MaxQ 2000 E Class Benchtop Orbital Shaker, Model: BTS-3500 with Block Heater

MaxQ 2000 E Class Benchtop Orbital Shaker, Model: BTS-3500 with 6 section Block Heater.
Manufactured by Lab Line for JKEM Scientific MaxQ 2000 Orbital Shaker With Heating Block Adapter is ideal for shaking flasks, vials, beakers, Petri dishes, and other sample containers.

Descriptions:
⦁ The unit features variable speed ranges.
⦁ An adjustable timer.
⦁ Come with 5 J-KEM scientific blocks for testtube made of plastic and steel.
⦁ Equipped with water jacket and its original power cable.
⦁ Can be heated electrically or with hot water due to water jacket presence.
⦁ Thermo MaxQ 2000 Orbital ShakerModel SHKE2000 With Heating Block Adapter operates in temperature ranges of 4°C to 40°C
⦁ Humidity conditions of 20 to 80% non-condensing.
⦁ Enabling the unit to be used in incubators, warm rooms, environmental chambers and refrigerators.
⦁ Microprocessor controller ensures acurately speed and time .
⦁ Advanced internal memory to controll speed and time set point even when power is interrupted.
⦁ Contol pannel with all button and displays.

Specifications: MODEL NO; BTS 3500
Model:                  MAX Q 2000 E CLASS
Equipment:           Heater, shaker, stirrer
Speed:                 15 to 500 rpm (+/- 1 rpm)
Timer:                   Continuous or timed 1-999 hours
Orbit:                    1.9 cm (0.75 inc)
Control:                 Digital
Humidity range:     20 to 80%
Length exterior:     17.4in
Width exterior:       13.5in
Height:                   6.4in
Operating temperature: 4°C to 40°C
Load bearing capacity: 35lbs
Motor type:           Triple Eccentric Drive
Display:                 2 individual LED displays indicate time/speed simultaneously
Dimensions:          13.5″W x 17.4″D x 6.4″H (34.4 x 44.2 x 16.3 cm)
Weight:                  40 lbs (18.1 kg)
Power:                  120V, 50/60Hz, 0.8A, 45W

Key Features of the MAXQ 2000 E-Class Heater/Stirrer with Blocks:

1. Heating and Stirring:

   • Combines heating and stirring in one compact unit, making it ideal for maintaining a consistent temperature while mixing samples.
   • Provides uniform heating across the surface, preventing overheating or inconsistent temperature distribution.

2. Block Style for Versatility:

   • Designed with interchangeable blocks that can accommodate various sizes of sample tubes, flasks, or vials, offering versatility in different laboratory applications.
   • Blocks are commonly used for dry bath heating or sample incubation.

3. Temperature Control:

   • Offers precise temperature control with a digital thermostat, allowing for temperature settings from ambient to up to 100°C (or higher, depending on the model).
   • Temperature stability and accuracy are important for experiments that require constant and controlled conditions.

4. Stirring Mechanism:

   • Comes equipped with a magnetic stirring mechanism, enabling the system to stir liquids or suspensions efficiently while maintaining a controlled temperature.
   • Variable speed control is available to adjust stirring rates based on specific experimental needs.

5. User-Friendly Interface:

   • Typically features a digital display and easy-to-use controls for setting temperature and stirring speed.
   • Some models offer programmable features for repeated use of specific settings.

6. Applications:

   • Chemical synthesis
   • Sample preparation
   • Cell culture media preparation
   • DNA/RNA extraction
   • Pharmaceutical research
   • Food and beverage testing

7. Safety Features:

   • Built-in over-temperature protection and thermal cutoffs to prevent overheating and ensure safe operation.
   • Some models offer overcurrent protection for the stirring motor to prevent damage in case of blockages.