Let your machines run. We design and integrate cobot solutions that load, unload and tend your machines around the clock, so your team can focus on work that actually needs them.

What is machine tending?

Machine tending is the process of loading raw parts into a machine, waiting for the cycle to complete, and unloading the finished part. Repeated hundreds of times a day, across CNC lathes, milling machines, press brakes, injection moulding machines and more.

It is one of the most common tasks on any shop floor, and one of the most time-consuming. Traditionally done by hand, machine tending ties up skilled operators on work that adds no value to the product itself. A cobot takes over this task entirely, picking up parts, loading them into the machine, unloading the finished part, and starting the next cycle. Consistently, accurately, without interruption.

The challenges of manual machine tending

  •  Labour shortage & repetitive work

    Finding and keeping operators for machine tending is increasingly difficult. The work is repetitive and physically demanding, making it hard to attract staff and harder to retain them. When a position goes unfilled, machines sit idle and output drops.

  • Inconsistent quality & human error

    Manual loading introduces variation. Fatigue at the end of a shift leads to misaligned parts, incorrect cycles and increased scrap rates. Consistent handling is difficult to maintain when operators are performing the same motion hundreds of times per day.

  • Limited production hours

    An operator works one shift. A cobot runs around the clock. Every hour a machine sits idle waiting for an operator is production capacity left unused. Automated machine tending makes continuous, largely unmanned production possible.

Why automate with a cobot?

Cobots are collaborative robots designed to work alongside people, not replace them. Unlike traditional industrial robots, they do not require a safety cage and can be deployed directly on the shop floor next to your team. For machine tending specifically, this makes them one of the most practical and cost-effective automation solutions available today.

  • Fast return on investment

    Because machine tending is a high-frequency, high-volume task, the productivity gains from automation are immediate and measurable. Reduced scrap rates, fewer idle machine hours and lower labour costs on repetitive work combine to deliver a return on investment that is typically realised within the first year of operation.

  • Run 24/7 without fatigue

    A cobot does not slow down, lose focus or call in sick. Once integrated into your machine tending process, it maintains the same pace and precision across every shift, every day. This translates directly into higher output and more predictable production planning.

  •  No safety cage required

    Collaborative robots are designed with built-in safety features that allow them to operate in shared spaces with human workers. This means faster deployment, a smaller footprint on your shop floor, and the flexibility to reposition the system as your production changes.

  • Works alongside your team

    Automating machine tending does not mean removing people from the floor. It means freeing your skilled operators from repetitive loading and unloading so they can focus on higher value tasks: quality control, programming, maintenance and process improvement. Companies that have made this shift consistently report higher employee satisfaction and lower staff turnover.

How we work

We take full ownership of your automation project from the first conversation to the moment your cobot goes live. We do not sell robots off the shelf. We engineer, build and commission complete machine tending solutions tailored to your machines, your parts and your production environment.

step 1

On-site consultation

We start by visiting your facility and understanding your current process. Which machines need tending, what parts are involved, what your cycle times look like, and where the biggest bottlenecks are. This gives us everything we need to design a solution that actually fits.

step 2

Custom engineering & build

We engineer the full integration: robot selection, end-of-arm tooling, part feeding, safety layout and machine interface. Where needed, we manufacture custom components in-house. The result is a solution built specifically for your application, not adapted from a generic template.

step 3

Installation & commissioning

Our team installs and commissions the complete system at your facility. We handle the machine communication, test every cycle, and do not leave until the system is running reliably.

step 4

Training & ongoing support

We train your operators and programming staff so your team is fully in control of the system from day one. After go-live, we remain available for support, adjustments and expansions as your production evolves.

Compatible machines

CNC lathes & milling machines

Loading and unloading CNC turning and milling centres is one of the most established cobot applications. A single cobot can tend one or two machines simultaneously, keeping spindles running with minimal idle time between cycles.

Press brakes

Press brake tending requires precise part positioning and consistent handling. Cobots handle sheet metal feeding and part removal accurately and repeatedly, reducing the physical strain on operators and improving bend consistency.

Injection moulding machines

Removing parts from injection moulding machines at the end of each cycle is a fast, repetitive task that cobots handle reliably. Integration with the machine controller allows the cobot to synchronise directly with the moulding cycle.

Laser & plasma cutting

Loading sheet material and unloading cut parts from laser and plasma cutting machines is well suited to cobot automation, particularly in high-mix, lower-volume environments where flexibility is important.

FAQ

What does machine tending automation cost?

The cost of a cobot machine tending solution depends on the complexity of your application: the machines involved, part geometry, cycle time requirements and the level of integration needed. We provide transparent, itemised quotes after an on-site consultation. There are no hidden costs.

How long does installation take?

A straightforward single-machine integration can be commissioned within days. More complex multi-machine setups or custom-built feeding systems take longer. We give you a realistic timeline during the engineering phase, before any commitment is made.

Can the cobot control the machine itself?

Yes. A cobot can communicate directly with your machine controller to open and close doors, activate chucks, trigger cycles and receive status signals. This allows for a fully automated process with no manual intervention required between cycles.

How many machines can one cobot tend?

In most setups, one cobot tends one or two machines. In some configurations, with sufficient cycle time and layout, more is possible. We design the cell layout to maximise the number of machines a single robot can serve without compromising cycle time.

What if my production changes?

Cobots are designed to be reprogrammed and redeployed. If your parts change or you move to a different machine, the system can be adapted. We support you through any changes after go-live, and we build our solutions with future flexibility in mind.

Is it safe to work alongside a cobot?

Collaborative robots are designed specifically for shared workspaces. They operate within defined safety parameters and can be equipped with additional sensing to detect the presence of operators and adjust accordingly. The appropriate safety setup for your specific cell is always designed and reviewed as part of our integration process.

Ready to automate your machine tending?

Tell us about your machines and your production process. We will assess whether cobot machine tending is the right fit and give you a clear picture of what it would look like in your facility.

Discuss Your Application →