3D Systems, Inc.
30
p/n: 15-D99, rev. C
6.3 Inert Gas Requirements
A customer supplied argon system must be in place before the DMP Flex 350 is installed.
When installing the argon supply line:
• The supply line must reach the DMP system + 6m.
• Route argon supply line through the ceiling.
• Locate the drop over the control panel.
• The minimum internal diameter of the argon supply line is 14 mm.
The connection for the argon supply is located on the back of the electrical cabinet.
ARGON GAS DMP SYSTEM
Connection type Rc 1/2” BSPP female thread with hose barb 13mm added.
Supply rate 200 liters / minute
Preparation cycle requires 4500 liter (1200 gal)
Job execution requires 0 - 50 liter/hour
(0-13 gal/hour)
Supply Pressure Minimum 4 bar (58 psi) - Maximum 6 bar (87 psi)
Quality 4.8 or better
For an argon supply, you may use a bulk (liquid) argon tank or argon cylinders. The quality must be 4.8 or better.
If a liquid argon supply is used, the supply tubing from the argon source to the machine must be at least 20 meters (65.6 feet)
the machine.
Caution: Allowing argon that is below 0 degrees C (32 F) to enter the DMP Flex 350 will damage the machine
If using argon cylinders, the following is recommended:
• Use one pack of twelve cylinders connected with an auto-switching manifold.
•
•
supplied).
WARNING: INERT GAS (ARGON), POSES AN ASPHYXIATION HAZARD. ARGON IS HEAVIER THAN AIR AND WILL
“POOL” ON THE FLOOR AND IN ANY LOW POINTS
The printer, its print processes, and the materials intended for use with the printer are designed for operation with a chamber
of argon gas as the inert gas. Argon is a true inert gas that does not react with any metal material during printing, thus
materials are developed with argon as the inert gas.
Any use of an inert gas other than argon, such as nitrogen for example, is at the user’s own risk, and 3D Systems shall not be
responsible in any way for the performance, safety, or part quality when a printer is used with an inert gas other than argon. If
an inert gas other than argon is used, it is the user’s responsibility to ensure the combination of metal material and inert gas is
safe because some materials, for example titanium or aluminum, are reactive with some inert gases, such as nitrogen.
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