Engineering / Existing Products

Keep improving after launch.

Work with Theta to evaluate existing products, respond to field feedback, and plan changes in cost, control, electronics, firmware, and connectivity throughout the product lifecycle.

Conceptual engineering workstation with a motor and inverter model
Illustrative artwork reused from Theta’s campaigns
Engineering / Original source visual

Engineering in practice.

Control meets hardwareDevelopment-bench photograph from the supplied September 2025 WEG presentation.
A visual engineering perspective

Control meets hardware

The control strategy becomes a product through electronics, measurement, firmware integration, and hardware evaluation.

  • Control electronics and measurement instruments
  • Motor and inverter integration
  • Application-level verification
Engineering approach

From architecture to application.

01 / ENGINEERING APPROACH

Start with the current product

Review its architecture, operating behavior, field feedback, and business priorities. Define which improvements matter and how they will be assessed.

02 / ENGINEERING APPROACH

Balance cost and engineering requirements

Evaluate component choices, integration, and firmware changes against performance and reliability requirements. Cost reduction is assessed with the complete product in view.

Read more engineering details
03 / ENGINEERING APPROACH

Explore motor upgrades and retrofit

Compare induction and PMSM options in the context of the load, speed range, inverter, interfaces, upfront cost, and cost of operation. Simulation can inform alternatives before prototype investment.

04 / ENGINEERING APPROACH

Build a roadmap beyond SOP

Prioritize product variants and improvements after Start of Production. Verify changes with relevant measurements and document the impact on the existing platform.

What does your next product need to do?

Bring your requirements. Let’s explore the engineering together.

Discuss your application