Benchtop Open Air Orbital Shaker

Single-axis balanced drive technology, Ultra quiet.Shaking Speed range from 50~300 rpm.25/50 mm orbital action.Timing range 0-999h 59mins/continuous.
SKU: 300D
Availability: In Stock
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Model: 300D
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Benchtop Open Air Orbital Shaker

Benchtop Open Air Orbital Shaker


Benchtop Open Air Orbital Shaker

Model: 300D
  • Lorderan Benchtop Open Air Orbital Shaker offers precise and efficient mixing in a range of 50-300rpm, giving users the control to match the specific needs of their experiments. It's made of high-quality materials for a long-lasting, durable design. Perfect for mixing cultures and solutions, this reliable shaker can be counted on.

  • Intelligent sound and light alarm environment scanning microprocessor controller.
  • Original single-axis balanced drive technology, ultra-low and quiet.
  • LCD large-screen backlit liquid crystal display shows the set parameters and measured parameters.
  • The operating parameters are encrypted and locked to avoid human misoperation.
  • Running parameter memory function to avoid cumbersome operations.
  • Frequency conversion motor design, small vibration, low noise, high efficiency, wide speed regulation, maintenance-free, energy-saving, and long-lasting operation.
  • Over-temperature sound and light alarm function, the motor overheats, the temperature is out of control, and the abnormal over-temperature instrument automatically cuts off its own power supply.
  • With power failure recovery function, after the external power supply suddenly loses power and then comes back on, the device can automatically resume operation according to the original setting procedure.
  • The circuit for controlling acceleration ensures that the oscillator starts slowly, accelerates smoothly, and ensures the safety of experimental samples.
  • The key components are made of high-quality cast iron and ductile iron, which are durable and stable.
  • One-time molding finishing technology ensures the stability and reliability of mechanical operation.
  • The streamlined and luxurious machine shape with a very aesthetic design concept, the electrostatic color spray box, and the large-screen tempered glass window.
Model 300D 310A
Control mode PID (Microcomputer scans the micro-processing chip)
Display mode LCD display
Program control Eight segments of user-programmed programs
Security protection Automatic run, automatic stop, timing run, clock display, calls recovery, parameters memory
Additional function Watchdog timer, independent excess speed sound/light alarm, independent electric leakage, leakage/surge protection device
Circulation mode Natural convection type
Shaking mode Orbital
Drive mode Balancing device with single shaft
Environmental requirements User-specific thermostatic indoor or environment
Rotary frequency 50~300rpm 50-300rpm
Rotary accuracy ±1rpm ±1rpm
Amplitude Dia. 50mm Dia. 25mm
Timing range 0 – 999h59mins/continuous 0 – 999h59mins/continuous
Size of shaking plate 680*500 550*400
Net weight 60kg 40kg
Product size 680*615*300 mm 550*480*280mm
Power 80W 80W
Power supply AC220V±10%; 50/60Hz;  110V±10%, 60Hz

A laboratory shaker is an equipment often used in various shaking and mixing applications in the lab. It is made up of a motor-powered platform that agitates in either horizontal or orbital motion.

The shaker’s platform is designed to cater to different vessels such as flasks and test tubes. Vital features of lab shakers nowadays include adjustable shaking speed and precise temperature settings. There are several types of laboratory shakers, and one of the most common varieties is the orbital shaker. Orbital shakers ensure uniform sample agitation and even distribution of nutrients within flasks or tubes. They are commonly used in applications involving cell cultures, bacterial suspensions, washing procedures, solubility studies, and more.

When Buying a Lab Shaker
It can be challenging to navigate all of the different lab shaker options on the market. You want to find the products that will offer the best performance at the most reasonable prices. To help guide your search and ensure that you’re happy with your product purchase, there are several key questions that you should be asking.

What’s the capacity of this shaker? Capacity is one of the most important factors to consider when you’re selecting a shaker. You need to know that your shaker has the capacity you need for the particular samples that you need to process. You can find shakers in a wide variety of sizes with varying capacities so it’s important to carefully consider what your needs are before you make a purchase.

What kind of accessories are included and what extras are available? Shakers often come equipped with accessories and attachments that are designed to accommodate different sample sizes and facilitate various cycles and processes. You should find out which accessories are included with your equipment purchase, if any, and what kinds of additional accessories are available for purchase separately.

What about RPMs? The RPM capabilities of a given shaker can have a big impact on its performance, depending on your specific application. You need to consider what kind of speed you need for your application and find a shaker that accommodates those needs.

What can I expect in the long run? You need to consider the long-term performance and longevity of any equipment that you invest in. The longer a piece of equipment lasts, the more money you will save in the long-run on maintenance and replacement. With that in mind, it’s worth it to invest in higher-quality equipment, since that will offer you the best savings in the long run.

Questions to ask before purchase

  1. What is the shaking speed range of the unit?
  2. Does the unit have temperature control?
  3. What is the temperature range of the incubator shaker?
  4. What is the shaker's maximum load capacity?
  5. What platform is available for all the vessels?
  6. How many vessels can it accommodate?
  7. What is the orbit size of the lab shaker?
  8. Is the ambient shaker CO2-resistant?
  9. What accessories are compatible with the shaker?
  10. What are the safety features of the laboratory shaker?
  11. Is the equipment user-friendly?
  12. How long is the warranty period?

Must-Have Features of a Laboratory Shaker

  1. Imbalance sensor
  2. User-Friendly Control System
  3. Built for Safety
  4. Excellent Shaking Performance
  5. Adequate alarm system
  6. Programmable
  7. Accessories and Options

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