Run the whole line from one place
Recipes and operating conditions once adjusted machine by machine are managed and sent down centrally.
WaveWorks SCADA
WaveWorks SCADA manages recipes and production data for every machine on the line in one place, and automates equipment operation centrally. When a machine finishes production, it instructs the next process to start feeding, and it analyzes the production data built up at each process to trace manufacturing quality. LINKER handles communication with the machines.
Recipes and operating conditions once adjusted machine by machine are managed and sent down centrally.
When a machine finishes production, SCADA instructs the next process to start feeding. The wait while people checked and gave instructions is gone.
When the MES work order changes, the matching recipe goes into every machine on the line in order, and values are read back to confirm they match.
Production data from each process is tied to the LOT, so when a defect appears you find in which process and under which conditions it arose.
Create and approve standard recipes per product. Compare production data and adopt the conditions that gave good quality as the standard.
Trace back the process history of a defective LOT. Find which process and which condition caused the problem, and check LOTs made under the same conditions too.
See the whole line status, process progress and alarms on the central screen. Nobody walks between processes to instruct feeding or enter values.
Manage recipes for every machine on the line by product · machine · process in one place. Up to 32 setpoints per process, with version and approval history kept.
When a machine in the previous process finishes production, SCADA instructs the machine in the next process to start feeding. If the next machine is not ready, it waits and then instructs, and every instruction is recorded.
When the MES work order changes, the matching recipe is sent down to every machine on the line in order, and PLC values are read back to confirm they match. Only failed machines are resent.
Overlay production data built up at each process, such as temperature · speed · flow, with quality inspection results by LOT, and find the conditions that affected quality.
Each LOT keeps the machines it went through, the recipe version and production data by process. When a defect appears, trace back in which process and under which conditions it arose.
See tank levels, machine status and alarms for 11 process zones on a central screen. Supports Korean · English · local language screens and per-menu permissions.
Screen 1 · tank levels, machine status, aging racks, alarms
See the whole line on one central screen: tank levels, machines running · cleaning · stopped, and any machine with a problem, at a glance.
Screen 2 · completion per machine, start-feed command to next process
When the previous machine finishes production, SCADA instructs the next machine to start feeding. Processes continue without waiting in between, and every instruction and completion is recorded.
Screen 3 · work order, recipe per machine, value re-check
When a product B work order arrives, recipes go into the 5 machines on the line in order and values are read back to confirm. Operators do not enter values at each machine.
Screen 4 · LOT, process conditions, defect rate, verdict
Overlay production data by process with inspection results by LOT, and you see right away under which conditions defects rose.
Screen 5 · defective LOT, processes passed, process conditions, same-condition LOTs
When outgoing inspection finds a defect, trace back the processes and conditions that LOT went through, and check LOTs made under the same conditions as well.
Screen 6 · parameters, setpoints, units, status
Edit recipes per product · machine in one place and apply them to the line through request · approval.
Just change the work order and every machine on the line switches to the new product conditions. Less setup time and fewer input errors.
As soon as one process finishes, the next process starts feeding. The waiting time while people checked and gave instructions is gone.
When outgoing inspection finds a defect, trace back the processes and conditions that LOT went through, and group the LOTs made under the same conditions to check them together.
Compare process data and quality results of trial LOTs to find the best conditions, and register them as the standard recipe as is.
Send standard recipes approved at headquarters straight to overseas lines, with local screens in the local language.
Add products one at a time as needed, and expand like this.
Deployment model
After confirming the target line and machines, recipes per product and quality indicators, we apply it in the order of connection · screen setup · process linking verification.
Contact salesMES decides what to make and how much, SCADA decides under which conditions and in which order the machines run, and LINKER handles communication with the machines.
Connects through LINKER to the PLCs you already use, such as MELSEC · Modbus · OPC UA · MQTT. No equipment changes.
Receives work orders and quality inspection results, links them to recipes and LOT history, and keeps a processing log.
LINKER is the layer that communicates with machines to exchange data. SCADA sits on top of it as the central operation system handling recipes · process linking · quality tracing for the whole line.
MES decides what to make and how much (work orders · results); SCADA decides under which conditions and in which order the machines run (recipes · process linking). The two are connected by work orders and LOTs.
When a machine in the previous process sends a production-complete signal, SCADA instructs the machine in the next process to start feeding. If the next machine is not ready, it waits and then instructs, and every instruction is recorded.
Each LOT keeps the machines it went through, the recipe version and production data by process. When a defect appears, you find in which process and under which conditions it arose, and which LOTs were made under the same conditions.
Yes. LINKER connects via MELSEC · Modbus · OPC UA · MQTT and more, so you do not change your equipment.