The wide variety of lab shaker designs on the market reflects the increasing diversity of scientific experimentation. Labs now use a greater range of sample sizes than ever before, from liters to microliters. And while replicate and combinatorial studies increase the number of samples, requirements for environmental control create yet a third dimension that shaker designers must consider.
Top 6 Questions You Should Ask When Buying a Laboratory Shaker
- What is the capacity of the unit (both for total weight and volume)
- What accessories are available?
- What is the RPM range and what increments can it be controlled in?
- Do you require a temperature controlled shaker? Incubating or water-bath shaker? Cooling?
- What shaking method do you require? Orbital, vortex, or rocking?
- What programming functions, if any, does the unit have?
Shaker types used by survey respondents:
Number of hours per day shaker is in operation:
|Less than 1 hour||28%|
|1 - 3 hours||27%|
|3 - 5 hours||15%|
|5 - 7 hours||13%|
|More than 7 hours||17%|
Nearly 56% of respondents are engaged in purchasing a new laboratory shaker. The reasons for these purchases are as follows:
|Replacement of an aging system|
|Addition to existing systems, increase capacity|
|Setting up a new lab|
Top 10 features/factors respondents look for when purchasing a laboratory shaker:
|Durability / rugged design||78%|
|Low maintenance — easy to clean||77%|
|Simple operation — easy to program and monitor||68%|
|Low noise — quiet||46%|
|Orbital vs. reciprocating motion||34%|
|Electronic speed controls||34%|