilizes FlexTemp™ technology that effectively separates the 96-well plate into 6 – (4 x 4) temperature regions that allow you to pick the temperatures you want to test against. These regions are easily identified by the blue and black squares visible on the microplate platen. Instead of having the thermal cycler choose temperatures for you, you can choose any temperatures you want within a 24°C range.

 

The MultiGene™ OptiMax has a heating rate of 5°C /sec and a cooling rate of 3.5°C/sec. We have minimized overshooting and undershooting so that your reactions only see the temperatures they are supposed to see. This also leads to faster runs time.

 

Intuitive User Interface

The MultiGene™ OptiMax utilizes an intuitive user interface. This user interface is friendly to the laboratory environment and consistent with what our customers previously enjoyed in our earlier models. It can be used with lab gloves even if wet. We have improved the ramping speed and eliminated overshooting and undershooting which contributes to longer run times.

 

Fully Adjustable Heated Lid

The OptiMax’s heated lid is fully adjustable to provide optimum pressure for use with a broad range of tubes and microplates. For optimum performance, the lid can also be programmed to hold different temperatures between 60° to 65°C and 100° to 115°C. The OptiMax lid prevents condensation and slides away and back from the user to provide full access to samples and reduce the risk of coming in contact with a hot surface.


Specifications 

Sample Capacity1 x 96 well plate, 12 8 x 0.2 mL strip tubes,
96 x 0.2 mL tubes
Programmable Temperature Range4°C to 99.9°C
Temperature ControlCalculated or block
Temperature Accuracy/Uniformity±0.5°C/±0.5°C
Heating/cooling methodPeltier
Max. heating/cooling rate4°C/3°C per second
Temperature range of 6-segment blocks30°C to 99°C Temperature of 6-segment blocks
can be set independently.
Maximum Temperature difference between 6-segment blocks24°C
6-segement temperature blocks6 temperature blocks in 4 x 4 well format
Programmable lid temperature60° to 65°C, 100° to 115°C
Program memory200 complete programs
Temp. increments/decrementsYes
User program folders50 sets
Password protected programsYes
CommunicationUSB and RS232 ports
Dimensions (W x D x H)9.4 x 16.5 x 9.8 inches
Weight19.8 lbs
Electrical120 V (TC9610) or
240 V (TC9610-230), 50/60 Hz


 

 

Item#:
ASPCRTC8
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