The carrier holds the plate through the conveyors of HPTLC PRO Modules.
Consumables are products that consumers use recurrently, i.e., items which “get used up” by the process of using them or discarded. Therefore they do not fall under the regular warranty terms. HPTLC PRO Modules operate with a set of consumables such as bottle contents and rack contents
visionCATS documents consumables for all CAMAG devices.
visionCATS manages and check consumables for HPTLC PRO Modules only.
The transport unit in the front part of the HPTLC PRO Module:
on which carrier insertions are performed from the left (manual loading position)
holds the carriers and moves them to the right or the left
moves a carrier to the feeding position
performs the carrier identification once it was transported in the feeding position
transports the carrier either to the right of each individual Module or System or to the manual unloading position
- Conveyor Manager¶
The software component belonging to the visionCATS Server which:
The component within each HPTLC PRO Module, which moves the carrier between the feeding position on the conveyor (front), the park position, reference position and the processing position in each module (rear).
- Feeding position¶
This refers to the position in the front of the conveyor of each module, where the feeder fetches the carrier to feed it into the rear of each module or unload it back to the conveyor.
- HPTLC PRO Administrator¶
- HPTLC PRO Instrument Service¶
HPTLC Instruments communicate with visionCATS through the HPTLC Instrument Service whereas HPTLC PRO Modules communicate with visionCATS through the new HPTLC PRO Instrument Service. The HPTLC PRO Instrument Service detects and establish USB connections with the HPTLC PRO Modules. It executes requests coming from the Conveyor Manager and gives feedback. The HPTLC PRO Instrument Service is installed by the visionCATS Installer.
- HPTLC PRO Module¶
Each single Module of the CAMAG® HPTLC PRO SYSTEM. The HPTLC PRO SYSTEM consists of:
HPTLC PRO Module APPLICATION
HPTLC PRO Module DEVELOPMENT
HPTLC PRO Module DERIVATIZATION
HPTLC PRO Module MS-INTERFACE
HPTLC PRO Module DETECTION
HPTLC PRO Module PLATE STORAGE
- HPTLC PRO SYSTEM¶
The HPTLC PRO SYSTEM consist in a set of HPTLC PRO Modules (order is important) connected together to execute automated runs. The definition of the HPTLC PRO SYSTEM in visionCATS must match the way HPTLC PRO Modules are physically arranged.
- HPTLC PRO SYSTEM Supervisor¶
New visionCATS user role defining the ability to trigger the execution of sequences in the HPTLC PRO SYSTEM after having prepared all the necessary consumables.
A run is divided into several moves. Each move consists in:
Loading the carrier for the first move, or unparking from previous instrument for subsequent moves
Moving the carrier though the conveyors (to the left or to the right) until reaching the unpark position of the step’s instrument being executed by the move
Parking the carrier
Executing the step associated with the move
For the last move only, unparking and moving the carrier to the last instrument of the line and ejecting it
- Park position¶
When the Conveyor Manager parks a carrier, the module’s feeder moves the carrier inside the instrument. The carrier is then in park position. The park position is the starting point of the execution of a step by the instrument. Once in park position, the module is ready to move the conveyor if another carrier must go through the instrument.
A carrier is identified by its RFID tag when it reaches the Feeding Position on the conveyor.
The run represents a set of automated HPTLC PRO steps to execute for a given analysis in a given HPTLC PRO SYSTEM. If an analysis contains HPTLC PRO and HPTLC/TLC steps, the software automatically sets the run in the queue, as soon as the user performed the pending manual HPTLC/TLC step. The software then automatically continues the run.
The runs added to a CAMAG® HPTLC PRO SYSTEM are grouped into sequences. The runs placed in the same sequence are compatible in term of consumables and there are up to 5 runs pro sequence.