Introduction: A Paradigm Shift in Stage Lighting
In contemporary stage production and live performances, lighting has evolved into a sophisticated visual language system. It is no longer merely a tool to illuminate performers but has become the core artistic medium for shaping mood, directing attention, and creating immersive experiences. As production scales expand and technical standards rise, lighting designers face a persistent challenge: how to achieve maximum visual impact and artistic expression within the constraints of limited space, budget, and time.
Traditional solutions often forced a choice between dedicated beam lights—providing sharp, penetrating shafts of light—and wash lights—creating even, expansive fields of color. This division not only increased equipment costs, weight, and complexity but also limited the flexibility for dynamic adjustments on-site. It is within this industry context that SHEHDS introduces the revolutionary GalaxyJet LED Beam & Wash Series, seamlessly integrating these two critical functions into a single, intelligent, matrix-style moving head fixture.
This article will provide an in-depth exploration of the three core models in the GalaxyJet Series—the 12x60W, 6x60W, and 5x60W—revealing how they redefine the possibilities of professional stage lighting through innovative engineering, advanced optical technology, and intelligent control systems. Whether you are designing visual experiences for large-scale festivals, planning equipment for touring shows, or selecting reliable solutions for permanent installations, this series offers a tiered, comprehensive, professional toolkit.
The GalaxyJet Series: Redefining the "Two-in-One" Lighting Philosophy
The Technical Fusion of Beam and Wash
The core philosophy of the GalaxyJet Series is to break the limitations of single-function fixtures. Through precise optical design and advanced light source technology, it achieves a true "Beam and Wash hybrid" integration. This fusion is not a simple functional addition but a systematic innovation based on a deep understanding of modern production needs.
Key technological implementation paths include:
Variable Beam Angle Optics: All three models feature a continuously adjustable beam angle from 2.8° to 31°. At the minimum angle (2.8°), the fixture produces intense, laser-like shafts of light with clean edges. At the maximum angle (31°), it transforms into a smooth, even field of wide-angle wash. This continuous adjustability allows a single fixture to address the full spectrum of needs, from special effect highlights to overall ambient lighting.
RGBW Four-Color Mixing Engine: Compared to traditional RGB systems, the added dedicated white LED (6500-7500K) not only provides purer white output but also significantly expands the achievable color gamut. Designers can now access richer pastels, more saturated primary colors, and more precise color gradients, all rendered with smooth transitions via 32-bit or 16-bit linear dimming.
Matrix Multi-Source Design: Unlike conventional single-source moving heads, GalaxyJet utilizes multiple independently controllable LED modules arranged in a matrix formation. This design not only increases total light output but also enables the creation of complex dynamic effects—such as wave movements, chase sequences, and pixelated patterns—greatly enriching the means of visual expression.
Common Professional Characteristics of the Series
Before delving into model differences, it is essential to understand the professional-grade foundational features shared across the entire GalaxyJet Series:
Global Power Compatibility: 100-240V wide voltage input range, adapting to different national and regional electrical standards, ensuring equipment consistency for worldwide touring.
Professional Control Protocol Support: Comprehensive support for DMX512, RDM (Remote Device Management), Master-Slave synchronization, and Sound-Active modes, guaranteeing seamless integration into any existing lighting control system or standalone operation.
Long-Life Reliability Design: 50,000-hour LED lifespan combined with a wide operating temperature range of -25°C to 45°C, meeting the demands of high-intensity touring and frequent use.
Professional Mechanical Construction: All-metal housing, IP20 protection rating, and optimized thermal management ensure stable performance in demanding live event environments.
Model-by-Model Deep Dive: Tailored for Different Production Scales
Panoramic Technical Specification Analysis
The following table provides a comparative overview of the key technical parameters for the three GalaxyJet models, helping you quickly identify the core positioning of each:
| Technical Aspect | GalaxyJet 12x60W | GalaxyJet 6x60W | GalaxyJet 5x60W |
|---|---|---|---|
| Product Positioning | Flagship large-scale production solution | Versatile mid-scale production workhorse | Compact, flexible production tool |
| Light Source Config | 12 x 60W RGBW LED Matrix | 6 x 60W RGBW LED Matrix | 5 x 60W RGBW LED Matrix |
| Power Consumption | ~750W (Max 900W) | ~400W (Max 410W) | ~330W (Max 360W) |
| Beam Intensity | 58,480 lux @ 1m | 72,620 lux @ 1m | 72,620 lux @ 1m |
| Color Mixing System | RGBW 4-color independent control | RGBW 4-color independent control | RGBW 4-color independent control |
| Dimming Precision | 32-bit Linear Dimming | 16-bit Linear Dimming | Linear Dimming |
| Beam Angle | 2.8°-31° continuously variable | 2.8°-31° continuously variable | 2.8°-31° continuously variable |
| Movement Range | Tilt 180°-200° | Tilt 180°-200° | Pan 540° / Tilt 180°-200° |
| Control Channels | Up to 227 DMX Channels | Up to 75 DMX Channels | Up to 59 DMX Channels |
| Physical Dimensions | 104×20×31.5 cm | 52×21.5×31.5 cm | 44.7×22×36 cm |
| Weight | 28.9 kg | 14.7 kg | 15.95 kg |
| Noise Level | 65 dB in operation | 65 dB in operation | 65 dB in operation |
The Flagship Model: GalaxyJet 12x60W — The Visual Engine for Large-Scale Productions
LED 12x60W RGBW 12 Moving Head
As the top-tier model in the series, the 12x60W represents SHEHDS's highest engineering achievement in professional stage lighting, designed for applications with uncompromising demands for visual impact.
In-Depth Analysis of Technical Highlights:
Unparalleled Light Output: Equipped with twelve independent 60W RGBW LEDs, this fixture can produce an astounding intensity of 58,480 lux at 1 meter in beam mode. This level of output allows it to cut through the densest haze on large-scale stages and create piercing "solid light column" effects visible from great distances. In wash mode, the twelve sources work in unison to create an exceptionally uniform, broad field of color capable of covering large stage areas or expansive scenic elements.
Ultimate Control Finesse: The 32-bit linear dimming system provides over 4 billion steps of brightness adjustment, enabling imperceptibly smooth transitions—a critical feature for broadcast television and film where eliminating "stepping" effects is paramount for high-quality visual continuity.
Comprehensive Parameter Control: With up to 227 DMX channels, it offers granular control over each LED module, color channel, mechanical movement, and built-in effect parameter. This level of control allows designers to create complex, multi-layered effects, such as having some modules produce beams while others provide wash simultaneously, or generating dynamic color gradient patterns across the matrix.
Large-Venue Adaptability: Despite its larger size and weight (28.9kg), the fixture's construction considers the rigging demands of major venues, featuring industry-standard hanging points for safe integration with standard trussing systems.
Typical Application Scenarios:
Main stage beam and wash effects for large music festivals and stadium tours.
Live recording of major TV shows, talent competitions, and awards ceremonies.
Special effect and atmospheric lighting in large-scale theatrical productions.
Permanent installation as a core lighting system in major performing arts venues.
The All-Rounder Workhorse: GalaxyJet 6x60W — The Industry Standard for Balanced Performance
LED 6x60W RGBW 6 Moving Head Light
The 6x60W model achieves an industry-leading balance between performance, size, and cost, making it the ideal choice for the majority of professional applications.
Design Philosophy and Implementation:
Optimized Optical Efficiency: Although using half the number of LEDs, the 6x60W's measured illuminance at 1 meter (72,620 lux) even surpasses that of the 12x60W model. This counter-intuitive result stems from a more concentrated optical design and optimized reflector geometry, giving this fixture exceptional intensity in beam mode.
Streamlined Control Logic: By optimizing the DMX channel count to a maximum of 75, the 6x60W retains all core functionalities while significantly reducing programming complexity. Lighting designers can build control profiles faster, and on-site operators can more intuitively understand each channel's function.
Tour-Friendly Design: A weight of 14.7kg and compact dimensions (52×21.5×31.5cm) make this fixture an ideal candidate for touring. It fits easily into standard flight cases, and a two-person crew can handle quick setup and adjustment.
Innovative Thermal Management: Through optimized heat sink design and intelligent temperature-controlled fans, the 6x60W maintains high performance while keeping operational noise below 65dB, making it suitable for noise-sensitive environments like theaters and conference centers.
Typical Application Scenarios:
Fixed installations in mid-sized music venues and nightclubs.
Standard lighting packages for touring bands and theatrical productions.
Corporate events, product launches, and awards galas.
Professional lighting for large weddings and special events.
The Compact Innovator: GalaxyJet 5x60W — The Solution for Space-Constrained Environments
LED Beam 5x60W RGBW 5 Moving Head
The 5x60W model represents the peak of spatial efficiency in the series, delivering professional-grade functionality and output in a small form factor through innovative engineering.
Breakthroughs in Compact Design:
Expanded Motion Range: The standout feature of the 5x60W is its exceptional 540° pan capability—more than double that of a standard moving head. This extended range allows a single fixture to cover nearly the entire performance area, ideal for applications with limited space or scarce rigging points.
High Energy Efficiency: While matching the 6x60W's light output, the 5x60W consumes only 330W, representing a significant improvement in efficacy. This advantage is crucial for installations with limited circuit capacity or those requiring a large quantity of fixtures.
Rapid Deployment Capability: Weighing 15.95kg with ergonomically designed handles, rapid deployment by a single crew member is possible. This fixture is especially suited for time-sensitive gigs, such as multi-venue festival performances or last-minute events.
Versatile Mounting Potential: Beyond traditional hanging and floor mounting, the 5x60W's size and balance make it suitable for various non-standard installations, such as stand mounting, wall mounting, or integration into custom set pieces.
Typical Application Scenarios:
Lighting systems for mobile DJs and electronic music performers.
Small clubs, bars, and live music venues.
Permanent installations in houses of worship and community centers.
Fill and effects supplement lights within larger lighting systems.
Core Technology Analysis: Engineering Innovation Beyond the Spec Sheet
Precision Design of the Optical System
The optical performance of the GalaxyJet Series originates from multi-layered technological innovations:
Hybrid Lens System: Each GalaxyJet fixture employs a custom-designed compound lens system comprising focus lenses, zoom lens groups, and diffusion elements. This multi-layer design not only enables the continuous 2.8° to 31° zoom but also ensures uniform spot quality and color consistency throughout the entire zoom range.
Color Consistency Management: Through stringent LED binning and temperature compensation circuits, the GalaxyJet Series ensures highly consistent color output across all fixtures and all LED modules, regardless of varying brightness levels or operating temperatures—a critical feature for professional applications involving multiple synchronized fixtures.
Beam Quality Optimization: Departing from a philosophy that simply pursues maximum lumen output, the GalaxyJet Series places special emphasis on beam quality parameters like edge sharpness, uniformity, and color saturation. Even at the narrowest beam angle, it maintains a crisp beam edge with minimal chromatic dispersion.
Breakthroughs in Mechanical and Motion System Engineering
Dual-Axis Motion System: All models utilize precision stepper motors driven by high-resolution encoders for smooth, accurate, and quiet positional control. The expanded 540° pan range of the 5x60W model is achieved through innovative bearing design and motion algorithms, ensuring stability and precision even at extreme positions.
Thermal Management and Reliability: The entire series employs an active cooling system that intelligently adjusts fan speed based on actual workload. This on-demand cooling strategy reduces noise and extends the lifespan of electronic components. The thermal path is optimized using computational fluid dynamics to maintain rated performance even in ambient temperatures up to 45°C.
Structural Integrity Design: The metal housing is manufactured using aluminum extrusion processes, combined with an internal support structure optimized via finite element analysis. This ensures structural rigidity while minimizing weight. All external connectors comply with industry standards and feature anti-disconnect mechanisms suited for touring environments.
Intelligent Control and Integration
RDM (Remote Device Management) Implementation: The full GalaxyJet Series supports the RDM protocol, allowing technicians to remotely identify fixtures, monitor operating status, adjust basic parameters, and troubleshoot issues directly from the lighting console. This functionality significantly reduces on-site debugging and maintenance time, especially in large installations.
Multi-Protocol Compatibility: Beyond standard DMX512, these fixtures can recognize and respond to IP-based network lighting protocols like Art-Net and sACN via their internal signal processors, paving the way for a transition to fully networked lighting control systems.
Built-in Effect Engine: Each fixture contains a powerful effects engine capable of generating numerous preset and user-customizable dynamic effects, such as strobes, pulses, random movements, and color cycles. These effects can be triggered directly or synchronized to external audio signals, providing instant creative tools for live operation.
Expanded Application Scenarios: From Concept to Execution
Large Music Festivals and Touring Productions
In contemporary large-scale music productions, lighting is no longer a simple functional requirement but a core part of the artistic expression. The GalaxyJet Series, particularly the 12x60W model, provides a comprehensive solution for such productions.
Main Stage Visual Architecture: At large outdoor festivals, the 12x60W can be deployed as the central effects light on the main truss. Its powerful beams can cut through daylight and long distances, creating visual focal points for distant audience members. Simultaneously, the same fixtures can instantly transform into wide washes to unify the stage's visual look with color when atmosphere is needed.
Dynamic Stage Zoning: Using multiple 6x60W fixtures, lighting designers can create dynamic visual zones on stage. For example, using soft wash for ambiance during verses, switching to intense beam effects to increase energy during choruses, and employing dynamic beam movements to guide audience attention during instrumental solos.
Tour Adaptability Strategy: For international tours, the 6x60W's wide voltage compatibility and standardized dimensions reduce technical adaptation work across different regions. Its moderate weight also lowers air freight costs while meeting various local health and safety regulations.
Permanent Installations and Architectural Integration
The professional construction and flexible mounting options of the GalaxyJet Series make it highly suitable for permanent and semi-permanent installations.
Hybrid Use in Performance Venues: In multi-purpose theaters, the 5x60W and 6x60W can be used in combination to meet the needs of productions of varying scales. Smaller shows might use the 5x60W as the primary moving light, while larger productions can incorporate the 6x60W for added output. All models can switch functional modes via preset scenes at the touch of a button.
Architectural Lighting Integration: With specialized mounting accessories, GalaxyJet fixtures can be integrated into architectural features like coves, arches, or custom frameworks. In such cases, their dual beam/wash functionality allows a single lighting system to satisfy both architectural lighting (wash) and event lighting (beam) needs, maximizing return on investment.
Religious and Ceremonial Spaces: In churches, temples, and other ceremonial spaces, the compact size and quiet operation of the 5x60W allow it to provide professional event lighting without disrupting architectural aesthetics or ceremonial solemnity. Its expanded pan range enables coverage of the entire sanctuary area from limited rigging points.
Television Production and Media Events
For broadcast and professional video production, the GalaxyJet Series offers TV-friendly characteristics.
Broadcast-Grade Dimming Performance: The 32-bit dimming system of the 12x60W fully meets the stringent requirements of 4K and 8K high-definition production, eliminating potential flicker or brightness jumps during slow-motion replays or fade transitions.
Color Fidelity: While the CRI index ranges from 65-71, the specific advantage of the RGBW system lies in the accurate reproduction of colors commonly used on stage. For most entertainment programs and live events, this color performance is often preferable to traditional sources with high CRI but limited color gamut.
Noise Control: The series' operational noise level of 65dB is within acceptable limits for television recording, particularly for programs with live audiences and background music. For exceptionally quiet scenes, fixtures can be set to a low-power mode to further reduce noise.
Corporate and Educational Environments
In commercial and educational applications, GalaxyJet offers a unique combination of professional effects and practicality.
Transformative Ability for Multi-Function Halls: In corporate conference centers or school auditoriums, the 6x60W can serve as standard meeting lighting (using white wash mode) during the day and transform into event or performance lighting in the evening. This flexibility maximizes the value of the space.
Education and Training Tool: For drama schools and technical training institutions, the 5x60W provides a cost-effective yet fully-featured teaching platform. Students can learn the characteristics and control methods of both main stage lighting types—beam and wash—on a single fixture.
Ideal Choice for the Rental Market: For rental companies, the GalaxyJet Series offers a complete product line from entry-level to professional grade. Clients can select the appropriate model based on event scale, while rental companies can maintain spare parts inventory and control profiles for a single brand, simplifying operations management.
Workflow Optimization: From Pre-Production to Live Execution
Pre-Production and Programming Stage
Visualization Software Integration: All models in the GalaxyJet Series are compatible with mainstream lighting visualization software (e.g., Capture, WYSIWYG, Vision) and come with accurate device data files. Designers can fully simulate lighting effects before physical setup, optimizing equipment selection and layout.
Console Integration Simplified: Although channel counts differ between models, SHEHDS provides a unified library of console profile files for major desks like GrandMA, Hog, and Avolites. These profiles use a consistent logical structure, reducing the learning curve for programming across different models.
Remote Setup and Diagnostics: Through RDM functionality, technicians can remotely check the status, firmware version, and configuration settings of all fixtures before an event begins, ensuring equipment readiness prior to on-site installation.
On-Site Installation and Debugging
Rapid Deployment System: All GalaxyJet fixtures feature quick-release safety cable points, easily accessible connection panels, and intuitive status indicators. The 6x60W and 5x60W models are specifically designed with ergonomic handles for easy carrying and positioning by a single crew member.
Intelligent Address Assignment: Beyond traditional DMX address dials, the GalaxyJet Series supports direct address setting via RDM or the front panel display, significantly reducing setup time for address assignment in large systems.
On-Site Color Matching: The built-in color calibration mode allows for quick color matching of multiple fixtures on-site, maintaining visual consistency even across units of different ages and under varying thermal conditions.
Show Operation and Maintenance
Redundant Control Pathways: In addition to the primary DMX input, all models include a DMX thru output for daisy-chaining. When using network systems, the fixtures also support automatic failover, switching to a backup signal source if the primary is lost.
Real-Time Status Monitoring: Via RDM, operators can monitor the internal temperature, fan speed, operating hours, and power status of each fixture in real time, enabling predictive maintenance and preventing unexpected failures during a show.
Modular Maintenance Design: Key components such as LED modules, power supplies, and motion systems feature a modular design for rapid on-site replacement, minimizing downtime. Standardized parts also simplify inventory management.
Industry Trends and Future Outlook
Sustainability and Energy Efficiency
Compared to traditional stage lighting technologies, the LED-based GalaxyJet Series represents a significant leap in energy efficiency. Taking the 12x60W as an example, its actual power consumption of ~750W represents an energy saving of over 60% compared to a traditional 2000W discharge fixture producing similar light output. This efficiency translates directly into smaller generator requirements, lower energy costs, and reduced carbon emissions.
Furthermore, the 50,000-hour lifespan decreases replacement frequency and associated waste. LEDs contain no hazardous materials like mercury, making end-of-life disposal more environmentally friendly. These characteristics align the GalaxyJet Series with the growing demand for eco-conscious production practices and sustainability certification standards.
Networking and Intelligent Development
The GalaxyJet Series' RDM support and network protocol compatibility pave the way for fully networked lighting control systems. Future firmware updates may introduce more intelligent features, such as position-based adaptive beam adjustment, deep integration with other stage systems, and AI-assisted effect generation.
The compact size and expanded motion range of the 5x60W model also make it an ideal platform for integration with emerging technologies like tracking systems and immersive environments. As stage technology continues to converge with virtual production and extended reality (XR), flexible, programmable light sources like these will become increasingly vital.
Market Positioning and Return on Investment
From an investment perspective, the "two-in-one" functionality of the GalaxyJet Series offers a compelling value proposition. For budget-conscious productions, there's no need to purchase separate beam and wash fixtures, reducing initial investment, transportation costs, and storage needs. For rental companies, a single fixture type meets diverse client requirements, improving asset utilization.
The tiered model range within the series allows users to choose based on current needs while maintaining a clear upgrade path. A small production starting with the 5x60W can gradually add 6x60W units to expand capability, or ultimately introduce the 12x60W for large events, with control skills and equipment knowledge transferable throughout the process.
Conclusion: Defining the Next Generation of Stage Lighting
The SHEHDS GalaxyJet LED Beam & Wash Series is more than just a new set of lighting products; it represents an evolution in stage lighting design thinking. By seamlessly integrating beam and wash functionality into a single, intelligent platform, it grants lighting designers unprecedented creative freedom and operational efficiency.
The 12x60W sets the performance benchmark for large-format productions, offering an uncompromising solution for the most demanding applications. The 6x60W finds the ideal balance between performance, size, and cost, establishing itself as the versatile "workhorse" for the majority of professional scenarios. The 5x60W redefines possibilities for space-constrained environments through innovative compact design and expanded motion capabilities.
Together, these three models form a complete product ecosystem capable of meeting the full spectrum of needs—from local bands to international stars, from one-off events to permanent installations. Their shared control protocols, similar operational logic, and consistent visual characteristics enable productions of all scales to employ unified workflows and skill sets.
As the performance industry continues its pursuit of greater visual impact, higher operational efficiency, and stronger sustainability, the GalaxyJet Series presents a future-ready solution. It not only responds to current market demands but also, through its flexible platform design, allows for adaptation to future technological developments.
For lighting professionals seeking to maximize creative potential while minimizing operational complexity, the GalaxyJet LED Beam & Wash Series is more than an equipment choice—it is a strategic investment in redefining the boundaries of visual storytelling on stage, both now and for the foreseeable future.
