FAQs

When was Dubai global village fountain built?

The Dubai Global Village Music Fountain was built in 2014 and was designed and installed by Changsha Himalaya Music Fountain Company. It was the second largest fountain in Dubai at that time. Dubai Global Village dancing fountain adopts popular fountain elements such as digital fountain, air explosion fountain, chasing running fountain, artificial fog fountain, etc., and has become one of the most eye-catching attractions in the Global Village theme park.

Himalaya Music Fountain has been continuously providing fountain services and fountain products for Dubai Global Village park for more than 8 years, the products and services are highly praised by client.

What equipment are usually used in a musical dancing fountain?

A musical dancing fountain typically incorporates various equipment to create the synchronized water, music, and lighting effects. Here are some common equipment components that are often used in such fountains: 1. Fountain Nozzles and Jets: These are devices that create water patterns, jets, and sprays of various heights and shapes. Different types of nozzles, such as laminar jets, fan jets, or foam jets, can be used to achieve specific water effects.

2. Fountain Pumps: Fountain pumps are responsible for supplying pressurized water to the fountain's nozzles and jets. They ensure an adequate flow rate and pressure to create the desired water shapes and patterns.

3. Fountain Lighting Fixtures: LED lights or fiber optic lighting systems are commonly used in musical fountains to enhance the visual impact. Lighting fixtures are strategically placed around the fountain to illuminate the water displays and synchronize with the music.

4. Audio System: An audio system is used to play the music or soundtracks synchronized with the fountain display. It includes speakers and amplifiers designed to provide clear and high-quality sound for the musical fountain show.

5. Fountain Control System: A central control system is the backbone of a musical dancing fountain. It coordinates and synchronizes the water, lighting, and music elements. The control system allows programming and timing adjustments to create dynamic choreography and sequences.

6. Water Treatment System: To maintain water quality and clarity, a water treatment system may be installed. It typically includes filters, chemical dosing systems, and sometimes UV sterilization or ozone treatment to keep the water clean and prevent algae growth. 7. Electrical and Control Panels: These panels house the electrical components and control units necessary for the operation of the fountain. They provide power distribution, electrical safety features, and control interfaces for programming and adjusting fountain settings.

8. Water Reservoir and Recirculation System: The fountain may have an underground water reservoir or a recirculation system that collects and treats the water, allowing it to be reused in the fountain. This system helps conserve water and maintains a continuous water supply. These are general equipment components commonly used in musical dancing fountains. The specific design and equipment choices may vary depending on the size, complexity, and customization of the fountain installation.

c) Water Screen Projection Laser Show

How do water screens work?

Water screens, also known as water curtains or water walls, are created by projecting water onto a thin film or sheet of water, forming a vertical or horizontal screen-like surface. The water appears solid and translucent, allowing for various visual effects and projections. Here's how water screens generally work:

1. Water Projection: Water is pumped from a water source and directed through specialized nozzles or jets that create a continuous and pressurized flow of water. These nozzles are typically arranged in a line or grid pattern to form the desired shape and size of the water screen.

2. Water Filtration and Treatment: Before reaching the nozzles, the water may pass through a filtration system to remove debris and impurities. Depending on the application, the water might also undergo additional treatment, such as chlorination or UV sterilization, to ensure cleanliness and prevent the growth of algae or bacteria.

3. Water Sheet Formation: The water jets create a curtain or sheet of water that falls under the influence of gravity. The precise alignment and spacing of the nozzles, as well as the water pressure, help maintain a continuous and uniform water screen.

4. Transparent Media: The water screen relies on the concept of persistence of vision. The falling water droplets are spaced closely enough that they create a continuous and transparent surface, even though individual droplets can be seen.

5. Projection and Visual Effects: Once the water screen is formed, it can be used as a surface for various visual effects, projections, or lighting displays. Projectors, lasers, or other light sources are directed towards the water screen, allowing images, videos, or patterns to be displayed. The water screen acts as a dynamic canvas, creating a captivating visual spectacle.

6. Control Systems: Water screens are typically controlled by a central control system that coordinates the water flow, lighting effects, and projection content. This system can be programmed to create different effects, synchronize with music or other elements, and adjust the timing and intensity of the water screen display.

Water screens are commonly used in multimedia shows, performances, concerts, and other events where immersive visual effects are desired. They provide a unique and mesmerizing experience by combining the beauty and fluidity of water with projected imagery or lighting.

How is water projection done?

Water projection, also known as water screen projection or aqua projection, involves projecting images or videos onto a water screen or curtain created by falling water. It creates a unique visual effect where the projected content appears to float or be suspended in mid-air. Here's a general overview of how water projection is done:

1. Water Screen Formation: A water screen is created by using specialized nozzles or jets that emit a continuous flow of pressurized water. These nozzles are arranged in a line or grid pattern to form the desired shape and size of the water screen. The water falls under gravity to create a transparent surface.

2. Water Quality and Maintenance: The water used for projection needs to be clear and free from impurities that could affect the image quality. Filtration systems and water treatment methods may be employed to maintain water cleanliness and prevent the growth of algae or bacteria.

3. Projection Equipment: High-powered projectors equipped with appropriate lenses and optics are used to project images or videos onto the water screen. These projectors are positioned at a suitable distance and angle to ensure proper alignment with the water screen.

4. Content Creation and Adaptation: Visual content, such as images, videos, or animations, is created or adapted specifically for water projection. Special attention is given to factors like image contrast, color intensity, and resolution, as the water screen can affect the overall image quality.

5. Projection Mapping and Alignment: Projection mapping techniques may be employed to precisely align the projected content with the shape and contours of the water screen. This ensures that the imagery appears correctly and in the desired proportions on the falling water. 6. Lighting and Contrast: Adequate lighting conditions in the surrounding environment are essential for optimal visibility of the projected content. Consideration is given to ambient lighting, light pollution, and any additional lighting effects that may be synchronized with the water projection.

7. Control Systems: A central control system is used to synchronize the water flow, projection content, and any accompanying audio or lighting effects. This system allows for precise timing and coordination to create a seamless and captivating water projection experience. Water projection is commonly used in multimedia shows, events, and performances to create stunning visual displays. It combines the dynamic nature of falling water with projected imagery, resulting in an immersive and visually striking effect.

How does laser show work?

A laser show is a visually captivating display that uses laser beams to create various effects, patterns, and animations. Here's a general overview of how a laser show works:

1. Laser Sources: High-powered lasers with different colors, such as red, green, and blue, are used as the light sources for the show. These lasers emit coherent and concentrated beams of light.

2. Beam Control: The laser beams are directed and controlled using mirrors and galvanometers. These components allow for precise positioning, scanning, and movement of the laser beams.

3. Projection Surfaces: The laser beams are projected onto designated surfaces, such as screens, buildings, or the atmosphere itself. These surfaces serve as a canvas for the laser show.

4. Scanning and Animation: The mirrors and galvanometers rapidly move the laser beams, creating sweeping, rotating, or scanning motions. By precisely controlling the position and movement of the laser beams, intricate patterns, animations, and effects can be generated.

5. Colors and Mixing: By combining the output of different-colored lasers, a wide range of colors can be produced. Mixing and intensity control of the laser beams allow for the creation of dynamic and vibrant color displays.

6. Graphic Programming: Laser show designers use specialized software to program and synchronize the laser beams' movements, colors, patterns, and animations. This software provides a platform to create visually stunning sequences and effects.

7. Safety Measures: Laser shows adhere to strict safety standards to prevent any harm to the audience or operators. Proper beam attenuation, beam blocking, and audience scanning prevention measures are implemented to ensure safe viewing conditions.

8. Accompanying Effects: Laser shows often incorporate additional effects, such as fog, haze, or atmospheric diffraction, to enhance the visibility and impact of the laser beams. These effects can make the laser beams more visible and create a sense of depth and dimension. 9. Audio Synchronization: Laser shows can be synchronized with audio, music, or soundtracks to create a fully immersive experience. Laser control systems can be programmed to match the rhythm, tempo, and mood of the audio, resulting in a synchronized audio-visual spectacle. Laser shows are popular in various settings, including concerts, festivals, entertainment venues, planetariums, and special events. They offer a visually stunning and dynamic display of light, combining precise beam control, vibrant colors, and synchronized animations to captivate audiences.

How much is a water projection laser show?

The cost of a water projection laser show, also known as a water show, musical fountain show, water fountain show, water screen projection, or laser show, can vary depending on various factors. Here are some considerations that may impact the cost:

Show Complexity: The complexity of the show, including the number of water features, the intricacy of choreography, the inclusion of special effects, and the synchronization with music or other multimedia elements, can affect the cost.

Duration: The length of the multimedia water show can influence the pricing. Longer shows may require more equipment, labor, and resources, which can contribute to higher costs.

Location: The location of the event plays a role in pricing. Factors such as travel expenses for the production team and the availability of suitable water bodies or installations can impact the overall cost. Equipment and Technology: The quality and sophistication of the equipment, including water jets, lighting, lasers, and audio systems, can affect the pricing. High-end equipment and advanced technology may come at a higher cost.

Customization: If you require a custom-designed show tailored to your specific needs, it may involve additional costs for the design and development process。

Given the wide range of factors involved, it is recommended to contact professional event production companies or specialized manufacturers and suppliers of water projection laser shows. They can assess your requirements and provide you with a detailed quote based on your specific needs and event details.

Himalaya Music Fountain company is a professional fountain show designer and supplier located in China, we offer one-station solutions of water fountain shows with laser and projection in various sizes, including designing of fountain show, laser show, lighting show, water show etc, manufacturing of water fountain show equipment, installation services of large dancing water fountain show, programming and maintenance for musical dancing fountains and water shows.

Can you project images on water?

Yes, it is possible to project images on water using a technique called water screen projection. Water screen projection involves the use of a thin, transparent water curtain or screen created by a series of high-pressure water jets. The projected images or videos are displayed onto this water screen, creating a visually stunning effect. To create a water screen projection, specialized equipment is used, including high-powered projectors, video playback systems, and water jet systems. The water screen acts as a medium for the projected content, allowing images, videos, or even animations to be displayed on it.

Water screen projection is often combined with other elements such as lighting effects, lasers, and music to create immersive and captivating shows. It is commonly used in water shows, fountain displays, and special events to enhance the visual impact and provide a unique experience for viewers.

What is a water projection?

Water projection, also known as water projection mapping or liquid projection, is a technique that involves using water as a dynamic surface for projecting images, videos, or animations. It combines the visual elements of projection mapping with the unique properties of water to create captivating and immersive displays.

Water projection typically involves the use of high-powered projectors, specialized software, and sometimes additional equipment such as water screens or fountains. The projected content is carefully designed and mapped to align with the shape, movement, and contours of the water screen.

The water screen serves as a dynamic canvas, allowing the projected visuals to interact with the natural movement of the water. This can create mesmerizing effects as the images or videos appear to distort, ripple, or flow with the water's motion.

Water projection can be utilized in various settings, including outdoor events, fountain shows, water shows, art installations, advertising displays, and architectural projections. It offers a unique and visually captivating experience for viewers, blending the elements of technology, water, and visual artistry.

What type of laser does light show use?

Light shows often utilize laser projectors to create dazzling visual effects. There are different types of lasers used in light shows, each with its own characteristics and capabilities. Here are some common types of lasers used in light shows:

1. RGB Lasers: RGB lasers are multi-colored lasers that can produce red, green, and blue laser beams. These lasers are versatile and widely used in light shows because they can create a wide range of colors by mixing the three primary colors.

2. Single-Color Lasers: Single-color lasers produce laser beams of a specific color, such as red, green, or blue. These lasers are often used to create monochromatic effects or to complement the RGB lasers in a light show.

3. Scanning Lasers: Scanning lasers are equipped with mirrors or galvanometers that can rapidly move the laser beam in different directions. This allows for the projection of intricate patterns, animations, and text onto surfaces, adding dynamic visual effects to the light show.

4. Beam Lasers: Beam lasers produce powerful and highly visible laser beams that can be used to create dramatic aerial effects. These lasers are often employed to project laser beams into the sky, creating impressive displays that can be seen from a distance.

5. Graphic Lasers: Graphic lasers are capable of projecting complex images, logos, or graphics onto surfaces. They are often used in combination with scanning systems to achieve precise and detailed projections.

It's important to note that the use of lasers in light shows may be subject to regulations and safety guidelines in different regions. Proper precautions and safety measures must be taken to ensure the well-being of the audience and operators.

What’s the best size for a projection water screen?

The ideal size for a projection water screen can vary depending on the specific requirements and constraints of the event or installation. Several factors should be considered when determining the size of a water screen for projection:

1. Viewing Distance: The distance between the water screen and the audience or viewers is an essential consideration. The size of the water screen should be chosen in a way that ensures optimal visibility and clarity of the projected content from the intended viewing distance.

2. Available Space: The physical space available for setting up the water screen can impact its size. The size should be compatible with the dimensions and layout of the location to ensure proper installation and operation.

3. Projection Equipment: The specifications and capabilities of the projectors being used should be taken into account. Different projectors have varying throw distances and lens options, which can influence the recommended size of the water screen. 4. Budget and Resources: The budget allocated for the water screen projection, along with the available resources, can affect the size. Larger water screens may require more extensive equipment, higher water flow rates, and additional technical support, which can impact the overall cost.

Ultimately, the best size for a projection water screen is a balance between the viewing experience, available space, technical requirements, and budget considerations. It is advisable to consult with professional event production companies or specialized manufacturers and suppliers of water projection displays, as they can assess the specific needs of your event and recommend the most suitable size for the water screen.