Scientific Industries is a premier American manufacturer of laboratory equipment, headquartered in Bohemia, New York. Since its founding in 1954, the company has fulfilled its mission to provide "Robust and Reliable Tools for the Global Research Community," becoming a household name in science through the invention of the legendary Vortex-Genie®. Scientific Industries is internationally renowned for its expertise in mixing and shaking technology, delivering a portfolio of "Genie" branded products that are synonymous with durability and mechanical simplicity. By maintaining a focus on heavy-duty construction and versatile modular attachments, the brand ensures that its benchtop instruments can withstand decades of intensive use in high-throughput environments. Today, Scientific Industries is an essential partner for life science, clinical, and industrial laboratories, delivering American-engineered excellence that ensures perfectly homogeneous samples in every tube and plate.
The Scientific Industries range at LabFriend features professional stirring and mixing solutions, headlined by the iconic Vortex-Genie® 2 and the high-capacity Multi-Vortex-Genie®. These instruments are essential for re-suspending pellets, mixing reagents, and performing cell disruptions with unmatched speed and consistency. For specialized motion requirements, the brand provides advanced shaking and rocking support through their range of Genie® Temp-Shakers and orbital shakers designed for precise temperature control and gentle agitation. Their portfolio also encompasses essential general laboratory aids, featuring a vast array of modular accessories such as microplate heads, tube racks, and specialized flask attachments that transform a single mixer into a multi-purpose workstation. To support specialized bioprocessing, Scientific Industries offers advanced bioprocessing systems and rotators engineered for delicate sample handling. By choosing Scientific Industries through LabFriend, you benefit from competitive pricing and fast shipping on premium mixing technology designed for professional longevity.
Why Choose Scientific Industries for Your Laboratory?
- The Original Vortex-Genie®: Scientific Industries set the global standard for vortex mixing, creating a tool that is famous for being "indestructible" and reliable for over 30 years of service.
- Robust Metal Construction: Unlike many lightweight plastic alternatives, Genie mixers feature heavy, die-cast metal housings that prevent "walking" across the benchtop during high-speed operation.
- Modular Versatility: Their "Genie" system allows for the quick exchange of heads and attachments, making it possible to mix everything from a single microtubule to multiple 96-well plates on one base.
- Precise Control Technology: From simple analog dials to advanced digital timers and speed controls, their equipment ensures that experimental protocols can be replicated with total accuracy.
- Proudly Made in the USA: By maintaining manufacturing in New York, Scientific Industries ensures high quality-control standards and immediate availability of specialized replacement parts and accessories.
Frequently Asked Questions
1. What is the difference between the Vortex-Genie® 1 and Vortex-Genie® 2?
The Vortex-Genie 1 is designed for high-speed, "touch-on" mixing only, while the Vortex-Genie 2 features both "touch-on" and continuous-run modes, along with a variable speed controller for greater flexibility.
2. Can I vortex 96-well plates on a standard Vortex-Genie®?
Yes, by using the specialized microplate head attachment, you can securely and effectively mix the contents of a standard 96-well plate using your existing Vortex-Genie 2 or Digital Vortex-Genie.
3. Are the rubber heads on the mixers replaceable?
Absolutely. Scientific Industries provides a full range of replacement rubber caps and foam inserts. This allows you to maintain your equipment for decades rather than replacing the entire unit.
4. Can the Genie® Temp-Shaker be used for sensitive cell cultures?
Yes, the Temp-Shaker is designed to provide highly stable temperatures and gentle orbital motion, making it ideal for incubation, hybridization, and cell culture applications where environment stability is critical.
