OptiMATE Gradient Maker
for Density Gradient Centrifugation Sample Preparation
The OptiMATE Gradient Maker simplifies the laborious and error-prone density gradient ultracentrifugation (DGUC) process into an easy-to-maintain operation by automating nearly all pre-centrifuge steps, including gradient preparation, accurate dispensing, and tube sealing, significantly reducing run times without sacrificing purity or yield.
Request Information or a QuoteFeatures of the OptiMATE Gradient Maker
Automated dispense and tube sealing
- Significantly reduce error and improve reproducibility
- Compatible with most common Beckman Coulter tube sizes
- Compatible with Quick-Seal, OptiSeal, and Open-Top tubes
Pre-formed gradients
- Ability to dispense linear and step gradients
- Dramatically shorter run times (75+% reduction) for linear gradients
Simple GUI and method creation
- Train new operators in just hours, not weeks
- Published methods ensure consistency between runs and operators
- On-board visualization of gradient profiles
Automated dispense and tube sealing
Pre-formed gradients
Simple GUI and method creation
- Automated dispensing of both step and linear gradients, and automated tube sealing
- Significantly shorter run times by starting with pre-formed linear gradients
- Improved consistency – reduce errors with automation
- Generate high-quality gradients in just hours even without density gradient proficiency
- Compatible with cesium chloride (CsCl), iodixanol (IDX), and sucrose
Resources
Reducing Variability and Hands-On time in Viral Vector purification using the OptiMATE Gradient Maker

Explore OptiMATE Gradient Maker Models
Frequently Asked Questions
- Cesium Chloride
- Iodixanol (OptiPrep™)
- Sucrose
- 16 mm (8.9 to 13.5 mL)
- 25 mm (29.9 to 39 mL)
- 38 mm (94 mL)
- Quick-Seal
- Opti-Seal
- Open-Top
- Polypropylene
- Ultra-Clear
- Viruses / viral vectors (e.g., AAV)
- Virus-like particles and bacteriophage
- Extracellular vesicles (EVs)
- Proteins / protein complexes
- Lipid nanoparticles
- Synthetic nanoparticles or other nanomaterials
- Nucleic acids / plasmids
- Lipemic separations