3D Systems ProJet Finisher Oven Series User Manual (English)

Questions and Answers:

S
Sherry HintonAug 18, 2025
What to do if 3D Systems ProJet Finisher Oven 3D Printers fail to heat?
- K
  Kelly WallaceAug 18, 2025
  If your 3D Systems 3D Printer fails to heat or only heats up to 30-50°C, it could be due to several reasons. First, check the power source, oven, and wall fuses. A burned-out heater element could also be the cause, so consider replacing the element. Check the control parameters, and if the OUT LED on the controller doesn't turn on, replace the controller. Finally, disconnect the power and check the wire connections behind the control panel, as loose connections can also cause this issue.
H
Hannah FrazierAug 21, 2025
Why is my 3D Systems 3D Printer heating up slowly?
- C
  chelsea02Aug 21, 2025
  If your 3D Systems 3D Printer is heating up slowly, it might be due to an improperly loaded workload. Try reducing the load or redistributing it within the chamber. Ensure sufficient power and proper connections. Check for circuit overload. Verify the heater amperage on the nameplate. A burned-out heating element could also be the cause, so replace it. Replace the fan motor and close the vent, as fan motor failure or a wide-open vent can also contribute to slow heat up.
M
mike41Aug 23, 2025
How to prevent frequent heater element burnout in 3D Systems ProJet Finisher Oven?
- D
  Derrick WhiteAug 23, 2025
  Frequent heater element burnout in your 3D Systems 3D Printer can be caused by harmful fumes generated by the load or spillage of material on heater elements. Try increasing the vent opening or discontinuing the process that generates these fumes. Also, overheating of the oven or fan motor failure can be the cause. Disconnect the power and clean the oven chamber and elements. Check the Control and HI-LIMIT instrument. Replace the fan motor.
L
lopezcoryAug 26, 2025
What to do if 3D Systems 3D Printer will not control at setpoint?
- P
  paulandresAug 26, 2025
  If your 3D Systems 3D Printer oven will not control at the setpoint, the HI-LIMIT instrument might be set too low. Try setting the HI-LIMIT higher. Check the control parameters before replacing the CONTROL instrument. The issue could also be due to air friction from the recirculation fan; open the exhaust air vent to resolve this. Note that the unit will not reach the minimum operating temperature with the vent(s) closed.
J
Janet PatrickAug 27, 2025
How to fix inaccurate temperature in 3D Systems 3D Printers?
- J
  Jessica YoungAug 27, 2025
  If your 3D Systems 3D Printer displays an inaccurate temperature, the CONTROL instrument may be miscalibrated. To resolve this, check the control parameters and recalibrate the CONTROL instrument.
A
Andrew FoxAug 30, 2025
Why is the temperature erratic in my 3D Systems 3D Printer?
- E
  Eileen BlairAug 30, 2025
  If your 3D Systems 3D Printer is showing erratic temperature readings, it could be due to a control instrument malfunction. Check the control parameters before replacing the CONTROL instrument.
S
Sarah LambertSep 1, 2025
What causes heater not to shutdown until temp reaches the HI-LIMIT setting in 3D Systems ProJet Finisher Oven?
- J
  Julie WilliamsSep 1, 2025
  If the heater in your 3D Systems 3D Printer doesn't shut down until the temperature reaches the HI-LIMIT setting, it could be due to a control instrument or SSR relay malfunction. To address this, verify the control parameters. If no output exists, replace the relay. If a 5VDC output exists, replace the CONTROL instrument. If no CONTROL output exists, replace the relay.
L
Lori PhillipsSep 3, 2025
How to fix improper airflow in 3D Systems 3D Printers?
- S
  Sarah SmithSep 3, 2025
  Improper airflow in your 3D Systems 3D Printer can be caused by fan motor failure or an unbalanced fan wheel. If the fan motor has failed, replace it. If the fan wheel is unbalanced, reposition it within 3/10’’ from the top of the housing or replace the fan wheel.
E
Eric BonillaSep 6, 2025
Why is there excess surface temperature on my 3D Systems 3D Printer?
- S
  Shane HaynesSep 6, 2025
  Excessive surface or door temperature in your 3D Systems 3D Printer might be due to door seal deterioration or the door being closed into only the top or bottom latch. Replace the door seal. Ensure that the latch strike is contacting the center of the latch. 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. Counterclockwise decreases tension.
R
Rodney GuerreroSep 8, 2025
What causes excessive vibration in 3D Systems ProJet Finisher Oven 3D Printers?
- C
  Christina MurraySep 8, 2025
  Excessive vibration in your 3D Systems 3D Printer is caused by an unbalanced fan wheel. Replace the fan wheel to resolve this issue.

3D Systems ProJet Finisher Oven Series Specifications

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)

Summary

Introduction

About This Guide

Explains the purpose and content of the user guide.

Copyright and Related Documents

Details copyright information and lists related documents for managing materials and safety.

Special Features

Safety Requirements and Guidelines

General Safety Warnings

Provides critical warnings for safe operation, setup, and maintenance of the equipment.

Specific Operating Safety Precautions

Details specific safety rules for using the finisher, including temperature limits and material handling.

Facility Requirements

Physical Specifications

Lists dimensions, weight, and capacity for different ProJet Finisher models.

Electrical Requirements

Power Specifications

Details voltage, amperage, phase, and hardwiring requirements for the finisher.

Functional Specifications

Time to Temperature and Recovery

Outlines time required to reach set temperatures and recovery times after door opening.

Functional Specifications Summary

Load Capacity and Exhaust

Specifies maximum load, shelf load, and exhaust capacity for the finisher.

Pre-Startup Checklist

Essential Pre-Operation Checks

Lists essential checks for voltage, openings, and ventilation before operation.

Familiarization

Control Panel and Components Overview

Identifies key components of the finisher's control panel and internal parts.

Installation

Unpacking and Inspection Process

Guides users through unpacking the finisher and inspecting it for shipping damage.

Shipment Contents and Kit

Lists items included in the finisher shipment and the accessory kit.

Setup Procedures

Placement and Ventilation Requirements

Provides instructions on positioning the finisher and ensuring proper ventilation.

Power Connection Guidelines

Details requirements for connecting the finisher to the electrical supply.

Operation

Pre-Cycle Safety and Operation

Outlines safety and operational guidelines before starting a finisher cycle.

Material Handling Safety

Warns about handling uncured VisiJet material and potential skin irritation.

Oven Theory of Operation

Operational Principles

Temperature Stability and Airflow

Explains how the finisher maintains stable chamber temperatures.

Before Starting Operation

Critical Pre-Operation Checks

Lists checks for safety, damper, airflow, and power cord before starting operation.

Changing Temperature Display Units (°C to °F)

Changing Hi-Limit Display Units (°C to °F)

Temperature Control Settings

Viewing and Adjusting Setpoint

Provides instructions for viewing and adjusting the main temperature setpoint.

Temperature Control Instrument Function

HI LIMIT Control Settings

Adjusting HI LIMIT Setpoint

Details how to adjust the HI LIMIT setpoint and reset the heater.

HI-LIMIT Instrument Purpose

HI LIMIT Control Panel Features

HI-LIMIT Parameter Setup Mode

Parameter Programming Mode

Operating Parameters Overview

Lists and defines various operating parameters for the control instrument.

Parameter Definitions

Operating Parameter Details

Provides detailed explanations for each operating parameter code.

Setup Parameters Overview

Lists and defines setup parameters for the control instrument.

Setup Parameters Reference

Setup Parameter Codes and Settings

Lists and describes setup parameters, including input type and units.

Setup Parameter Explanations

Finisher Zone Calibration

Calibration Instructions and Equipment

Step-by-step guide for calibrating the finisher's temperature control.

Finisher Start Up Procedure

Pre-Startup Checks and Setpoints

Outlines checks for startup, including temperature setpoints and damper position.

Loading Parts into the Finisher

Removing Parts from the Finisher

Emptying the Support Material Tray

Provides instructions for safely emptying the support material tray.

Finisher Shutdown Procedure

Maintenance Guidelines

General Maintenance Checklist

General maintenance guidelines for keeping the equipment clean and in good repair.

Component Replacement Procedures

Mentions how to replace Temp Control, Hi-Limit Control, Heater, and Fan Motor.

Testing Procedures

Replacing the Temperature Control

Replacing the HI LIMIT Control

Replacing the Heater

Replacing the Fan Motor

Ordering Replacement Parts

Information on how to order replacement parts from 3D Systems Customer Support.

Troubleshooting Guide

Common Problems and Solutions

Lists common issues with the finisher and their corresponding solutions.

Spare Part List

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