We address your frequently asked questions

It is not as complicated as it seems, but it requires previous study. It is necessary to evaluate the available space, the communication interfaces of the CNC machines and the types of parts to be handled. Many current solutions are modular and adaptable.

Not always, but in some cases it is advisable to make small adjustments to facilitate automated handling, such as standardizing pallet dimensions, adding clamping points or using specific fixtures.

Yes, it is highly recommended. Many automation projects are designed with scalability in mind, starting with a pilot cell or automating a specific process, and then expanding automation to other areas.

Yes, many systems are reprogrammable and allow automatic or manual tool changers to switch between tasks. This maximizes robot utilization and improves flexibility.

The level of training varies, but generally requires training in basic robot operation, alarm interpretation, simple programming and preventive maintenance. Today's systems are increasingly intuitive.

We analyze repeatability, production volume, task complexity and return on investment (ROI). If the tasks are repetitive, physically demanding or prone to human error, they are probably candidates for automation.

It depends on the application. If we need close human-robot collaboration, cobots are ideal. If high speed, high load or hazardous environments are required, traditional industrial robots are more suitable.

We can automate basic dimensional inspections, presence/absence of components, verification of surface defects (such as scratches, cracks) and code reading (DMC, QR, barcodes).

Most materials such as aluminum, steel, plastics, titanium and composites can be handled. The important thing is to consider the weight, geometry and whether any special treatment is required for gripping (such as special grippers or vacuum).

It generally improves quality, as human variation is reduced. In addition, vision systems can detect defects that would go undetected in a manual inspection.

Properly implemented, it significantly improves safety by eliminating or reducing operator exposure to hazardous or repetitive tasks. Safety systems such as sensors, light barriers and safe stopping zones can also be integrated.

Generally between 12 and 36 months, depending on variables such as: number of shifts, current labor costs, defect rate, cycle time savings, and quality improvements.

Improved delivery times, cost reduction, higher consistent quality, better utilization of personnel, greater production flexibility and positioning as an innovative company in the market.

Yes, more and more solutions allow connection with ERPs or MES (Manufacturing Execution Systems), which facilitates traceability, order scheduling and real-time monitoring.