STHL Tech To Exhibit At AMPER 2026 in Brno, Czech Republic

Visit us at Booth F-411

STHL Tech will participate in International AMPER Fair 2026, one of Central and Eastern Europe's established trade fairs for industrial electronics and electrical engineering.
The exhibition will take place from March 17 to 19, 2026, at the Brno Exhibition Centre, Czech Republic.

AMPER focuses on industrial electronics, electrical engineering, automation, embedded systems, and related manufacturing technologies. It primarily serves OEMs, industrial equipment manufacturers, system integrators, and engineering-driven companies across Europe. The fair is known for its strong technical orientation and practical manufacturing discussions rather than product marketing alone.

The Brno Exhibition Centre is a key exhibition venue in Central Europe, offering mature facilities for international industrial trade shows. Each year, AMPER attracts professional visitors from across Europe, particularly those involved in industrial control, automation systems, and electronics manufacturing.

Why AMPER 2026 Matters for OEMs and Engineering Teams

For companies with real product and manufacturing needs, the value of AMPER lies not in product showcases, but in decision-making insight:

Understanding actual demand trends in European industrial electronics and automation

Observing how OEMs and system integrators make design and manufacturing choices

Engaging in engineering-level discussions with manufacturing-oriented exhibitors

For companies developing industrial control systems, embedded products, or equipment electronics, AMPER serves as a concentrated window into engineering and manufacturing decision logic in the European market.

What You Can Discuss at the STHL Booth (F-411)

At Booth F-411, visitors can focus on practical manufacturing questions related to their own projects, including:

01.

Manufacturing Readiness Assessment

Review whether an existing design is truly ready for volume production by identifying DFM risks, process constraints, and potential rework points.

02.

BOM Cost and Sourcing Risk Evaluation

Discuss whether there is controlled cost-optimization potential through engineering-validated alternatives, rather than high-risk part substitutions or price-only decisions.

03.

Production Ramp Strategy

Align prototype, NPI, pilot run, and volume production with realistic PCBA manufacturing and supply chain capabilities.

04.

Long-Term OEM Manufacturing Fit

Evaluate whether a manufacturing partner's quality systems, traceability, and engineering responsiveness can support product iteration over time.

By the end of the discussion, visitors should have a clearer view of whether their project is manufacturable, scalable, and sustainable from a PCBA and EMS perspective.