AdiPress is the ergonomic solution to save time on lymph node dissections while increasing yields
For decades, lymph node recovery has been the bottle neck of the pathology lab: manual, messy, and prone to human error. AdiPress changes the paradigm with Automated Compressive Filtration (ACF), a proprietary technology that delivers a 100% recovery rate in a fraction of the time.
Place the specimen into the fixative to solubilize adipose tissue, preparing it for fast, consistent lymph node recovery.
Designed for simplicity, just load the specimen into the LymFilter and begin the automated filtration process.
Automated compressive filtration separates lymph nodes from adipose tissue, increasing yield while reducing manual dissection.
Submit standardized histology cassettes for analysis with confidence. AdiPress standardizes sample preparation while freeing laboratory professionals to focus on more valuable and meaningful tasks.
The system targets the physical property differences between fat and nodes. Fat is compressed and filtered away, leaving the nodes pristine and concentrated.
The "Back to the Bucket" phenomenon is a drain on resources. AdiPress ensures that you find every node on the first pass, significantly increasing the average node count per case and improving staging accuracy.
Unlike harsh chemical clearing, ACF is a mechanical process that maintains the cellular integrity and architecture of the nodes, ensuring your IHC and special stains remain crisp.
Eliminate the variability between different technicians. AdiPress provides a consistent, repeatable process that produces "lean" specimens, perfectly sized for standard cassettes.
What used to take a resident or tech 30-45 minutes now takes 60 seconds!
Manual lymph node searching is physically taxing and increases the risk of repetitive strain injuries. AdiPress removes the manual labor, allowing your staff to focus on high-level grossing tasks.
Dimensions
12" (W) x 12" (D) x 20" (H)
Weight
75 lbs.
Power Consumption
240W Max
Operating Voltage
100-240 VAC ~ 50-60hz
Max sample volume per cycle
256 cubic centimeters
Cycle time
~ 60 seconds
Patents
US-10126215-B2
US-10775280-B2