Pursuing Progress and Innovation
Innovative technology is one of the key driving factors for maintaining a competitive edge. MERRY has long prioritized investment in R&D capabilities and seizing new opportunities in the industry. In product innovation, process innovation, and open innovation, we integrate sustainable design and low-carbon transformation trends, applying a product lifecycle perspective within a circular economy. Through strategies such as miniaturization, equipment automation, smart audio platforms, and battery integration, we reduce environmental impact in product design and create sustainable value.
01
Sustainable materials used has reached 32.4%
02
Power consumption optimized by 26%
03
Volume of the paper boxes has been reduced by 50%
04
Total of 343 valid patents
Packaging
Low-Impact Packaging
Low-impact packaging means considering the environment in the product packaging design process. By choosing sustainable materials and implementing innovative packaging designs (such as reduction design and optimized loading ratios), the demand for natural resources is reduced, and the negative impact on the environment is minimized. This approach further contributes to our efforts in addressing climate change.
Sustainable Material Selection
By adopting recyclable and biodegradable packaging materials (e.g., using FSC-certified paper instead of traditional plastic materials), we reduce the use of plastic materials, helping to minimize plastic waste and decrease reliance on petrochemical fuels. This approach also aims to reduce the carbon footprint generated during the product's logistics process (including storage, transportation, packaging, and distribution).
At the same time, we continuously evaluate new sustainable materials and encourage customers to incorporate them during the product development phase. Currently, the usage rate of sustainable materials in the packaging of over-ear headsets has reached 35%, and we aim to achieve 40% by 2024
At the same time, we continuously evaluate new sustainable materials and encourage customers to incorporate them during the product development phase. Currently, the usage rate of sustainable materials in the packaging of over-ear headsets has reached 35%, and we aim to achieve 40% by 2024
Innovative Packaging Design
Designing with the concepts of environmental protection and resource waste reduction in mind, we use paper structures to replace plastic blister packs, thereby reducing the use of plastic materials. We also implement digital manuals to replace traditional paper versions, and switch from multi-color printing to singlecolor printing to reduce ink usage.
Additionally, by optimizing loading rates, we enhance the utilization ratio of product packaging and pallets. This optimization meets the functional requirements of product protection, convenience, and sales, while increasing packaging efficiency. For instance, we increase the number of products a single pallet can carry, reduce the number of shipping containers needed, and decrease storage space requirements.
Additionally, by optimizing loading rates, we enhance the utilization ratio of product packaging and pallets. This optimization meets the functional requirements of product protection, convenience, and sales, while increasing packaging efficiency. For instance, we increase the number of products a single pallet can carry, reduce the number of shipping containers needed, and decrease storage space requirements.
A. Reduction
By adjusting the placement of the headsets inside the packaging box (turning the earcups and laying them flat to reduce overall height), and changing the internal fixing structure from plastic blister packs to paperboard dividers, the overall packaging size is reduced by 62%.
B. Plastic Reduction
- The internal structure is changed from plastic blister packs to paperboard dividers.
- The plastic film on the color box is replaced with spray coating surface treatment.
- All protective films for the products are changed to paper specifications.
C. Increased Loading Efficiency
Based on the same pallet, the number of products that can be carried increases by 150%, significantly improving pallet loading efficiency and reducing the number of shipping containers and storage space required. With the same shipping volume, this saves transportation energy and reduces carbon emissions.
