Simulated animatronic animals are lifelike models crafted from steel frames, motors, and high-density sponges, designed to replicate real animals in size and appearance. Kawah offers a wide range of animatronic animals, including prehistoric creatures, land animals, marine animals, and insects. Each model is handcrafted, customizable in size and posture, and easy to transport and install. These realistic creations feature movements like head rotation, mouth opening and closing, eye blinking, wing flapping, and sound effects such as lion roars or insect calls. Animatronic animals are widely used in museums, theme parks, restaurants, commercial events, amusement parks, shopping centers, and festival exhibitions. They not only attract visitors but also provide an engaging way to learn about the fascinating world of animals.
Kawah Dinosaur Factory offers three types of customizable simulated animals, each with unique features suited to different scenarios. Choose based on your needs and budget to find the best fit for your purpose.
· Sponge material (with movements)
It uses high-density sponge as the main material, which is soft to the touch. It is equipped with internal motors to achieve a variety of dynamic effects and enhance attraction. This type is more expensive requires regular maintenance, and is suitable for scenarios that require high interactivity.
· Sponge material (no movement)
It also uses high-density sponge as the main material, which is soft to the touch. It is supported by a steel frame inside, but it does not contain motors and cannot move. This type has the lowest cost and simple post-maintenance and is suitable for scenes with limited budget or no dynamic effects.
· Fiberglass material (no movement)
The main material is fiberglass, which is hard to the touch. It is supported by a steel frame inside and has no dynamic function. The appearance is more realistic and can be used in indoor and outdoor scenes. Post-maintenance is equally convenient and suitable for scenes with higher appearance requirements.
Size: 1m to 25m in length, customizable. | Net Weight: Varies by size (e.g., a 3m shark weighs ~80kg). |
Color: Customizable. | Accessories: Control box, speaker, fiberglass rock, infrared sensor, etc. |
Production Time:15-30 days, depending on quantity. | Power: 110/220V, 50/60Hz, or customizable at no extra charge. |
Minimum Order: 1 Set. | After-Sales Service: 12 months post-installation. |
Control Modes: Infrared sensor, remote control, coin-operated, button, touch sensing, automatic, and customizable options. | |
Placement Options: Hanging, wall-mounted, ground display, or placed in water (waterproof and durable). | |
Main Materials: High-density foam, national standard steel frame, silicone rubber, motors. | |
Shipping: Options include land, air, sea, and multimodal transport. | |
Notice: Handmade products may have slight differences from pictures. | |
Movements: 1. Mouth opens and closes with sound. 2. Eye blinking (LCD or mechanical). 3. Neck moves up, down, left, and right. 4. Head moves up, down, left, and right. 5. Fin movement. 6. Tail swaying. |
We attach great importance to the quality and reliability of products, and we have always adhered to strict quality inspection standards and processes throughout the production process.
* Check whether each welding point of the steel frame structure is firm to ensure the stability and safety of the product.
* Check whether the movement range of the model reaches the specified range to improve the functionality and user experience of the product.
* Check whether the motor, reducer, and other transmission structures are running smoothly to ensure the performance and service life of the product.
* Check whether the details of the shape meet the standards, including appearance similarity, glue level flatness, color saturation, etc.
* Check whether the product size meets the requirements, which is also one of the key indicators of quality inspection.
* The aging test of a product before leaving the factory is an important step in ensuring product reliability and stability.