DEMOLITION BREAKER TECH & INDUSTRY TRENDS

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Aug. 27

2026

What Does BPM Mean on a Rotary Hammer?

BPM stands for Blows Per Minute, but a higher number doesn’t always mean a better rotary hammer. This guide explains how BPM works together with impact energy, RPM, and application conditions—so you can compare rotary hammer specifications the right way.

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What Does BPM Mean on a Rotary Hammer?

Aug. 26

2026

How to Tell the Difference Between Electric Drill Bits, Hammer Drill Bits, and Rotary Hammer Bits

Confused about which drill bit to use? This guide explains the key differences between electric drill bits, hammer drill bits, and rotary hammer bits—and how to match the right bit to metal, wood, concrete, brick, tile, and stone.

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How to Tell the Difference Between Electric Drill Bits, Hammer Drill Bits, and Rotary Hammer Bits

Aug. 25

2026

How to Maintain a Rotary Hammer for Longer Service Life

A practical rotary hammer maintenance guide for contractors and distributors. Learn how to clean, lubricate, inspect, and monitor your tool to prevent avoidable wear and extend service life in real jobsite conditions.

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How to Maintain a Rotary Hammer for Longer Service Life

Aug. 21

2026

How Does Demolition Hammer Power Affect Performance?

Choosing the right demolition hammer power is not as simple as picking the highest wattage. This article explains how power affects breaking performance, weight, energy consumption, and operator comfort. It compares light, medium, and heavy-duty applications, clarifies the difference between wattage and impact energy, and provides practical selection tips for professional users. Published as part of Betele Technical Insights.

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How Does Demolition Hammer Power Affect Performance?

Aug. 19

2026

EMC Testing for Power Tools

Betele Power Tools Engineering Team explains why adding more magnetic rings is not always the best solution for EMC testing failures in cordless power tools. The article covers the root causes of EMC problems in rotary hammers and demolition hammers—including high-frequency switching, DC-DC converters, and motor noise—and provides a practical troubleshooting framework based on three key elements: noise source, coupling path, and sensitive circuit. It emphasizes that PCB layout, grounding design, and BMS protection are more effective than simply adding ferrite components. Published August 18, 2026 as part of Betele Technical Insights.

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EMC Testing for Power Tools

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