PULUZ Softbox Lighting Kit 2 PCS 50x70cm Professional Photo Studio Photography Light Equipment with 2 x E27 Socket Bulb Photography Lighting Kit Features 1. 50x70cm softbox light reflector made of professional particulate silver film reflective fabric with nylon white screen soften the hard light and eliminate object shadows. One-piece opening and folding easy to use and store. 2. 30W LED light bulbs with a standard E27 socket save energy. With 5700K color temperature, the bulbs produce well balanced pure white daylight light and continuous uniform light, providing a good photographic environment. 3. Studio light stand tripod is 54cm to 2m adjustable height tripod. Made of premium aluminum alignment with 14 screw mounting on top to satisfy different photographers.( Softbox photo lighting angle can be 270 degree adjustable lamp holder, can adapt different shooting needs, give you the suitable light from multiple angles, setting-easy with a few minutes, ideal portrait, studio, photography, video and so on). 4. Softbox lighting kit is ideal for use in studios. It can produce a great lighting effect, good choice for photography enthusiasts, novices, semi-professional and professional photographers. Suitable for studio portraits shooting, portrait shooting, fashion photo shooting, children photo shooting or still life shots, etc. 5. This softbox is equipped with a luggage bag. The bracket can be folded up, and assembly and disassembly are very simple. Convenient for you to carry when you go out to play or work. Specification Material: 1. Softbox: 600D high temperature resistant reflective fabric 2. Light stand: Aluminum alloy 3. Lamp holder: ABS material and ceramic Bulb parameters: 1. Power: 30W 2. Color temperature: 5700K 3. Color rendering index: 90 Package List 1. E27 LED Light Bulbs x 2 2. 50x70cm SoftBox with Bulb Socket x 2 3. Tripod Stand x 2 4. Carrying Bag x 2 Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.