Multi-Axis Nozzle Positioners and Robots
Custom
SplashBotix can be contracted to design and manufacture custom robots for both dry and submerged applications. Robots can be programmed to respond to EtherCAT or DMX commands and can be safety rated for human-robot collaborative theatrical environments.
High Torque Motion Bases and Actuators
Custom
SplashBotix also produces high torque, high payload motion bases and actuators designed to support heavy, high duty cycle live action show equipment. SplashBotix actuators are designed for space and power efficiency and can be programmed to respond to EtherCAT or DMX commands.
Custom Controls
Code-Compliant VFD Controls
Custom
SplashBotix provides MCC and VFD control solutions with integrated circuit protection in compliance with 2023 NEC requirements for aquatic systems. Options are available to support a broad range of pump and VFD sizes for both 240 VAC and 480 VAC applications.
Custom Dry Controls
Custom
Traditional “dry” controls solutions are engineered to control and provide power to pumps, drives, lights, sensors and DMX field devices. All controls are manufactured by SplashBotix’s in-house UL508-A panel shop and are designed for maximum power- and space-efficiency.
Submerged “Wet” Controls
Custom
Some applications can benefit significantly by distributing or co-locating controls electronics, even in continuously submerged conditions. Advantages of wet distributed controls include reduced cable runs and points of connection/failure, lower net installation cost/time, and more design flexibility for complex system.
Custom Lighting
Custom Lighting
Custom
SplashBotix specializes in engineering and manufacturing custom lighting for a broad variety of applications. Lighting options include submersible or dry color-changing, static color, white, dimmable white and high-intensity strobe fixtures. All lighting fixtures take advantage of SplashBotix’s proprietary method for efficiently dissipating heat for maximum light output. SplashBotix also offers a fiber-optic cabling option, which minimizes the amount of required submerged electrical infrastructure.