In June 2025, Zhimanjia Lighting announced the signing of a strategic cooperation agreement with renowned Italian lighting design firm LuceForma. The two parties will collaborate in depth on design resource sharing, market channel expansion, and the development of joint series.

To improve customer customization efficiency, Zhimanjia Lighting officially launched its AI lighting modeling system in May 2025. Customers simply upload a hand-drawn sketch, describe a scene style, or select a reference image. The system automatically generates a 3D modeling sketch within three minutes and provides a variety of structural and material recommendations.

With the rise of personalized and high-end home consumption, the 3D-printed lighting market is expected to experience explosive growth between 2024 and 2025. Leveraging its leading technological capabilities and international market presence, Zhimanjia Lighting achieved annual sales growth of 62%, ranking among the top five custom lighting exporters in Zhongshan for the third consecutive year.

In February 2025, Zhimanjia Lighting officially received national recognition for its R&D achievements in areas such as 3D printing technology and intelligent lighting systems. This certification is based on a comprehensive assessment of the company's R&D investment, number of patents, technical team capabilities, and degree of industrialization.

In April 2025, Zhimanjia Lighting signed a lighting project collaboration agreement with Miral Hospitality in Dubai, UAE, to provide a fully customized lighting solution for its upcoming five-star resort hotel, the "Sands Palace." The collaboration includes over 20 customized products, including oversized lobby chandeliers, VIP suite lighting, and indoor public area wall lamps.

In response to the global green manufacturing initiative, Zhimanjia Lighting launched its "Z·Eco Sustainability Plan" in May 2025. Within three years, it plans to fully promote biodegradable materials to replace traditional plastics, promote green design, and develop a carbon footprint assessment system. The company pioneered the use of a modified PLA + bio-resin blend in its 3D-printed table and wall lamp series, which has a degradation cycle that's over 80% shorter than traditional materials.