Pursuing Progress and Innovation

Innovative technology is a key driver for the company to sustain its competitive leadership in the future. MERRYhas consistently dedicated itself to enhancing R&D capabilities and proactively capturing industry innovation opportunities. By integrating product innovation, process innovation, and open innovation, the company aligns with sustainable design principles and the low-carbon transformation trend. Through miniaturization, automation, intelligent electroacoustic platforms, and battery integration, the company mitigates the social and environmental impacts of its products, thereby realizing sustainable value creation.
01
The adoption of sustainable materials has been implemented to an annual carbon emission reduction of approximately 209.63 tons CO2e
02
The utilization rate of over-ear headset plasticizer-free packaging has increased from 35% in 2023 to 50% currently
03
Enhancing the battery charging efficiency of gaming headsets which rose from 70% to 87%.
04
Total of 515 valid patents

Open Innovation

PCB (4)
Biodegradable PCB
Historically, we could only utilize recycled copper in PCBs, while glass fiber and polymer resin were typically discarded or incinerated. These materials were not naturally decomposable or separable, resulting in environmental pollution. This persisted until we developed a solution that enables the effective dissolution and separation of glass fiber and resin, converting them into new products. This process not only achieves high recycling efficiency but also eliminates the generation of waste solvents or harmful gases during recycling. Compared to previous products, it reduces carbon emissions by 25%, establishing biodegradable PCBs as a promising sustainable material. This advancement holds significant importance in addressing electronic waste challenges and driving the green transformation of the electronics industry.
  • Sustainable materials
  • Compliant with the circular economy
  • Environmentally friendly
  • Energy conservation and emission reduction
Recycled Magnets
Magnets are typically composed of rare earth metals (such as cobalt, erbium, and neodymium) or other metals (such as steel and aluminum), which are extensively utilized in electronics, machinery, electric vehicles, and wind turbines. In the context of increasingly scarce resources and escalating energy consumption, recycling magnets is critically important for environmental protection, as it effectively reduces resource waste and decreases the demand for virgin materials, thereby alleviating environmental impact.
  • Reducing the extraction of rare earth metals
  • Energy conservation and emission reduction
  • Promoting the circular economy
  • Enhancing material utilization efficiency
磁鐵 (2)

 

Product Innovation

 

Replaceable Type Battery True Wireless Bluetooth Earbuds

In response to the  EU regulation on replaceable batteries  for electronic  products,MERRY  has developed an innovative replaceable battery bluetooth wireless earbud.This earbud adheres to sustainable design principles, incorporating multiple innovative technologies to ensure battery replacement is simple and safe, while maintaining excellent performance and durability, thereby providing a seamless and convenient user experience.

Photoelectric Kinetic Headsets

Integrating MEMS speaker technology with a 35mm dynamic driver unit and tweeter, significantly enhancing mid-to-high frequency performance above 5 kHz,resulting in clearer voice transmission, while strengthening spatial imaging effects to create a true three-dimensional sound quality experience.

Composite Metal Reinforced Structural Design

Consumer demand for high-quality, comfortable, and durable gaming equipment continues to rise. By employing innovative structural design combined with a specialized headset yoke and stop-pin fixation mechanism, integrated with a fan-shaped grooved curved thin-film light guide structure, the product not only satisfies comfort requirements for extended wear but also significantly improves durability and overall performance through optimized structural design and material selection.

Compact Network Camera Featuring Low Power Consumption and High Sensitivity

With the emergence of the live streaming industry, network cameras have been extensively utilized across diverse scenarios. User requirements for network cameras predominantly emphasize image clarity, call quality, and audio performance. While current technologies aim to reduce environmental noise, their effectiveness often falls short, potentially resulting in audio distortion that adversely affects the user experience.

Miniature Microphone Design

With the sustained growth in demand for smart devices, the market demand for microphones will continue to increase. Achieving superior sound quality and lightweight design without escalating costs will be a critical challenge moving forward. MERRY’s success offers valuable insights for the industry, exemplifying the potential of innovative design and process optimization, establishing a foundation for future breakthroughs, and steering the industry toward smaller, lighter, and more efficient solutions.

Medical Cart Energy Storage Devic

Development of a Dual Battery Management System (Dual Battery BMS), DC power conversion technology, and charge-discharge control system to deliver a stable and reliable power supply solution for medical carts. By implementing a dual battery switching strategy and hot-swappable design, medical equipment can replace batteries without shutdown, while enabling fast charging and energy consumption optimization to satisfy the requirements of prolonged highload operation.
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