Need help?Do you have a question about the RAYSHAPE Edge E1 and is the answer not in the manual?
This manual contains technical, safety, and operational instructions for Edge E1 DLP 3D printers.
Operators must read and understand the safety and operation manual before using the device.
Keep the device, resin material, and accessories out of children's reach.
Strictly prohibited to disassemble or modify the device without authorization.
Ensure power specifications meet requirements and use a grounded electrical outlet.
Avoid UV light exposure by keeping protective covers closed during operation.
Risk of mechanical extrusion due to platform movement; keep cover closed.
Risk of injury from shovel blade; wear cut-resistant gloves.
Be aware of scalding risk if the printer heater is turned on.
Keep cleaning solvent away from heat and fire sources; ensure good ventilation.
Wear disposable medical gloves for resin contact and cut-resistant gloves for shovel use.
Wear anti-UV goggles during operation to avoid splashing fragment injury.
Ensure good ventilation for printer installation and post-processing areas.
Details electrical, environmental, and placement requirements for optimal printing.
Identifies and labels the main components and parts of the 3D printer.
Specifies requirements for the platform where the device is placed.
Instructions for connecting the power cord and Ethernet cable.
Steps to move the platform to its initial Z-axis position.
Guides on how to detach and attach the printing platform.
Steps for safely removing the resin tank from the printer.
Instructions for keeping the screen clean and undamaged.
How to perform a screen test to check clarity and stability.
Overview of the main interface screens: Printing, Tools, Settings.
Details the taskbar, task list, and status bar for printing tasks.
Steps for viewing printing information and initiating a print.
Explains how to monitor time, progress bar, and control printing.
Action after a print job is finished; return to the main interface.
Accessing functions like cleaning resin tank, expanding base, and Z-axis offset.
Step-by-step guide on how to clean the resin tank.
How to scoop out cured resin from the tank using a scraper.
Verifying the resin tank is clean and repeating if necessary.
Explains modes for expanding the base to reduce printing failure.
Steps to move and save Z-axis positions for platform calibration.
Adjusting parameters for accuracy, power, compensation, and speed.
Options for managing configuration files and exporting logs.
Accessing network, equipment, unit, language, and system settings.
Enabling and selecting a wireless network for connectivity.
How the printer identifies via IP address in a wired network.
Details on printer name, model, heating, cover settings, and air filter reminders.
Changing units for dimension, temperature, and weight.
Options to select the display language (Chinese or English).
Viewing serial number, software version, and rebooting the device.
Instructions for selecting tasks from history, ShapeWare, or USB drive.
Verifying the selected print job's information before proceeding.
Ensuring the platform is clean, correctly installed, and free from damage.
Visually checking the resin tank for damage and foreign matter.
Guidance on judging the need for resin and proper pouring technique.
How to start the printing process by pressing the PRINT button.
Items needed and considerations for preventing pollution during post-processing.
Steps to detach the printing platform after a print job.
Shoveling cured resin off the platform and tearing down the layer.
How to cover the resin tank and guidelines for storing unused resin.
Method for gently tapping the blade to detach printed models from the platform.
Instructions for preliminary cleaning using IPA or alcohol and ultrasonic washing.
Using a scraper to clean the platform and removing residual resin.
Maintaining the cleanliness of the screen and release film for optimal printing.
Procedures for cleaning the tank and changing resin material.
Steps to take if printed parts fall off or delaminate during printing.
Guidance on replacing the built-in air filter when prompted.
Checks for power supply, cable connections, and power switch status.
Addresses issues like incorrect first layer, platform leveling, temperature, and foreign matter.
Solutions for light path pollution, resin/slicing mismatch, and support issues.
Solutions involve checking light path, resin type, and cleaning the tank.
Addresses blunt shovel blades and platform issues.
Solutions for power issues, part problems, and exporting logs.
Solutions involve support placement and thickness adjustments.
Addresses tank damage, incorrect design/support, and foreign matter.
Specifies the 12-month warranty and lifetime maintenance services.
Outlines requirements like no human-caused failure and valid proof of purchase.
Defines what parts are covered and consumable warranty periods.
Details cost bearing for spare parts, repairs, and transportation.
Lists conditions that void the warranty, like human error or unauthorized software.
Describes maintenance services offered outside the warranty period.
Specifies the supplier's online technical support response time.
Importance of SN for quick device identification and ordering.
Instructions to export log files for troubleshooting via the menu.
Recommends providing visual aids for complex faults and lists applicable circumstances.
Provides email and phone number for sales inquiries.
Encourages feedback and states it will be sent to relevant departments.
General| Technology | DLP |
|---|---|
| XY Resolution | 75 μm |
| Connectivity | USB, Ethernet, Wi-Fi |
| Power Requirements | 100-240V, 50/60Hz |
| Weight | 25 kg |
| Layer Thickness | 25 - 100 μm |
| Light Source | LED |
| Materials | Resins |
| Print Speed | Up to 20 mm/h |
| Software | RAYSHAPE |
To Next Page