Description
Our microwell plate washer is designed to effectively remove a wide range of chemicals and biological contaminants without cross-contamination, ensuring safe, consistent plate cleaning and reliable reuse.
Features
Multiple Plates Per Cycle
Cleans up to 4 SLAS standard microwell plates in a single cycle and up to 20 plates per hour.
Customized Cleaning
Can accommodate up to 4 reagents; Wash protocols are refined based on individual customer assays and requirements.
Maintains Plate Integrity
Avoids high temperatures and corrosive chemicals so plate integrity is maintained through repetitive reuse.
Consumable Savings
Allows for reduced consumable purchases with 90% cost savings and positive environmental impact through reuse.
ISO 9001 & 13485 certified
Demonstrates our commitment to quality management, continuous improvement and product realization.
How We Wash
Utilizing proprietary technology, Grenova’s products ensure thorough washing and decontamination of microwell plates and other consumables, allowing for multiple reuses without compromising quality. Microwell plates can be washed through programable and optimizable wash protocols that include these 5 steps.
HIGH-PRESSURE FLUSH
Flush of DI water with cleaning agent to dislodge larget contaminants from the plate wells.
UVC LIGHT EXPOSURE
Kills 99% of infectious diseases from the plate surfaces; makes plates DNA, RNA free.
SOAKING
Immerses plates in a cleaning solution to loosen any additional particles.
SONICATION
Removes smaller contaminants from the plate surfaces by applying sound energy to agitate particles.
MECHANICAL TIP AGITATION
Dislodges additional contaminates; aids in the rinsing process by removing droplets of water and reagent.
Validation
We understand that trust in the performance and safety of laboratory consumables is paramount. Our validation studies demonstrate that our solutions allow scientists to reach the highest standards of accuracy and reliability. Explore the evidence and see how our solutions deliver uncompromised performance with a commitment to sustainability.
Validation Studies
- A Single Pipette Tip Washing Protocol is Sufficient to Reduce Carryover in a Panel of 53 Drug Analytes via ELISA
- Cleaning and Reusing Microwell Plates with the Grenova PlateNovus for Use in Protein Concentration Assays
- Evaluation of Tip-Washing Technology for Forensic Applications
- Evaluation Studies for Washed Tips: Red Blood Cells, Plasma, Serum
- Integrating Tip Washers into Automation System Waste Management Procedures
- National Consumer Goods Company Evaluation of Accuracy and Reproducibility of Pipette Tips Washed with Grenova’s TipNovus® Mini
- Reduction of Plastic Waste Through the Use of Automated Pipette Tip Washing
- TipNovus® Mini Validation: Toxicology & Forensics – Residual Sample Carryover Study
- TipNovus® Validation: PCR Pipette Tips Verify Accuracy and Precision of Washed Tips