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Specialist Robotic Solutions for Industry – Robots and Cobots Boosting Productivity

Specialist robotic solutions from ZW Automation are comprehensive production process automation systems, individually designed to meet the needs of industrial facilities. We integrate both industrial robots and collaborative robots (cobots) from various manufacturers, matching the technology to diverse working conditions, available floor space, and expected throughput.

Automation of CNC Machines and Machining Workstations

We automate the operation of CNC machines, presses, punching machines, grinders, welding stations, assembly lines, and many other processes. Our systems are not an “add-on” to the machine – they are its intelligent extension, increasing productivity, safety, and control over production. CNC machine operation demands repeatability, precision, and continuous uptime. Robotic solutions allow operators to hand off tasks related to loading, unloading, and auxiliary machining operations. A robot or cobot can:

  • pick parts from trays, feeders, conveyors, dies, or cartons,
  • place components into machine fixtures,
  • verify correct part seating using force sensors,
  • perform compressed air blow-off,
  • submerge components in cutting oil,
  • carry out dimensional inspection using vision systems,
  • be integrated with safety systems,
  • collaborate with sensors monitoring tool wear online,
  • tend multiple machines simultaneously during longer machining cycles,
  • work alongside buffer feeders managing production flow,
  • load and unload machines using optional dual grippers.

The result? Stable, predictable production with no downtime caused by human factors.

Why implement specialist robotic solutions?

In many facilities, operators perform monotonous, repetitive tasks: loading heavy parts, working at presses, in dusty or chemically aggressive environments. This increases the risk of errors, downtime, and accidents.

The human does not disappear from the process – their role changes. Instead of carrying out routine tasks, they supervise the system and respond to production changes.

Robot or cobot? Selecting the right technology for the process

Specialist robotic solutions do not start with choosing a brand or robot model. They start with process analysis. We analyse part weight, working reach, access to the machine’s work envelope, safety requirements, and whether the robot is to operate fully autonomously or in collaboration with an operator.

For applications requiring high payload capacity, high motion dynamics, and operation in harsh environmental conditions, we use industrial robots with appropriately selected reach and load capacity – from lightweight models designed for precision operations to structures capable of handling very heavy parts.

In situations where flexibility, rapid deployment, and the ability to work directly alongside personnel are critical, our specialist robotic solutions are based on collaborative robots (cobots) equipped with force control systems and safety functions that enable operation without conventional guarding.

Technology selection also takes future scalability into account. We design workstations in such a way that subsequent phases allow expansion with additional trays, another machine, a second gripper, or extended communication with production reporting systems. Technology is meant to support the facility’s growth, not constrain it.

Simple and fast integration with existing infrastructure

As part of our implementations, we provide fast and structured connection to machine control systems – both via digital signals (e.g. for FANUC, SIEMENS systems) and analogue signals, as well as via network communication. We use proven software interfaces enabling data exchange via Ethernet or high-speed communication buses. The robot can receive start, stop, cycle confirmation, alarm signals, as well as tool status and wear information.

Workstation programming can be completed in a short time thanks to dedicated applications, intuitive software, and proven function libraries. Integration does not require rebuilding the entire shop floor – we design solutions that adapt to the existing production layout.

Each workstation is designed individually – based on actual cycle times, part logistics, and the expected return on investment.

How we deliver specialist robotic solutions – stages of cooperation

At ZW Automation, we carry out projects through a structured, predictable design process. This working model allows us to deliver robots and cobots that are stable, safe, and scalable.

Industries where we implement specialist robotic solutions

Our systems are used, among others, in:

  • metal industry and machining
  • automotive
  • machine component manufacturing
  • foundry industry
  • aluminium industry
  • steel structure manufacturing
  • tooling industry
  • high-volume and low-volume production facilities

Implementing robotisation means:

Tangible benefits

Visual results of our work
  • Elimination of errors caused by routine and operator fatigue during monotonous tasks
    Increased production output
    Elimination of errors caused by routine and operator fatigue during monotonous tasks
  • Capability to run unmanned production across three shifts, including weekends
    Ability to operate 24/7
    Capability to run unmanned production across three shifts, including weekends
  • Every part is fixtured with identical force and in the same position, reducing the reject rate
    100% quality repeatability
    Every part is fixtured with identical force and in the same position, reducing the reject rate
  • The robot takes over work in aggressive environments (coolants, fumes) and when handling heavy components
    Enhanced operator safety
    The robot takes over work in aggressive environments (coolants, fumes) and when handling heavy components
  • Production and tool wear information is available in real time
    Continuous access to real-time production data
    Production and tool wear information is available in real time
  • Reduced cycle times and the ability for a single robotic unit to tend multiple machines
    Shorter cycle times
    Reduced cycle times and the ability for a single robotic unit to tend multiple machines
  • A single robotic unit can serve multiple CNC machines arranged in a manufacturing cell
    Better utilisation of shop floor space
    A single robotic unit can serve multiple CNC machines arranged in a manufacturing cell

Want to find out what’s worth automating in your facility?

We will analyse the process, propose a technology variant, and present the potential for productivity improvement.

  1. Process analysis and technical audit
    • machine cycle and part flow analysis,
    • ergonomics and safety assessment,
    • identification of bottlenecks,
    • definition of expected throughput and ROI.
  2. Technical concept
    • robot or cobot selection,
    • selection of gripper and end-of-arm tooling,
    • part storage concept (trays, feeders, conveyors),
    • communication design with the machine and higher-level systems.
  3. Detailed design and workstation build
    • mechanical and electrical design,
    • control cabinet prefabrication,
    • safety system integration,
    • assembly and FAT testing.
  4. Commissioning and on-site integration
    • workstation installation,
    • connection to machine control system,
    • SAT testing,
    • cycle time optimisation.
  5. Training and post-implementation support
    • operator and maintenance training,
    • technical documentation,
    • servicing and further expansion options.

Contact us

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+48 532 622 691

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