How to fix a 3D Systems 3D Printer door that will not stay closed?
If the door of your 3D Systems 3D Printer will not stay closed, it's likely due to inadequate latch tension. Ensure that the latch strike is contacting the center of the latch, adjusting the mounting angle as needed. Increase latch tension by turning the screws on the end of the latch clockwise, adjusting in even increments on all four screws to keep the door pull even.
What causes grinding noise in 3D Systems ProJet Finisher Oven?
A grinding noise in your 3D Systems 3D Printer indicates that the fan wheel has shifted or fallen, or debris has fallen into the fan through the shaft collar. Inspect the wheel and reposition it within 0.25’’ from the top of the housing. Inspect the wheel for damage and remove any debris.
Why does the door of my 3D Systems 3D Printer close into top or bottom latch only?
If the door of your 3D Systems 3D Printer closes into the top or bottom latch only, it's likely due to uneven latch tension adjustment. To fix this, ensure that the latch strike is contacting the center of the latch and adjust the mounting angle as required. Adjust the door for even top and bottom latch tension by turning the screws on the ends of the latch. Clockwise increases tension on the latch, while counterclockwise decreases tension.
General| Model | ProJet Finisher Oven Series |
|---|---|
| Category | 3D Printers |
| Manufacturer | 3D Systems |
| Temperature Range | Up to 80°C (176°F) |
| Chamber Volume | Varies by model |
| Dimensions | Varies by model |
| Weight | Varies by model |
| Type | Finishing Oven |
| Power Requirements | Varies by model (typically 110V or 220V) |
Explains the purpose and content of the user guide.
Details copyright information and lists related documents for managing materials and safety.
Provides critical warnings for safe operation, setup, and maintenance of the equipment.
Details specific safety rules for using the finisher, including temperature limits and material handling.
Lists dimensions, weight, and capacity for different ProJet Finisher models.
Details voltage, amperage, phase, and hardwiring requirements for the finisher.
Outlines time required to reach set temperatures and recovery times after door opening.
Specifies maximum load, shelf load, and exhaust capacity for the finisher.
Lists essential checks for voltage, openings, and ventilation before operation.
Identifies key components of the finisher's control panel and internal parts.
Guides users through unpacking the finisher and inspecting it for shipping damage.
Lists items included in the finisher shipment and the accessory kit.
Provides instructions on positioning the finisher and ensuring proper ventilation.
Details requirements for connecting the finisher to the electrical supply.
Outlines safety and operational guidelines before starting a finisher cycle.
Warns about handling uncured VisiJet material and potential skin irritation.
Explains how the finisher maintains stable chamber temperatures.
Lists checks for safety, damper, airflow, and power cord before starting operation.
Provides instructions for viewing and adjusting the main temperature setpoint.
Details how to adjust the HI LIMIT setpoint and reset the heater.
Lists and defines various operating parameters for the control instrument.
Provides detailed explanations for each operating parameter code.
Lists and defines setup parameters for the control instrument.
Lists and describes setup parameters, including input type and units.
Step-by-step guide for calibrating the finisher's temperature control.
Outlines checks for startup, including temperature setpoints and damper position.
Provides instructions for safely emptying the support material tray.
General maintenance guidelines for keeping the equipment clean and in good repair.
Mentions how to replace Temp Control, Hi-Limit Control, Heater, and Fan Motor.
Information on how to order replacement parts from 3D Systems Customer Support.
Lists common issues with the finisher and their corresponding solutions.
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