AWE USA 2026 has ended, and one message is clear: AI and spatial computing are now becoming real products, not just ideas.
This year, the focus moved away from advanced specs. Instead, the industry is paying more attention to the basics — smaller size, lighter weight, and lower power use. From AI glasses to different wearable devices, many products now face the same problem: standard batteries are no longer enough. For the wearable industry, 2026 is a key moment, as custom-shaped batteries begin to shape what these products can become.
Key Trends at AWE USA 2026: Lighter, Smarter, and Ready for Real Use
This year, AWE USA focused on Spatial AI and better human–computer experiences. The show brought together over 250 global companies and thousands of industry professionals. The biggest change was clear: new products are no longer concepts — they are ready for mass production and real-world use. Three major trends stood out:
1. AI smart glasses become the main spatial computing device
Leading brands such as XREAL, VITURE, and Snap released new lightweight AI glasses. Their design goals were very similar: less weight, better fit, all-day wear, and strong on-device computing. AI glasses are now replacing traditional XR headsets and becoming the main wearable device for both consumer and industrial use.
2. Wearables move toward extreme custom shapes and smaller size
Smart rings, close-to-body medical wearables, and lightweight industrial devices appeared in large numbers. These products have very limited and irregular internal space, which puts high demands on battery shape, thickness, and size flexibility.
3. High performance vs. lightweight design becomes a key challenge
Spatial sensing, real-time AI processing, and constant connectivity increase power use. At the same time, users expect devices to be lighter, thinner, cooler, and to last longer. As a result, the battery has become the biggest limitation in overall device design.
Real Pain Points from Frontline Customers: Standard Batteries Are Slowing Product Iteration
During the exhibition, our discussions with product, R&D, and supply chain teams revealed a set of highly consistent challenges that many wearable device makers are facing today.
1. Irregular device structures do not fit standard batteries
AI smart glasses (temples and bridges), smart rings with circular designs, and medical wearables often have irregular internal spaces with no clean, rectangular layout. Standard batteries can only be “forced in,” which either increases weight and hurts wearing comfort, or reduces battery capacity and limits battery life. As a result, overall product experience is compromised.
2. Battery life, heat, and discharge performance are hard to balance
AI wearables require frequent computing, continuous sensing, and real-time connectivity. This puts strict demands on batteries, including low internal resistance, high energy density, and stable discharge under load. Many off-the-shelf batteries struggle to balance battery life and heat generation, and often show unstable performance during high-load operation.
3. Custom battery development is too slow for fast product cycles
Wearable devices evolve very quickly, with frequent structural changes during development. Battery designs need to be adjusted in parallel. However, many suppliers have long sampling cycles and limited engineering collaboration, which delays product development and causes brands to miss key market windows.
How LanDazzle Aligns with Industry Trends: Solving Wearable Battery Challenges at Scale
Based on the key trends observed at AWE USA and the real needs shared by our customers, LanDazzle focuses on AI smart glasses, AR/VR devices, smart rings, medical wearables, and industrial wearables.
With strengths in ultra-thin custom shapes, high energy density, low internal resistance, fast prototyping, and stable mass production, we provide practical battery solutions that can move quickly from design to production.
Full-range ultra-thin custom shapes for compact device designs
We support curved, L-shaped, T-shaped, and ultra-thin flat batteries, customized directly from customer 3D drawings. This allows maximum use of irregular internal space, helping increase battery capacity without changing the product appearance or adding extra weight—solving the common trade-off between slim design and battery life.
Low internal resistance and high energy density for balanced performance
Through material and process optimization, we achieve a strong balance between high energy density, low internal resistance, and stable discharge. This makes our batteries well suited for AI devices with high peak power demand, while reducing heat generation and supporting stable all-day operation.
Early-stage engineering collaboration with fast prototyping
We work closely with customers early in the structural design phase to optimize battery solutions in parallel. With rapid sampling and support for frequent design updates, we help shorten product validation cycles, while our mature production capability ensures a smooth transition from prototypes to mass production.
Conclusion
As AI smart glasses, compact wearables, and medical wearable devices continue to scale, standard batteries will gradually move out of high-end products. Instead, custom-shaped, ultra-thin, lightweight, highly stable, and fast-iterating lithium batteries will become a key competitive factor for new products.
LanDazzle will continue to focus on custom-shaped batteries for wearable devices, supporting our customers through deep technical customization, early-stage R&D collaboration, and efficient delivery.
Our goal is to help device makers build spatial and wearable products that are lighter, more stable, and more competitive.
We welcome companies in smart wearables, AR/VR, medical devices, and industrial equipment to connect with us for custom battery co-development and mass production partnerships.
Email: info@landazzle.com
Whatsapp: +8618938252128
