About US

LightValve

Shenzhen Light Valve Technology Co., Ltd. specializes in the manufacturing of LCD home projectors, founded in 2020, and located in Shenzhen, China. Committed to supplying durable, clear, and high-performance entertainment projectors for retailers, Shopping malls, supermarkets, e-commerce platforms, physical stores, hotels, and cinemas over the world. Support OEM &ODM, appearance customized and tooling, and Provide SKD &CKD services, which have won a large oversea market.
Our continually developing humanization design and super-quality products will offer good support to customers. Our dream is to create the best, most affordable giant-screen projection products in the world, bringing outstanding home theater to every family. Your feedback will be very important for us to develop a perfect projector.

  • no moq

    The minimum quantity supports 1 sample collection, which is more convenient for your testing and evaluation

  • FAST DELIVERY TIME

    With the 3 latest professional production lines, 2000 square meters of dust-free workshop, monthly capacity up to 50k.

  • RELIABLE QUALITY

    All products are through the drop, high temperature, high humidity, and aging experiments. And getting the ISO/CE/UKCA/FCC/ISED/TELEC certification.

  • CORE R&D TECHNOLOGY

    The most important components of a projector are the LCD display screen and lens, and we have our own research and development team to overcome this technical design difficulty.

  • PRICE MORE COST-EFFECTIVE

    Focus, More Professional, we only make LCD projectors, that is to say, we put all our resources into the R&D and manufacturing of LCD projectors, just to produce cheaper projectors

  • GOOD AFTER-SALES SERVICE

    We provide a warranty policy that is much higher than that of peers, and both product maintenance and remote technology can be supported synchronously

Production Process

Design and Research:
The production process begins with extensive design and research. Engineers and designers work together to develop concepts, taking into account factors such as image quality, resolution, brightness, and portability. They also consider the latest technological advancements and market trends to ensure the projector meets the demands of consumers.

Component Procurement:
Once the design is finalized, the procurement team sources the necessary components. These components include the optical system, projection lens, light source, circuit boards, cooling system, and housing materials. Only high-quality components are selected to ensure the projector's performance and reliability.

Assembly:
The assembly stage involves putting together all the components to create the projector. Skilled technicians carefully follow assembly instructions and use specialized tools to ensure precision and accuracy. The optical system, light source, and circuit boards are meticulously integrated to ensure optimal performance.

Quality Control and Testing:
After assembly, each projector undergoes rigorous quality control and testing procedures. Various tests are conducted to assess image quality, color accuracy, brightness, contrast, and overall functionality. This stage is crucial to identify and rectify any manufacturing defects or performance issues before the product reaches the market.

Exclusive Projection Experiences

Branding and Packaging: Customers can incorporate their logo and slogan into the design of the projector to showcase their brand image. Additionally, customized packaging can be created to enhance the overall presentation of the product.

Specialized Features:
OEM customization enables the inclusion of specialized features based on the client's requirements. This may include specific connectivity options, compatibility with specific software or devices, or unique user interface functionalities.

Tailored Projection Solutions:
Customized projectors offer tailored projection solutions to suit specific needs. This may involve adjustments in brightness, resolution, contrast ratio, or color accuracy to achieve optimal image quality for the intended environment.