Broader production automation
Productionautomation
When a single cell isn't enough, we design automation around the machines, parts, material flow, and operations the process actually needs.
Broader automation
When the production process extends beyond one cell.
A production process rarely runs on a single machine. Broader automation connects machines, robots, additional operations, and material flow into one coordinated process.
What needs to be connected
Multiple machines and robots in one process
Grippers, tools, and changeover between parts
Additional operations, inspection, and safety
Material flow and equipment integration
Result
broader automation has to connect machines, robots, additional operations, and material flow into one coordinated process.
Technical building blocks
What can work as one connected process.
Automation can bring together equipment and operations that need to work as one coordinated system in real production.
Machines and robots
- CNC and injection molding machines
- Industrial and collaborative robots
- Grippers and special tooling
- Automatic gripper or tool changing
Operations in the process
- Additional process stations
- Vision, inspection, and measurement
- Part preparation and handling
- Safety systems
Flow and integration
- Conveyors, transport, and palletizing
- AMR or AGV transport units
- PLC, control systems, and communication interfaces
- Integration of existing equipment and data
Choosing a solution
When a standard cell isn't enough.
The process determines whether the right starting point is a standard robot cell or custom automation designed around the specific implementation.
Standard robot cell
For repeatable machine processes.
A configurable solution for CNC or injection molding machine tending, when the process matches the existing cell family and its modules.
See standard cells→Custom automation
For a process that needs its own configuration.
The solution is shaped by the machine, part, space, material flow, gripping, additional operations, inspection, and existing equipment.
See custom-built robotic cells→Example implementations
We bring in technology wherever the process needs it.
CNC machine automation
Custom-built cells for multiple machines, different part types, additional axes, automatic gripper changing, and stations alongside machining.
See this area→Injection molding
From standard part removal to insert-molding solutions with special grippers, insert preparation, inspection, and machine integration.
See this area→Collaborative automation
A cobot can be part of machine tending, pick & place, testing, packaging, assembly, or palletizing.
See this area→Material flow and logistics
Transport units, palletizing, AMR or AGV, and integration between machines, stations, and data.
See this area→Completed projects
Automation in practice.
Custom overmolding automation
Robotic overmolding cell
Automation of the overmolding process, with optimization of the required output quantity in production.
Result
Almost a third more parts than originally planned.
CNC, cobot, and material flow
Inbound-outbound conveyor line
A conveyor line for KLT containers alongside different CNC machines, built for greater autonomy of the collaborative cell.
Result
Independent, continuous operation across different workpieces, combined with an integrated camera.
Next step
We start with the actual implementation.
For broader automation, we first align the machine, part, material flow, space, and required operations.
Contact
Let's look at your production process.
Send us the basic information about your machine, parts, and workflow. Together we'll assess which automation makes sense.