The EIBOS Oceanus 3-in-1 Automatic Resin Post-Processing System is designed to streamline the post-processing workflow for resin 3D prints by integrating washing, drying, and curing into a single, automated unit.
Key Features:
Three-in-One Functionality: Combines washing, drying, and curing processes, reducing the need for multiple devices and manual intervention.
Automatic Liquid Handling: Features an automatic liquid system that fills and drains cleaning agents (such as water or IPA/ethanol), minimizing user exposure to volatile substances and reducing odour.
Efficient Cleaning: Equipped with a high-torque motor to ensure thorough cleaning from all angles, effectively removing excess resin without damaging the model.
Quick Drying: Utilizes a custom-designed fan operating at 7000 RPM to rapidly dry models, preparing them for the curing stage.
Comprehensive UV Curing: Incorporates 96 UV lamp beads emitting 405nm light, arranged on all four walls of the curing chamber to provide uniform 360Ā° curing.
Safety Features: Includes water level sensors to prevent overflows, a lid-open sensor that pauses operation when the lid is opened, and a design that isolates electronic components from liquid areas to enhance safety.
User-Friendly Interface: Features a touchscreen control panel for easy operation, allowing users to select and customize post-processing modes.
Compact Design: With dimensions of 240 Ć 195 Ć 345 mm and a cavity size of 175 Ć 125 Ć 160 mm, the Oceanus is suitable for desktop use and compatible with most desktop resin 3D printers.
The EIBOS Oceanus is particularly beneficial for hobbyists, educators, and professionals seeking to simplify and expedite the post-processing of resin 3D prints.
Automatic Liquid System
The Oceanus is able to automatic filling and automatic drainage the cleaning agents (Liquids).Ā Custom designed High power pump is being used here in order to enables fast pumping and fast draining.
By using the Automatic Liquid System here, the need of touching the cleaning agents liquid or waste water will strongly decrease.
When using IPA/Ethanol which have strong volatility as cleaning agent, this system is able to avoid volatilization, minimize odour as well as prevent polluting the working environment.
The pump inside of the Oceanus is custom designed which is able to let those small particle residues pass through.
In the selection of materials, from the pump to the tube, it has a high degree of resistance to liquids such as Ethanol/IPA.
Touch Panel
OceanusĀ is operated by the touch panel located at the top of the unit. The panel contains a total of 6 different buttons, which are On/Off, Water Level (L, M, H), Washing, Drying, Curing and Start/Pause. The duration of each function can be set up according to needs. In addition, each function is relatively independent, and can be set in different combinations or run independently.
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Powerful Cleaning
The resin model just removed from the printer usually has a lot of resin attached to them. Oceanus is equipped with a large torque motor. The powerful stirring allows the model to be cleaned in all directions without dead ends as well as avoid any accidental cleaning which may damage the model.
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Spill Prevent Design
In the Oceanus design, a total of three liquid spill prevention designs are included.
Water level sensor is included in the Oceanus which is able to automatically detect the water level. There are three different water levels in total which is low, medium and high water level detection. The workings of these sensors depending on the settings.
Moreover, there is an extra High liquid level hall sensor, positioned at the top of the high water level sensor. If the liquid level is exceeded, it will stop and alarm immediately.
Beside, a physical sensor is being set at the top cover. safe and reliable.
Filter and Valve
Oceanus is equipped with filter screen structuresĀ and valveĀ in several locations. These filtersĀ and valvesĀ can effectively prevent resin residueĀ or other large particlesĀ from entering the pump body, which in order to ensure the normal operation of Oceanus under long-term work.
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Impellor
EIBOS Oceanus (Left) VS Other Wash-Station (Right)
In the Oceanus, we are using our unique waterproof technology, equipped with the customized high torque motor. This gives the Oceanus more powerful stirring power. Ā By using a high-torque stirring motor with custom designed impeller, instead of traditional magnet stirring, the powerful water flow creates by high torque motor and designed Impeller, a wash where the brush cannot reach, as well as getting a cleaner and more detailed post-processing result.
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Before and After Cleaning
Safety
Both Circuits and touch panel boards in Oceanus are independently placed in specific areas where they are designed not to be connected with other areas.
Oceanus uses a low-voltage DC power supply.Ā In terms of power supply method, Oceanus uses a direct-connected power cord, which can effectively avoid sparks when plugged in, compared with using port connection.
All of the electronic components used in Oceanus are selected after rigorous scrutiny and screening.Ā Additionally, we have strict sealing treatment requirements for internal motors and capacitors.
The cavity of the Oceanus is not fully enclosed (or Sealed) in order to prevent potential safety hazards during the unit's operation.
Oceanus is designed with working protection features.Ā If open the top cover while the Oceanus is operating, the unit will automatically pause, and continue to work after the top cover is closed.
When trying to clean resin 3D printing objects, there are a variety of liquids that can be used as cleaning agents (Water, IPA, Ethanol etc.), depending on the classification of the resin being used.Ā NOTE:Ā Please do follow the guidelines for the use of alcohol/IPA while operating the Oceanus.
Memorize Previous Settings
At the time when we programming the Oceanus, we have added the āsetting memoryāĀ function into the program.Ā Such a design can help the user to store the setting parameters of the last use, thereby helping the user to operate and use the Oceanus more simply.
