stage lighting News

Facing a faulty LED panel? This article clarifies whether LED panel repair is a viable option. We'll examine common problems, cost-effectiveness, and when replacement becomes necessary. Understanding the repair possibilities saves you time and money.

COB (Chip-on-Board) LEDs offer superior light output, uniform distribution, and compact design. Their applications span architectural, commercial, and industrial lighting, offering high performance and energy efficiency. Learn more about choosing the right COB light for your needs.

Want to turn your LED light bar into a reliable strobe? This guide explains how to safely modify your LED light bar for strobe functionality. We'll cover various methods, focusing on safety and effectiveness. Learn how to achieve optimal flashing patterns and ensure the longevity of your equipment. Enhance your signaling capabilities with a custom-built strobe system today!

This guide teaches professionals how to build a custom LED light bar strobe. We explain choosing the right components (LED light bar, microcontroller, driver circuit, power supply), programming for various strobe patterns, and troubleshooting common issues like flickering and inconsistent brightness. Build your own high-quality strobe light with Vanray's expertise.

This guide teaches you how to use a gobo projector, covering setup, gobo insertion, focusing, and troubleshooting tips. Learn to maximize your gobo projector's potential for impressive lighting designs with simple, step-by-step instructions. Perfect for professionals needing to confidently use their gobo projector. Vanray offers a wide range of gobo projectors to suit your needs.

Gobo projectors use templates (gobos) to project custom images, ideal for branding, event lighting, and architectural design. Choosing the right projector depends on your specific needs and application.

This article provides a comprehensive guide to installing LED strip light aluminum channels for wall washing, covering preparation, mounting, LED strip installation, finishing touches, and troubleshooting. Learn best practices for a professional finish.

This comprehensive guide teaches professionals how to build LED PAR lights, covering key aspects like LED selection, driver circuit design, housing considerations, and testing procedures. Learn about crucial factors like thermal management and optimizing light output for superior performance. Mastering these steps leads to the creation of reliable, high-quality LED PAR lights. This professional-level guide from Vanray helps you create superior lighting solutions.

This guide provides professional lighting technicians with a comprehensive overview of moving head light control and programming, covering DMX, troubleshooting, and utilizing lighting consoles. Master your lighting with Vanray.

This article clarifies the differences between spot and beam moving heads. Beam moving heads have a narrow beam angle (1-5°) and high intensity, ideal for long throws and dramatic effects. Spot moving heads offer wider angles (5-30°) and versatile intensity, perfect for precise subject illumination. Choosing the right fixture depends on venue size, desired effect, and budget. Vanray offers a range of high-quality lighting solutions.

This article explores the various types of moving heads – beam, spot, wash, hybrid, and Fresnel – outlining their key features and applications. Understanding these differences is crucial for professional lighting designers seeking to create impactful and effective lighting designs.

Profile moving head lights are versatile stage lighting fixtures. They offer precise beam shaping via lenses and gobos, along with dynamic pan and tilt movement. This allows for focused illumination, sharp definition, and creative control crucial for theatre, concerts, and corporate events. Their ability to project colors and patterns (gobos) enhances atmospheric control and scenic design. Choosing the right profile moving head depends on light output, beam angle, and control systems. Vanray offers a wide range of high-quality solutions to meet your lighting needs.

Beam lights excel at creating long-throw, impactful beams, while spot moving heads offer greater versatility and control over beam shape, color, and effects. Understanding these differences will greatly aid in designing and executing your lighting designs.

This article provides a comprehensive overview of the different types of moving heads used in professional lighting. It covers beam, spot, wash, and hybrid moving heads, explaining their unique characteristics and common applications. Choosing the right moving head is crucial for any lighting design, and this guide helps professionals understand the nuances of each type. Consider factors like light source, power consumption, control protocols, pan/tilt speed, and gobo options to make the best choice for your project.

This article clarifies the terminology surrounding headlights that move, including adaptive front lighting systems (AFS), dynamic bending lights (DBL), adaptive driving beams (ADB), and matrix beam headlights. It outlines the benefits of these advanced systems, focusing on improved safety, increased visibility, and enhanced driving experience. Understanding these systems is vital for automotive professionals.

Profile moving head lights provide precise beam control, gobo projection, and color mixing, making them versatile for various applications, including theatre, concerts, and architectural lighting. Key features include adjustable zoom, sharp beam control, and dynamic movement. Choosing the right fixture depends on brightness, beam angle, gobo selection, and budget. Vanray offers a range of high-quality profile moving heads to meet your lighting needs.

Understanding the capabilities of moving heads is crucial for professionals in lighting design and operation. Their versatility and precision make them an indispensable tool in a range of applications.

Understanding the difference between moving heads and gobos is crucial for lighting professionals. While both contribute to dynamic lighting effects, they achieve this in distinct ways. Moving heads are entire lighting fixtures with pan and tilt capabilities, often incorporating various effects like gobo projection, color mixing, and prisms. Gobos, on the other hand, are metal or glass templates placed inside a lighting fixture (often a moving head or static fixture) to project patterns. This article will illuminate the key distinctions between these important tools.

This article provides a concise overview of the terminology surrounding moving head lights. It explains the various names used for these versatile fixtures and highlights the key factors influencing their naming conventions, such as beam angle, light source (LED vs. discharge), and effects capabilities. Understanding this terminology is crucial for effective communication and accurate equipment specification within the professional lighting industry.