The most useful starting brief includes a reference image, drawing, fixture dimensions, intended application, target market, required quantity, preferred color temperature, expected brightness, control method, and power source. If you do not yet have a complete technical specification, describe the desired lighting effect and product use case. ANYAO can then help identify the questions that need to be resolved before sampling.

Choose color temperature based on how the light should make the space and materials feel. Around 2200K–2700K is commonly used for intimate dining and decorative ambience; 2700K–3000K suits cafés, bars, hospitality, and residential environments; 3000K–4000K is often selected where clearer product visibility is needed, such as retail displays. The final choice should also consider the shade material, diffuser, fixture finish, room colors, and whether the customer will compare multiple units side by side.

Yes. A custom light source program can be developed around color temperature, brightness, CRI target, LED module arrangement, optical diffusion, beam direction, driver configuration, dimming or touch-control behavior, battery and charging requirements, and thermal integration. The correct combination depends on the fixture design and the intended user experience, so these elements should be reviewed together rather than selected independently.

LED binning affects how closely one unit matches another in color appearance and brightness. This matters most in projects where several fixtures are installed in the same visual field, such as hotels, restaurants, retail displays, or multi-unit residential programs. Defining the acceptable color consistency level early helps reduce visible variation between the approved sample and later production batches.

The key is to make the approved sample a documented reference rather than a one-off prototype. Before bulk production, the project should align on the critical elements that can change the lighting result: LED selection, color temperature target, driver setup, diffuser or shade material, assembly structure, and the final operating mode. Production inspection can then compare output and appearance against that approved reference at the defined checkpoints.

Yes. For rechargeable and cordless lighting, the light source must be designed together with battery capacity, runtime expectations, charging method, driver efficiency, heat management, dimming behavior, and the desired brightness level. Increasing brightness may reduce runtime, while warmer light and lower output can change perceived ambience. A practical proposal balances those trade-offs around the product’s intended use.

The right test plan depends on the destination market and product category, but buyers commonly review lighting effect, switching or dimming performance, input and charging behavior, temperature performance, assembly quality, surface finish, aging behavior, packaging protection, and labeling requirements. For regulated markets, share the required compliance route at the beginning of the project so the component and product design can be planned around the relevant standard.

It can be, provided the requested customization is matched to the order scale and product goals. Some changes—such as selecting a standard CCT, adjusting an existing LED configuration, or tailoring a driver and control setup—can be more practical than creating a completely new platform. Share your expected order quantity and launch plan so the solution can balance differentiation, tooling, sourcing, lead time, and long-term repeatability.