The satisfaction survey transforms the operation, installation and maintenance experience into better product decisions. In cranes and road implements, this listening checks whether the onboard technology delivers safety, clarity and availability in the field.

A technical service reveals at which stage the doubt arose, what conditions were present and which adjustment would make the work easier. When Tecnnic structures this collection, after-sales records evidence to improve equipment, interfaces and services.

Satisfaction survey: from perception to indicator

A brief satisfaction survey, sent after completion of the service, monitors the quality perceived by the customer. The goal is to get a clear, comparable answer that helps you decide where to act.

Three indicators play complementary roles:

• NPS (Net Promoter Score): asks, generally on a scale of 0 to 10, how much the customer would recommend the company. It helps to monitor trust in the relationship.

• CSAT (Customer Satisfaction Score): measures satisfaction with that service and shows whether the demand was handled appropriately in the customer's view.

• CES (Customer Effort Score): evaluates the effort to resolve the situation (“Was it easy to get help and resolve your demand?”), revealing friction in the support.

An open field, with “What could we have done better?”, explains the reason behind the note and reveals situations that an isolated scale cannot reach.

Technical support is a privileged listening point

During support, the customer reports how the equipment behaves on a routine basis. It may indicate difficulty interpreting an alert, understanding a remote control function, accessing operating information or performing an installation step. These perceptions show whether the user experience is intuitive under the conditions in which the equipment works.

Therefore, the satisfaction survey needs to be connected to the technical record of the call. In addition to the note, it associates the return to the equipment, the application, the identified symptom and the solution adopted. This way, the company identifies patterns, instead of analyzing each response as an isolated episode.

When after-sales closes the loop with engineering

The greatest value of the satisfaction survey appears when after-sales organizes what they learned in the field and transforms the customer's feedback into technical input for engineering. An isolated comment may indicate a preference; Recurring returns, in similar applications, may reveal opportunities for improvement in the product, documentation, installation or service.

This cycle begins with rating feedback. Security, availability, recurrence, operational impact and innovation potential need to be differentiated.

In a joint analysis routine, after-sales takes data and context to engineering: the application, the action attempted by the operator, the signals perceived, the alternative used and the impact on the operation. Engineering evaluates cause, technical feasibility, reliability, compatibility with equipment and applicable requirements before defining an action.

This work may result in software adjustments, interface improvements, parameterization changes, clearer guidance materials, component revisions, or new functionality. Frequent reports of difficulty understanding an operating condition may lead to evaluation of a clearer alert, additional visual information, or a more intuitive setup sequence. The answer will depend on testing and validation, but the origin of the improvement will be in a need observed in real use.

How to transform answers into continuous improvement

So that the process does not depend on people's memory, the satisfaction survey must feed into a defined routine between after-sales and engineering:

1. Collect and record: end the service with objective questions and an open field, linking the answer to the technical history of the case.

2. Consolidate and classify: group feedback by equipment, application, difficulty, frequency and impact.

3. Prioritize with criteria: evaluate security, availability, operating experience and technological opportunity.

4. Develop and validate: transform prioritized learnings into requirements, tests, updates or improvement actions.

5. Return to customer: communicate progress when appropriate and monitor whether the solution reduced effort and increased satisfaction.

When the customer realizes that their contribution helped to improve guidance, functionality or experience with the equipment, the research stops seeming like an administrative protocol and reinforces a partnership relationship.

Listening well means designing with more context

At Tecnnic, the satisfaction survey can be more than a barometer of service. It is an organized source of learning about the operation of cranes and road implements, capable of bringing together those who use the technology and those who develop it.

By integrating after-sales and engineering, each service becomes an opportunity to increase the quality, usability and technological evolution of the portfolio. Whenever you need, contact Tecnnic's technical team to share your experience and learn about solutions for your operation.

By Lucas De Villa
After-sales Manager at Tecnnic Eletrônica Industrial

Industrial Satisfaction and After-Sales Survey Frequently Asked Questions (FAQ)

How important is a satisfaction survey on industrial equipment?

The satisfaction survey maps the operator's real experience with the equipment in the field. It reveals installation difficulties, clarity of alerts and usability, providing concrete data for engineering to improve products, software and interfaces.

What indicators are used in technical after-sales?

Three main indicators are used: NPS (Net Promoter Score) to measure general trust in the brand; the CSAT (Customer Satisfaction Score) to evaluate satisfaction with a specific service; and the CES (Customer Effort Score) to measure the customer's ease in resolving a demand.

How does customer feedback improve Tecnnic products?

After-sales consolidates and classifies support reports by application and impact. In periodic meetings with engineering, this data is analyzed to develop software updates, manual revisions, parameterization adjustments or new features.