3D Systems ProX DMP 100 User manual

ProX®DMP100
3D Production Printer
Facility Requirements Guide
Original Instructions
Please refer back to http://infocenter.3dsystems.com/product-library/prox-100#facility-guide
for the most up-to-date facility requirements guide.

3D SYSTEMS, INC.
CONTENTS
1PREPARING FOR INSTALLATION..........................................................................1
Safety precautions ...................................................................................1
When you are ready for installation .....................................................................1
2EQUIPMENT AND PACKAGING ...........................................................................2
The Prox DMP100 system .............................................................................2
Main cabinet .......................................................................................3
Process Filter (with cart) ..............................................................................4
Customer Supplied Equipment .........................................................................5
Vacuum Cleaner ....................................................................................5
Oxygen Monitor .....................................................................................5
Dust Collection System ...............................................................................5
3STORAGE REQUIREMENTS ...............................................................................6
4ROOM REQUIREMENTS..................................................................................6
Workspace specifications for the Prox®DMP100 ..........................................................6
Floor specifications ..................................................................................7
Recommended metal powder storage*** .................................................................7
5ATMOSPHERE REQUIREMENTS ...........................................................................8
Room Ventilation.....................................................................................8
Room Air Source ....................................................................................8
Room Air Exhaust ...................................................................................8
6ELECTRICAL REQUIREMENTS .............................................................................9
7GAS REQUIREMENTS ....................................................................................9
8COMPRESSED AIR REQUIREMENTS.......................................................................10
9WORKSTATION AND SOFTWARE REQUIREMENTS ..........................................................10
Client workstation requirements for ProX DMP Dental software .............................................11
Client workstation requirements for 3DXpert software.....................................................11
10 LIFTING EQUIPMENT ..................................................................................12
11 TOOLS ...............................................................................................12
12 PERSONAL PROTECTIVE EQUIPMENT.....................................................................12
13 WASTE DISPOSAL ......................................................................................13
14 FIRE SUPPRESSION ....................................................................................13
15 SPECIAL CONSIDERATIONS WHEN USING REACTIVE METALS ................................................13
16 FACILITY REQUIREMENTS CHECKLIST ....................................................................14
How to Submit Your Completed Facilities Checklist .......................................................14
Facility Requirements Checklist - ProX®DMP100 .........................................................15

3D SYSTEMS, INC.
17 CONTACT INFORMATION ...............................................................................16
18 FACILITY REQUIREMENTS POSTER .......................................................................17

13D SYSTEMS, INC.
1PREPARING FOR INSTALLATION
Use this guide to help you prepare your facility for the installation of the ProX®DMP100.
As you satisfy the requirements for each section in this guide, you need to complete the “Facility Requirements Checklist -
ProX® DMP100” on page 15. You must complete this checklist and send it to 3D Systems when you’re ready to have your
equipment installed.
You will nd all contact information for 3D Systems’ service and support on page 16 .
SAFETY PRECAUTIONS
Please review all safety information in the safety section of the ProX®DMP100 User Guide.
WHEN YOU ARE READY FOR INSTALLATION
Caution: After you receive your equipment, do not allow anyone to connect electrical power, compressed
air, or gas to any of these devices. This must only be done by your 3D Systems-certied Customer Support
Engineer (CSE) during installation.
Attempts to install equipment or auxiliary equipment by non-3D Systems-certied personnel could void the
warranty and result in serious injury and equipment damage.
Caution: NEVER unpack, assemble, or connect any component of the shipment without the aid of a qualied,
3D Systems-certied Customer Support Engineer (CSE). 3D Systems accepts no responsibility for damaged,
defective, or incomplete systems uncrated by anyone other than a 3D Systems-certied CSE.
Caution: Once the printer is installed, it cannot be moved without the aid of a qualied, 3D Systems-certied
Customer Support Engineer (CSE). 3D Systems accepts no responsibility for damage to the printer by anyone
other than 3D Systems-certied CSE.
Moving the printer may affect settings (alignments, calibration...). Contact your 3D Systems-certied CSE to
check the operation of the printer after moving.

23D SYSTEMS, INC.
2EQUIPMENT AND PACKAGING
THE PROX DMP100 SYSTEM
This section lists all of the equipment that is provided as a part of the ProX®DMP100.
• Main cabinet (including process chamber, control software)
• Process lter with cart
CRATED WEIGHTS AND DIMENSIONS
Main cabinet
• Weight : 1330 kg, (2932.15 lbs)
• Dimensions (Length x Width x Height) : 1640 x 1010 x 2350 mm, (64.57 x 39.76 x 92.52 in.)
Process lter
• Weight: 150 kg, (330.69 lbs)
• Dimensions (Length x Width x Height) : 740 x 1010 x 1310 mm, (29.13 x 39.76 x 51.57 in.)
Accessories crate
Depending on applications, the dimensions and the weight of the crate may vary. Information given below only match for the
biggest accessories crate:
• Weight: 200 kg, (440.9 lbs)
• Dimensions (Length x Width x Height) : 1300 x 1140 x 1025 mm, (51.18 x 44.88 x 40.35 in.)

33D SYSTEMS, INC.
Main cabinet
Supplied by : 3D Systems
Installed by : 3D Systems
Physical Dimensions
• Weight : 1100 kg (2425.08 lbs)
• Dimensions (H x W x D) : 1900 x 1200 x 800 mm, (74.80 x 47.24 x 31.49 in.)
Electrical - Connected to Facility Power
• 230 VAC, 50/60Hz, 5kVA, 1ph
• Nominal Current : 21.74A
• 1 phase + neutre + PE electrical cable (2.5mm² section). Supplied by 3D Systems
• Connection on the bottom right of the printer
Gas: Argon is recommended and is required for all reactive materials such as Titanium and Aluminum. Nitrogen can be
used for non-reactive material such as Steel
• Supply pressure : from 5.5 bar to 6.9 bar (80 - 100 PSI)
• Building process owrate : 5 - 10 L/min (0.17 - 0.35 cubic feet per minute)
• Purge owrate : 30 L/min (1.06 cubic feet per minute)
• Quality : purity > 99.99% for Nitrogen; purity grade 4.8 minimum for Argon
• Connection on the bottom right - Quick coupler plug, internal diameter 6mm
• Piping from inert gas supply to printer - Supplied by customer
• Gas tubing to connect to the system: inside diameter 6mm (1/4’’) mini (for gas supply line less than 8m (25 feets))
Compressed Air
• Supply pressure : from 6 bar to 8 bar (87 - 116 PSI)
• Maximum owrate : 10 L/min (0.35 cubic feet per minute)
• Quality class 4,4,4 according to ISO 8573-1:2010
• Connection on the bottom right - Quick coupler plug, internal diameter 6mm
• Lines from compressed air supply to printer - Supplied by customer
Cooling Water - N/A
Network Connection
• Network cable, CAT6 - Provided by 3D Systems
Noise Emission
• Noise pressure level : 59,2 dB(A).

43D SYSTEMS, INC.
Process Filter (with cart)
Supplied by: 3D Systems
Installed by: 3D Systems
The external process lter ships with the ProX® DMP100 system. The lter removes fumes, particles and any other products
of the DMP process. The lter cannot be installed in a separate room. It must be installed adjacent to the main cabinet. The
process lter is tted on transport cart, allowing a quick, easy and safe lter replacement.
Physical Dimensions
• Dimensions (H x W x D) : 1431 x 809 x 879 mm, (56.34 x 31.85 x 34.61 in.)
• Weight : 94 kg (207.23 lbs)
Electrical - N/A
Mechanical Connection
The lter is connected to the main cabinet by exible hoses. The hoses for installation ship with the ProX®DMP100 system. The
hoses supplied by 3D Systems must be used to connect the process lter.
Argon Gas - N/A
Compressed Air
The valves on the lter are controlled by the ProX® DMP100. Compressed air is delivered by 6mm Festo tubing from the ProX®
DMP100 to the lter. The tubing is provided by 3Dsystems.
Cooling Water - N/A
Network Connection - N/A

53D SYSTEMS, INC.
CUSTOMER SUPPLIED EQUIPMENT
The equipment listed below is not part of the ProX DMP100 system however all of the equipment listed is required. The
customer can purchase this equipment from an independent source or from 3D Systems (if so indicated).
• Vacuum Cleaner - Can be purchased from 3D Systems
• Oxygen Monitor - Can be purchased from 3D Systems
• Dust collection system
Vacuum Cleaner
Supplied by: Customer or 3D Systems
Installed by: Customer
Installations must have a wet separator, explosion proof vacuum cleaner certied for minimum ATEX
zone 22 (Europe), or Class II, Division II (USA). The RUWAC, NA35 serie explosion proof vacuum is
recommended.
Oxygen Monitor
Supplied by: Customer or 3D Systems
Installed by: 3D Systems
For safety when working with argon, you must install a room area oxygen monitor on the wall of your ProX DMP100 room. The
oxygen monitor should be installed approximately 60 cm (24 inches) above the oor.
The models offered by 3D Systems are:
• Oxygen Room Monitor, 120V (P/N 23746-101-01)
• Oxygen Room Monitor, 220V, Universal Plugs (P/N 23746-101-02)
Dust Collection System
Supplied by: Customer
Installed by: Customer
3D Systems recommends a whole room, dust collection system to remove airborne particles out of
the air any time metal powder is handled.
A portable dust collection system is required to be able to manipulate and focus the dust collection
nozzle anywhere it’s needed.

63D SYSTEMS, INC.
3STORAGE REQUIREMENTS
The packaging consists of crates with physical-chemical protection. The corrosion protection is guaranted by a seal wrapping
lm and by the addition of desiccant bags. The storage period is limited to 6 months from the date of packing.
The printer must be stored in their original packaging, in a stable position, protected from impact and in a dry location.
4ROOM REQUIREMENTS
WORKSPACE SPECIFICATIONS FOR THE PROX®DMP100
ProX®DMP100 installation requires a location with the following minimum dimensions (including maintenance access).
Process lter

73D SYSTEMS, INC.
FLOOR SPECIFICATIONS
REQUIREMENTS COMMENTS
Material Concrete
Vibration-free Required
First floor installation Preferred
Grounded conductive or antistatic Antistatic floor mats are recommended
Minimum overall floor loading 1500 kg/m2
To ensure part quality and accuracy, choose a ground oor location which will minimize vibration. The ProX®DMP100 should
not be affected by normal or incidental environmental vibration; however, the area should be isolated, either via location or
some other physical or mechanical means, from any signicant internal or external vibration sources such as heavy machinery,
airplanes, or trains, which could cause unacceptable shock or vibration levels.
Conductive or dissipative ooring (metal/unpainted concrete) with a oor resistance of less than 108ohms .
RECOMMENDED METAL POWDER STORAGE***
To store metal powders in your facility:
• Use closed containers. Closed containers will prevent accidental dust generation and contamination.
• Preferable use conductive containers or containers lined with conductive material. Containers made from a conductive
materials will help dissipate electrostatic charges.
• Store containers on a grounded conductive surface.
• Store separately from other chemicals such as, but not limited to, oxidizers and fuels.
• Store in a reproof cabinet.
• Make certain you have small containers for small quantities of powder. Do not store small quantities of powder in large
vessels.
• In the ideal case, large quantities of powder are stored in a suitable separate building, away from the production
environment.
Storage in closed containers will prevent accidental dust generation and contamination, while a conductive material will help
dissipate electrostatic charges.
It is also recommended to store large quantities of combustible powders in re retarding cabinets or a specically designed
room. While this will not prevent re itself, it will prevent powder from igniting immediately by a re in the vicinity of the
powder storage. This will give your personnel additional time to evacuate and will provide emergency services the opportunity
to extinguish the external re before the powder stock ignites. In the ideal case, store large quantities of powders in a suitable
separate building, away from the production environment.
You must make certain there is no automatic sprinkler system installed where aluminum, magnesium or magnesium alloys are
stored. These materials will react with water to produce hydrogen which will create an explosion hazard.
*** Some metal powders are very reactive to Oxygen, Water, or other elements. Refer to the material SDS and all
local regulation for proper handling, storage, and disposal.

83D SYSTEMS, INC.
5ATMOSPHERE REQUIREMENTS
ROOM VENTILATION
The DMP process takes place in an inert atmosphere inside the process chamber (Nitrogen or Argon, depending on material
used). During the preparation and building process, the gas is released into the work place. Therefore, in small rooms, a
minimum ventilation is required.
During loading and unloading the machine, powder particles will become airborne. The presence of metal powder in the work
environment is unsafe and must be avoided as much as possible. Therefore adequate room ventilation (50 cubic meters/hour)
is recommended and it is strongly advised to wear PPE (Personal Protective Equipment).
Room Air Source
The facility HVAC system provides source air only. Air that is introduced into the room is not allowed to recirculate back into
the facility HVAC system.
The atmosphere in the ProX® DMP100 installation room must meet the following specications:
ATMOSPHERIC VARIABLES REQUIREMENTS
Room temperature Heating and air conditioning installed
A/C not blowing directly onto the main cabinet
Temperature Operating range: (15 to 30) °C; (59 to 86) °F
Storage range: (5 to 50) °C; (41 to 122) °F
Non-condensing relative humidity No higher than 70%
Room air changes 4 per hour minimum
Heat dissipation Maximum: 1 kW ( 3 412 BTU/hr)
Average: 0.75 kW ( 2 559 BTU/hr)
Atmospheric corrosives None; Clean Dry Air (CDA) is required
Room Air Exhaust
The facility must have a separate system for removing the air from the room. The system must remove the room air directly
to the outside. For the exhaust system, 3D Systems recommends the use of TEFC (Totally Enclosed Fan-Cooled) motors for this
application.
WARNING: FAILURE TO EXHAUST THE ROOM AIR DIRECTLY TO THE OUTSIDE WILL PUT PERSONNEL AT RISK
FOR BREATHING AIR CONTAMINATED WITH METAL PARTICLES AND WILL PUT THE FACILITY AT RISK FOR AUTO-
IGNITING FIRES.
WARNING: IF YOU ARE USING REACTIVE METALS, (TITANIUM OR ALUMINUM) AIR EXTRACTION EQUIPMENT
SHOULD NOT CONTAIN FILTERS. FINE METAL PARTICLES WILL BE COLLECTED BY THE FILTER AND WILL BE A
SOURCE OF AUTO-IGNITING FIRES.

93D SYSTEMS, INC.
6ELECTRICAL REQUIREMENTS
The electrical cable ships with the printer, and consists of 1 phase + neutre + PE (section cable 2.5mm²). The phases and
protective cables must all be connected to the facility’s power.
The ProX® DMP100 is designed to be connected to primary AC power directly from the facility’s power circuit to the machine’s
input power. This task must be performed by a qualied electrician. The facility’s power circuit must have a 16A branch
protective circuit breaker (type D curve) with lockout/tagout capabilities.
All equipment and storage container must be grounded to prevent accumulation of static electricity.
7GAS REQUIREMENTS
A customer supplied gas system (Nitrogen required when using non-reactive powders, Argon required when using reactive
powders) must be in place before the ProX® DMP100 is installed.
When installing the gas supply line:
• Route gas supply line through the ceiling.
• Locate the drop over the main cabinet.
The connection of the gas supply is located on the bottom right of the printer.
Gas ProX®DMP100
Connection Type Quick coupler plug, internal diameter 6mm
Flow Rate Manufacturing : 5 - 10 L/min (0.17 - 0.35 cubic feet per minute)
Purge : 30 L/min (1.06 cubic feet per minute)
Supply Pressure Minimum 5.5 bar (80 psi) - Maximum 6.9 bar (100 psi)
Quality Nitrogen : 99.99% or better
Argon : 4.8 or better
For a gas supply, you may use a bulk (liquid) gas tank or gas cylinders.
If a liquid gas supply is used, the supply tubing from the gas source to the machine must be at least 20 meters (65.6 feet) long.
This distance will act as a buffer and will make certain the temperature of the gas is not below freezing point when it enters the
ProX® DMP100.
Caution: Allowing gas that is below 0 degrees C (32 F) to enter the ProX® DMP100 will damage the machine.
If using gas cylinders, the following is recommended:
• Use one pack of twelve cylinders connected with an auto-switching manifold.
• A high volume ow pressure reducer must be used for the cylinders. This allows the chamber to ll quicker.
• Use two particle lters immediately after the reducer. One 5μm lter and one 0.01μm lter.

103D SYSTEMS, INC.
8COMPRESSED AIR REQUIREMENTS
A customer supplied compressed air system must be in place before the ProX®DMP100 is installed.
When installing the compressed air supply line:
• Route compressed air supply line through the ceiling.
• Locate the drop over the control panel.
• Keep the compressed air line as short as possible to ensure proper pressure.
The connection for the compressed air supply is located on the bottom right of the printer.
Compressed Air ProX®DMP100
Connection Type Quick coupler plug, internal diameter 6mm
Flow Rate 10 L/min (0.35 cubic feet per minute)
Supply Pressure Minimum 6 bar (87 psi) - Maximum 8 bar (116 psi)
Quality Class 4,4,4 according to ISO 8573-1:2010
9WORKSTATION AND SOFTWARE REQUIREMENTS
Supplied by: Computer : Customer or 3D Systems - Software : 3D Systems
Installed by: Customer or 3D Systems
Before a part can be built on the printer, the manufacturing le must be loaded into the printer.
The manufacturing le is generated by 3DXpert or ProX DMP Dental (only for dental application) standalone softwares. By
using the industry-standard .stl le format, the manufacturing le includes a series of sliced cross-sections of the part and all
the manufacturing parameters.
The manufacturing le can be uploaded by:
1. Ethernet network connection : the printer provides an integrated 10/100-megabit-per-second (Mbps) Ethernet network connection.
This connection supports both the 10base-T and 100base-TX Ethernet standards. The connectors (RJ45 sockets located on the
back panel of the supply cabinet and in front of the main cabinet) are designed for attaching a shielded twisted pair Ethernet cable
(supplied with the printer).
2. USB connection : the printer provides an integrated USB socket. The manufacturing le can be uploaded with a USB key (not
supplied).
The manufacturing le is then selected from the printer.
Prior to installing the software, ensure that workstation meets the following minimum specications (next page). The
specications described represent 3D Systems tested minimum “baseline” conguration for using the software. Although
the software will run on less powerful computers, meeting the minimum recommended conguration will ensure acceptable
performance.

113D SYSTEMS, INC.
CLIENT WORKSTATION REQUIREMENTS FOR PROX DMP DENTAL SOFTWARE
Minimum Recommended
Operating System Windows 7 32bits Windows 7 64bits
CPU Dual Core @ 2.5 GHz Intel ® Xeon ® E5-1620 v3 (Quadcore @3.5GHz)
RAM 2GB on 32bits, 8G on 64bits 16 Gbits
Hard Drive 7200 tr/min SSD hard drive
Graphics NVidia or AMD GPU with 2GB of RAM NVidia or AMD GPU with 4GB of RAM
Screen resolution 1440 x 900 19” @ 1080p
Network Internet connection Internet connection
CLIENT WORKSTATION REQUIREMENTS FOR 3DXPERT SOFTWARE
Minimum Recommended
Operating System
Windows Server 2008 or 2012.
Windows 7, Professional/Ultimate Edition.
Windows 8 or 8.1, Professional/Ultimate Edition.
Windows 10, Professional/Ultimate Edition.
Windows XP 64-bit is not supported.
All 32 bit operating systems are not supported.
CPU Quad cord 64 bit processor. Intel core i7, 6th generation and up.
RAM 8 GB. 16 GB or more. Large jobs can require 64 GB.
Hard Drive 25 GB of free space.
SSD hard drive. 50 GB of free space.
Windows and 3DXpert should be installed on the
SSD. File management should be congured on a
different hard drive, local or network based.
Graphics OpenGL 3.1 with 1 Gb of memory.
Quadro cards from NVidia and FireGL/FirePro
cards from ATI. For recommended graphics cards,
see the 3DXpert website:
https://cimgraphics.cimatron.com
Network Ethernet network infrastructure with
TCP/IP protocol. 1 or 10 Gigabit ethernet.
Screen resolution 1280 X 960 1600 X 900 or higher.
Other
Microsoft .NET Framework 4.0.
Internet Explorer 9 or higher must be
installed.
Keyboard.
3 button mouse with scroll.

123D SYSTEMS, INC.
10 LIFTING EQUIPMENT
Before handling the equipment, verify the following:
• Use a forklift with a load capacity of at least 1500 kg (3307 lbs).
• Forks should be at min. 1.5 meters long (59.05 in.).
• Make certain all lifting equipment will t through all doorways leading to the installation room.
• Standard moving and handling tools may be required (pallet truck, cargo trolley...).
• Staff insured and authorized to use the lifting equipment is necessary. 3D Systems-certied Customer Support Engineer are
not qualied to use such equipment.
The equipment is delivered with steel beams (I prole), that must be removed during installation. The main cabinet will stand
on adjustable feet.
11 TOOLS
Tools that will be used in the presence of metal powders must be non-sparking, non-magnetic hand tools which are
manufactured from Aluminum or special Aluminum-Bronze (AlBr) or Copper-Beryllium (CuBe2) alloys. These are the only tools
that are safe to use in EX zones where hazardous, ammable or combustible materials are present.
The following items are required:
• All electric tools must be for minimum ATEX zone 22 (Europe), or Class II, Division II (USA)
• Work benches must be grounded (antistatic mats)
• Brushes and brooms must have natural bers
• Only use aluminum dust pan
12 PERSONAL PROTECTIVE EQUIPMENT
Personal Protective Equipment (PPE), that is required when working with metal powders is as follows:
• Disposable masks and respirators - FFP3 class (EN149:2001), N99 or better (Occupational Safety and Health
Administration standard)
• Eye protection - Close tting safety goggles or face mask.
• Nitrile gloves
• Head cover
• Shoes - antistatic, conductive soles, safety toe
• Antistatic or conductive outer garments (coveralls)
• Hearing protection depending on the dB level.
All of the items listed above must be acquired and available for each employee before the machine and materials arrive on site.
All PPE must remain on site. Storage of the PPE must be made available.

133D SYSTEMS, INC.
13 WASTE DISPOSAL
Ability to dispose of waste:
• Contaminated lters
• Metal powder
• Clothes and paper towels used for cleaning
Need to have closed metal containers for waste and the ability to store the waste containers, if possible, in a closed
environment outside the production facility.
Waste materials must be disposed of in accordance with all local, state and federal regulations.
14 FIRE SUPPRESSION
The facility must have a Class D re extinguisher and a re blanket present in the work area.
The automatic sprinkler system must be disabled in areas where reactive metals are used or stored. Several of the materials,
(magnesium, titanium, aluminum, etc.) will react with water to produce hydrogen. With the sprinkler system disabled, local
building code may require the installation of an inert gas system for re suppression.
Although a class D is required for metal res, do not neglect to have a class ABC portable on hand as well for
non-metal res that class D is not effective against.
15 SPECIAL CONSIDERATIONS WHEN USING REACTIVE METALS
The modications listed in this section must be observed if you will be using reactive metals in your facility. The following are
considered to be reactive metals:
• Titanium and Titanium alloys
• Aluminum and Aluminum alloys
• Magnesium and Magnesium alloys
• Pure Nickel
• Pure Zinc
The automatic sprinkler system must be disabled in areas where reactive metals are used or stored. Several of the materials
will react with water to produce hydrogen. With the sprinkler system disabled, local building codes may require the installation
of an inert gas system for re suppression.
Filters cannot be used in the ventilation system for the room. Fine metal particles will collect in the lter and become a source
of auto-igniting res.

143D SYSTEMS, INC.
16 FACILITY REQUIREMENTS CHECKLIST
In the sections that follow, you will nd all the requirements your facility must meet before your ProX® DMP100 can be installed.
After your facility meets all of these requirements, complete and sign the “Facility Requirements Checklist - ProX® DMP100”
on page 15 and submit it to 3D Systems Customer Support for review.
When Customer Support receives your completed checklist, a 3D Systems representative will contact you to verify your facility’s
readiness. When the representative is condent that all facility requirements are met, he or she will schedule a trip to your site
to install the ProX®DMP100 and any additional equipment which was ordered.
NOTE: All facility requirements must be met before 3D Systems can schedule a trip to your facility to install the
equipment.
HOW TO SUBMIT YOUR COMPLETED FACILITIES CHECKLIST
Submit your completed Facility Requirements Checklist by fax, mail, or email to one of the 3D Systems Customer Support sites
below. This noties them that your facility is fully prepared for installation.
COMMUNICATIONS FORMAT NORTH & SOUTH AMERICA EMEA; ASIA PACIFIC
Fax [phone]
attn: Customer Support
[phone]
attn: Customer Support
Mail 3D Systems Corporation
333 Three D Systems Circle
Rock Hill, SC 29730, USA
attn: Customer Support
3D Systems
Parc Européen d’Entreprises
Rue Richard Wagner
63200 Riom, France
attn: Customer Support
Email [email protected] [email protected]
Be sure to include the date you submitted your completed checklist so installation can be scheduled as quickly as possible.
If you need to speak to a 3D Systems Customer Support representative about your facility requirements, call:
• US and Canada: 888-598-1438
• International: [phone]
• UK and EMEA: ([phone]
• Europe: (+33) 4.73.33.45.85

153D SYSTEMS, INC.
IMPORTANT
You must complete and sign this form before scheduling installation. The information on this form will be used to
determine the necessary time that 3D Systems personnel will need to complete the installation.
In case of multiprinters installation, use 1 x checklist per printer.
Contact name
Phone, email, fax Phone Email Fax
Facility address
COMPANY NAME:
ADDRESS:
ZIP CODE:
CITY:
COUNTRY: STATE:
Date submitted
Storage Requirements completed
Room Requirements completed
Atmosphere Requirements completed
Electrical Requirements completed
Measured 230 VAC facility power: ________ VAC, ________ Hz
Gas Requirements completed
Compressed Air Requirements completed
Computer and Network Requirements completed
Lifting Equipment Available
Tools Available
Personal Protective Equipment Available
Waste Disposal System Established (Must comply with all applicable regulations)
Fire Suppression Equipment Available
Comments
Signature
FACILITY REQUIREMENTS CHECKLIST - ProX®DMP100
SECTION FILLED BY 3DSYSTEMS
# Sales Order (S.O.)
# Serial Number of the printer
3D SYSTEMS RESERVES THE RIGHT TO RECEIVE COMPENSATION FOR NONPRODUCTIVE TIME AND TRAVEL DUE TO FALSE
OR INCORRECT INFORMATION ON THIS FORM.

163D SYSTEMS, INC.
17 CONTACT INFORMATION
3D Systems
333 Three D Systems Circle
Rock Hill, SC 29730 USA
tel: [phone]
email: [email protected]
www.3dsystems.com
NYSE: DDD
Customer Support Hotline
US and Canada: 888-598-1438
International: [phone]
UK and EMEA: ([phone]
Europe: (+33) 4.73.33.45.85
Sales and Service Phone
Numbers
France: (+33) 4.73.33.45.85
Italy: ([phone]
Germany: ([phone]
Hong Kong: ([phone]
Switzerland: ([phone]
UK: ([phone]

173D SYSTEMS, INC.
18 FACILITY REQUIREMENTS POSTER
Control Cabinet
power panel
• 230 VAC
• 50/60 Hz
• 5 kVA
• 1ph + neutre + PE
A/C
Air Conditioning
• required
• do not install vent directly above process station
Gas
Bulk gas tank
▪ Nitrogen : 99.99% pure nitrogen
▪ Argon : Quality 4.8
Gas cylinders
▪ Nitrogen : 99.99% pure nitrogen
▪ Argon : Quality 4.8
▪ Connect cylinders with auto-switching
manifold to ensure constant gas
supply during build
1
2
Compressed Air
min 15° C (59° F)
30° C (86° F)
max
Room temperature
setpoint and stability
• set temperature between 20° C and 25° C (68° F and 77° F)
• temperature should be constant to ±5° C (± 9° F)
Atmosphere
Note : the painting pipe colors are only for indication, and might not fit with your local, state and federal regulations.
Always refer to the pipe color coding standards of your local, state and federal regulations.
Room oxygen monitor
• recommended
• customer supplied/installed
• safety interlock contact rating: 10 A
Compressed Air
• customer supplied/installed
Network connection
• recommended
Inert gas
• customer supplied/installed
Gas ProX DMP100
Connection Type Quick coupler plug, internal diameter 6mm
Flow Rate Manufacturing : 5 - 10 L/min (0.17 - 0.35 cubic feet per minute)
Purge : 30 L/min (1.06 cubic feet per minute)
Supply Pressure Minimum 5.5 bar (80 psi) - Maximum 6.9 bar (100 psi)
Quality Nitrogen : 99.99%
Argon : 4.8 or better
Compressed air ProX DMP100
Connection Type Quick coupler plug, internal diameter 6mm
Flow Rate 10 L/min (0.35 cubic feet per minute)
Supply Pressure Minimum 6 bar (87 psi) - Maximum 8 bar (116 psi)
Quality Class 4,4,4 according to ISO 8573-1:2010