LYNX II Automated Tissue Processor is the most unique state-of-the-art tissue processor which not only is compatible with all plastic resins but paraffin waxes as well.
- 12 reagent vials for HP processing, each 125 ml volume
- 24 reagent vials for EM processing, each 25 ml volume
- 10 Programs for EM and 10 programs for Histology
- Two independently controlled heating/cooling stations
- Easy replacement of reagent carousel
- Paraffin Processing
- Sample agitation
- Vacuum infiltration during processing
- Choice of plastic and metal containers for improved chemical compatibility and heat transfer
- Optional external media based interface to a PC for ease of programming and allowing for the editing of programs on a PC and the transfer of programs between the LYNX II and the PC
- Built-in fume extraction and ability to connect the discharge hose to lab exhaust system
- Internal battery back-up during power fail to protect the samples
- Ability to continue run after power interruption
- User Friendly Operator Interface
LYNX II is designed to be the successor of Lynx Tissue Processor with several enhancements including capabilities to perform optional processing of larger size samples for Histology. The LYNX II holds 24 reagent vials for EM processing. Optional HP (Histology processing) may be done with 12 larger size reagent vials for HP processing.
In both EM and HP modes, LYNX II has two, independently controlled, heating/cooling stations. LYNX II is a batch mode, tissue processing system. The tissues may be processed for EM or HP. Tissues of either type are processed in the same manner: Samples are mounted on the sample arm and reagents are loaded on the reagent carousel. Based on the selected program by the user, the LYNX II rotates the reagent carousel until the selected reagent station is at the processing station. At the processing station the sample is lowered in the reagent. Based on the selection of agitation and vacuum, the LYNX II periodically moves the sample arm to provide agitation and applies vacuum when the agitation is not in progress. Once the programmed time in a given reagent is over, the sample is raised and the next reagent is rotated in the processing station.
