On July 9, 2025, Shenzhen Cheng Sheng Xing Technology Co., Ltd. made its debut at the Western China Electronics Exhibition.

        July 9-11, 2025, the 13th China (Western) Electronic Information Expo opened grandly at the Chengdu Century City New International Convention and Exhibition Center. Themed "Empowered by Information, Driven by Digital Vitality," the expo gathered over 500 global electronic information technology enterprises, covering more than 44,000 square meters of exhibition space.

        Shenzhen Cheng Sheng Xing Technology Co., Ltd., a national high-tech enterprise specializing in sensors, showcased its rolling ball tilt switches and vibration switches at the expo (Booth No.: 9A258). Among them, its independently developed rolling ball tilt switch stood out for its millisecond-level response speed and industrial-grade reliability, setting a new benchmark for smart device safety protection.

17 Years of Technological Accumulation, Trailblazer in Micro Sensing Field

Shenzhen Cheng Sheng Xing Technology Co., Ltd. was founded in 2008 and has been deeply rooted in the industry for 17 years. We remain dedicated to the research, development, and manufacturing of core components such as micro vibration sensors, tilt sensor switches, photoelectric switches, and ball switches.

Cheng Sheng Xing upholds the principle that "product quality is the embodiment of corporate dignity" and adheres to the dual standards of "zero-defect products and zero-distance services". We empower diverse industries with precise sensing technologies, driving innovation across sectors.

Four Major Technical Breakthroughs of Ball Tilt Switches

At the exhibition, Cheng Sheng Xing’s spotlighted ball tilt switch series addresses multiple pain points in electronic device posture detection through mechanical innovation and precision engineering.

Millisecond-Level Response, 360° Omnidirectional Protection

• Instant signal triggering via gold-plated ball displacement in a V-shaped guide hole.
• 80% lower power consumption compared to traditional IC solutions.

Precision Engineering, Industrial-Grade Reliability

• Proprietary dual-ball symmetric balance mechanism eliminates single-point triggering errors.
• Precise V-angle guide hole design ensures 99.99% contact conduction accuracy.
• Gold-plated balls and wear-resistant cavity treatment achieve over 1 million operation cycles.

Extreme Environment Resilience

• Explosion-proof metal casing with nano-protective coating, IP67-rated waterproof and dustproof.
• Operating temperature range: -40°C to 85°C.
• Passes automotive electronics-grade vibration and shock tests, with superior anti-interference capability.

Versatile Adaptability, Smart Power Efficiency

• Adjustable tilt angle range: ±15° to ±90°.
• Ultra-low power consumption: 0.2μA, significantly extending battery life for portable devices.
• Compatible with horizontal/vertical mounting modes, reducing structural design constraints.

From Smart Homes to Industry 4.0: Context-Aware Solutions

The value of Cheng Sheng Xing’s ball tilt switches lies in simplifying complex safety monitoring into reliable physical triggering mechanisms, achieving "zero false triggers" protection across multiple scenarios.

Smart Home/Appliance Safety Barriers

• Tip-over power cutoff: Automatically cuts off power when heaters, humidifiers, or air fryers tip over.
• Open/close detection: Identifies door/lid states for smart toilet seats, disinfection cabinets, and washing machines.
• Energy-saving triggers: Monitors balance for air fryer baskets, dryer drums, and other appliances.

Automotive Electronics Precision Control

• Auto screen rotation: Enables seamless portrait/landscape switching for in-car navigators.
• Tilt-triggered anti-theft alarm: Protects electric vehicle battery packs from unauthorized access.
• Child seat lock monitoring: Ensures proper engagement of safety seat latches.

Industrial & Emerging Applications

• Robotic joint limit protection: Safeguards industrial robots from excessive movement.
• Medical cart movement locking: Prevents unintended displacement of hospital equipment.
• Rogue drone posture backup: Triggers failsafe protocols during loss-of-control incidents.