Published on Figure 4 Modular (https://infocenter.3dsystems.com/figure4modular)

Home > User Guide > Overview > Printer > Upper Build Chamber

Upper Build Chamber

upper-build-chamber.jpg
A Upper Print Engine - This part of the print engine contains the elevator, print platform, resin tray, and upper tension system.
B Chassis - The print engine sits on the chassis, which separates the upper and lower build chambers.

Upper Print Engine

Each Printer you ordered has one print engine. This section provides an overview of a print engine's upper components.

Front of upper engine

upper-print-engine.jpg
A Upper-Limit Stop - The upper limit of the elevator's motion
B

Elevator Arms - Hold the print platform during part building

C

Elevator Spine - The elevator block/motor, and the resin-tray chassis, are attached to this.

D Print-Platform Sensor - Senses whether or not there is a print platform on the elevator arms
E Material Tube Cap Holder - Use the round bracket as a holder for your material tube's cap, to prevent misplacement.
F Material-Delivery Tube - Delivers material to the resin tray as needed from the MDM.
G Material-Level Sensor - This detects the level of material in the resin tray. A detection of a lower level of material will trigger the MDM to pump more material into the tray. This sensor also functions as a resin-tray-presence sensor; it will be triggered by the absence of a resin tray.
H Lower-Limit Stop - The lower limit of the elevator's motion
I

Pneumatic Tension Arms - These arms close over the resin tray to tension the resin-tray film during printing.

J Resin-Tray Chassis - Holds the resin tray in place above, and also holds the catch tray and projector in place underneath.

Resin Tray

The MDM will fill the resin tray with material before printing. The Printer works with all the materials specified in the section Figure 4 Material Cartridges. The Figure 4 Modular system comes with one resin tray per Printer purchased. If the resin tray is sufficiently cleaned in between builds, it is possible to use a different material in the same resin tray. However, not every material can share the same tray, even if the resin tray is cleaned. Please see the section Resin Tray Material Cross-Usage for more information. More importantly, using a different material is not as simple as changing out the resin tray. Please see the section Material Changeover for more information.

resin-tray-in-printer.jpg

A Material Fill Levels - These graduated markings help you to see how full the resin tray is. However, the material fill levels can only be changed by 3D Systems Service and may vary between materials.
B Fill Channels - Used to facilitate the flow of material in the tray during material pumping
C Tension Slots - The pneumatic tension arms fasten over these slots.
D Transparent Membrane - This proprietary membrane allows oxygen to pass through, ensuring that material does not cure on the membrane under normal building conditions.
E QR Code/Serial Number - The QR Code has the serial number embedded in its pattern. These give the resin tray a unique identification that can be read by a QR-code scanner.

Tension Arms

Using shop air that flows through the system, the Printer uses pneumatics to open and close tension arms on the resin tray. The tension arms should always be clamped during printing. You will not be able to remove a resin tray unless you turn the tension off by pushing the tension toggle button inside the lower build chamber.

WARNING: Failure to avoid the pneumatic tension arms may result in personal injury. Avoid the tension arm areas at all times.

tension-on.jpg tension-off.jpg
Tension off Tension on

 

push-tension-button.jpg
Tension toggle button

 

Resin Tray Garage

The resin-tray garage can be used to store a resin tray with material outside the machine, keeping UV light and contaminants out. The lid can also be used to cover the resin tray while in the machine.

print-tray-garage-v2.jpg

WEAR GLOVES: Due to the possibility of material being on the the RESIN-tray garage, wear 100% nitrile gloves whenever handling it, even if it appears clean.

Print Platform

print-plat-elev-guides.jpg
A Print Surface - Faces downward when printing. The printed part adheres to the holes in the print surface on the underside of the platform.
B Alignment Grooves - The flat surfaces of the platform are held to the elevator arms magnetically. The triangular grooves fit over the conical pins on the elevator arms.
C QR Code/Serial Number - The QR Code has the serial number embedded in its pattern. These give the print platform a unique identification that can be read by a QR-code scanner.
right-arrow.png Material Drainage Holes - Prevent material from settling on the top of the print platform

 

print-platform-installed.jpg
Print platform properly seated in machine

Carbon Filter

carbon-filter-overview.jpg
A Thumb Screws - Secure the Carbon-Filter Bracket to the frame of the Printer
B Carbon-Filter Bracket - Holds the Carbon Filter in place inside the Printer

 

carbon-filter-3.jpg Carbon Filter - Scrubs material fumes before exiting the process chamber during printing

 

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