Vacuum SpinSwiper: a new and improved SpinSwiper The Vacuum SpinSwiper model will be available soon.
The Vacuum SpinSwiper makes manufacturing your microparticles even easier!
The template is now secured to the rotating plate via vacuum, eliminating the need for tape or other adhesion.
The Vacuum SpinSwiper also has digital displays for rotation speed and vacuum, so that microparticles can be produced with more consistency, improving batch to batch reproducibility.
Vacuum SpinSwiper Front View
Vacuum SpinSwiper Rear View
What is SpinSwiper?
SpinSwiper makes large quantities of microparticles for drug delivery.
Developed by Akina, Inc. to make drug eluting, controlled release microparticles (sometimes called "microspheres") out of polymers such as PLGA.
What does it do?
SpinSwiper speeds production of microparticles.
Its crossarm holds a “blade” that feeds solution to a rotating template of micro-wells present in the poly(vinyl alcohol) (PVA) template.
What is a PVA template?
The PVA template is about 100 µm thick and has numerous micro-wells with a diameter of 50 µm.
How do you collect microparticles?
After microparticles are hardened the PVA template is dissolved in water to free the microparticles for collection.
Questions & Answers
- Q: Why did we develop the SpinSwiper?
- Q: What are the advantages of the SpinSwiper method?
- Q: What is the hydrogel template method?
- Q: How does the blade fill micro-wells in a PVA template?
- Q: Are there videos showing how to use the SpinSwiper?
- Q: What do the microparticles produced by the hydrogel template method look like?
- Q: What types of polymers are commonly used to make microparticles?
- Q: What is microfabrication (or nanofabrication)?
- Q: Are the microfabrication techniques suitable for making microparticles for drug delivery?
- Q: What are microparticle products currently on the market?
- Q: Can the SpinSwiper be used to make generic microparticle products?
SpinSwiper currently unavailable for sale.
For SpinSwiper-related info, contact Sarah Skidmore: firstname.lastname@example.org
For info on polymers and custom polymer synthesis, contact
John Garner: email@example.com
3495 Kent Avenue
West Lafayette, Indiana 47906