ERK Industry
Endüstri Vadisi
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Hello,
We have a local system used on-site in machining companies for work orders, operation tracking, machine status, part revisions, quality control, maintenance, inventory, and lead time visibility.
Getsflow, which we developed under the umbrella of Erkindustry, is a production and operations tracking platform specifically designed for manufacturing companies. We have an active structure and real user feedback, especially in the machining sector.
Our focus area is workshops with operations such as CNC turning, milling, vertical machining, grinding, and EDM.
Our claim is this:
We offer a more flexible, more rapidly adaptable, and easier-to-use system on-site compared to classic and heavy ERP systems. It's not just about desktop reporting; it's a practical system where the operator, planning, quality team, and management can see the same production flow.
The main problems we frequently observe on-site are:
In your opinion, how are these processes currently managed most practically in machining companies?
Where do the biggest problems arise in companies using Excel, paper work orders, ERP, MES, WhatsApp, or custom software?
I would especially like to get on-site opinions on the following topics:
I would like to hear comments from those who manage, use, or have tried similar systems for these processes.
In your opinion, what should a good production tracking system definitely do for machining, and what should it leave out as unnecessary complexity?
We have a local system used on-site in machining companies for work orders, operation tracking, machine status, part revisions, quality control, maintenance, inventory, and lead time visibility.
Getsflow, which we developed under the umbrella of Erkindustry, is a production and operations tracking platform specifically designed for manufacturing companies. We have an active structure and real user feedback, especially in the machining sector.
Our focus area is workshops with operations such as CNC turning, milling, vertical machining, grinding, and EDM.
Our claim is this:
We offer a more flexible, more rapidly adaptable, and easier-to-use system on-site compared to classic and heavy ERP systems. It's not just about desktop reporting; it's a practical system where the operator, planning, quality team, and management can see the same production flow.
The main problems we frequently observe on-site are:
- Lack of clear visibility into which operation a work order is in
- Inability to instantly track whether a machine is running, waiting, or broken down
- Part revisions being scattered across Excel, WhatsApp, folders, or paper work orders
- Quality control records not being linked to the production process
- Inability to clearly analyze scrap, rework, and downtime reasons afterward
- Maintenance, inventory, purchasing, and subcontracting processes progressing disconnected from production
- Management's inability to see active jobs, delayed operations, and lead time risks on a single screen
- A single flow from quote to work order, work order to production, and production to quality and shipment
- Machine, operator, operation, and part-based tracking
- Separate monitoring of setup time and cycle time
- Work distribution to multiple machines
- Quality control, scrap reason, and downtime reason records
- Integration of maintenance planning, inventory, purchasing, and subcontracting processes into the same structure
- Simple tablet screen for operators
- Live production dashboard for management
- Automatic data acquisition infrastructure with connections like IoT / MTConnect / OPC-UA for suitable machines
In your opinion, how are these processes currently managed most practically in machining companies?
Where do the biggest problems arise in companies using Excel, paper work orders, ERP, MES, WhatsApp, or custom software?
I would especially like to get on-site opinions on the following topics:
- Work order and operation tracking
- Part revision management
- Machine/operator-based production visibility
- Quality control and scrap records
- Downtime reason and maintenance tracking
- Early detection of lead time delays
- Operators actually using the system
I would like to hear comments from those who manage, use, or have tried similar systems for these processes.
In your opinion, what should a good production tracking system definitely do for machining, and what should it leave out as unnecessary complexity?


















