Doing the work
Command your machines. Don’t walk to them.
McSystem centralizes automation control. It drives the laser, coordinates the material handling around it, and gives you remote action, fast scheduling, and full multi-laser visibility from a single screen.
- Job
- WO-4821
- Queue
- 6 nests
- Uptime
- 94%
- ERP
- MiSystem
- McSystem
- MxSystem
- Ship with confidence
Take control of your automation
Machines that wait on a person leak time and capacity.
When machines run on manual PLC operation and batch-only scheduling, the floor loses hours every day.
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Walking to machines to start or stop jobs
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Idle time waiting on manual input
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Missed chances to adjust schedules
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Limited visibility into performance
How it fits
One interface, standalone laser to lights-out line.
McSystem runs on a modular, distributed architecture: one consistent operator interface at every laser, a backend that coordinates jobs and devices, and optional modules for remote visibility, automated part sorting, and material handling. Start with a single standalone laser and grow into a fully automated line without changing how your operators work.
The laser still runs the cut. McSystem provides the job data, scheduling, and commands, and keeps every device synchronized in real time.
Image owed
A screenshot of the McAdvisor operator interface at the laser.
How work runs
From the queue to the cut, coordinated.
- 01
Schedule
Queue nests to each laser and reorder on the fly, from your desk instead of the floor.
- 02
Run
The laser executes the cut while McSystem sends job data and commands and tracks state live.
- 03
Handle material
Towers, load-unload, and part sorting move sheets and parts in step with the cut.
- 04
Monitor
Every machine’s status, queue, and output on one screen, standalone to full line.
At a glance
What McSystem does.
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Remote action
Start, stop, and adjust jobs from anywhere, not by walking to the machine.
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Multi-laser visibility
Every laser’s status, queue, and output on a single screen.
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Fast scheduling
Reorder the queue as priorities change, no batch lock-in.
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Coordinated material handling
Towers, load-unload, and part sorting move with the cut, not against it.
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Real-time control
Commands out, status back, continuously, so nothing runs blind.
How far it goes
One laser today. A lights‑out line when you are ready.
There is no upgrade you have to buy first. Start anywhere on this path, and what you already run carries forward: a standalone laser today connects to a networked floor in two years without being replaced.
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Standalone
One laser, tracked
The operator screen at the machine, with the backend running behind it. A local job queue, material tracking, and production history on a single laser.
- Operator interface
- Local queue
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Networked
Every laser on one screen
A central backend joins the machines into one queue, and production is visible from any workstation instead of from the machine you happen to be standing at.
- Central backend
- Remote monitoring
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Line automation
The floor moves the metal
Storage towers, load and unload, ASTES4 part sorting, and AGVs moving material between them, all coordinated with the cut rather than waiting on it.
- Towers
- Load / unload
- ASTES4 sorting
- AGV fleet
What never changes
The same operator interface at every stage. Someone trained on a standalone laser can work a fully automated line without being retrained.
What changes on the floor
Reclaim the hours the floor was losing.
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Less idle time
Machines wait less on manual input and start the next job sooner.
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More from the floor you own
Better scheduling and visibility pull more capacity out of your existing lasers.
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Stop walking the floor
Control and status live on the screen, not at each machine.
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Grow toward lights-out
Standalone laser today; automated sorting, towers, and AGVs tomorrow, the same interface throughout.