(Fuji DryPix Printer
Notes from a Fuji-certified engineer on a service
call): The following images highlight the
maintenance of Fuji DryPix 4000 dry laser imaging system,
Fuji XG 5000, Smart CRs and associated
equipment. It is not intended to be a training manual
for the DryPix 4000 or any of the other systems that you
will see below. The text are comments from a
Fuji-certified engineer about the system operation,
common maintenance issues and other comments related to
this system.
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DryPix 4000 Preventative
Maintenance:
Here we
have a Fuji DryPix 4000 undergoing diagnostic testing
during a preventative maintenance check. The
system is disconnected from the hospital network (note
the yellow network cable running to a stand-alone laptop
that is loaded with the Fuji Imaging software.
With this preventative maintenance, we can adjust image
quality and/or add any other modalities needed by the
user. |

This is a cassette feeding unit. This unit is
undergoing a roller replacement with a clutch that was
found to be defective.

Here we are replacing the defective roller with a new
roller. This is one of the more common repairs
needed by this Fuji imaging system.

This is a preventative maintenance being conducted on a
Fuji Smart CR.

This a multi-loader, Fuji Film XG5000 CR. We were
troubleshooting a cassette jamming problem on one of the
slots.

Inspecting the gears and the springs to ensure proper
tension for the Fuji Film XG5000 CR.

Cassette setting for the Fuji XG 5000 multi-loader,
inspecting the slots for any deformed/warped hardware.

Here is the side view of the XG 5000 making sure the
cams and brackets are in the "home" position state.

Lubricating gears, cams and clutches during a
troubleshooting visit of a Fuji XG 5000


Here we are checking for worn rollers on feed load
conveyor. The black feed rollers visible here tend
to crack right at the bushing side that olds the
rollers. This is a common cause of jamming in the
Fuji XG 5000.

The black gear in the center is a "Spur Gear" which
tends to slip and cause jams.

Here we are just inspecting additional gears and
connections to ensure optimal performance.

These X-Guides guide the plate through the eraser unit.

The X-Guides tend to crystallize from heat/light
exposure.

Multi-loader XG 5000 being disassembled for preventative
maintenance.

When doing preventative maintenance here, we're checking
for residual or dust that comes from the plate.
Here we can see a little white spot on the mirrors (seen
here in blue) that is causing poor image quality.

Here is a close-up on the white spec that is causing
problems with this Fuji XG 5000.

This Fuji Flash IIP software unit is mounted to a wall

This is a complete setup of the multi-loader with a
Flash IIP system

Inspecting the belt from a DryPix printer during
preventative maintenance (PM)

Doing a preventative maintenance (PM) on another DryPix
printer

This is an older model CR unit. This is the
interface software that enables it to send DICOM images
to the computer system.

This is one of the first CRs, still operation at many
facilities.

Here we've set up two Fuji Smart CRs and we're doing
calibration and testing.

Here we were doing density checks for the images being
printed from a DryPix printer.

This is our warehouse, with two multi-loaders and
accessories ready for shipping

Fuji DryPix 3000
About the Fuji DryPix 4000:
The DryPix 4000 is a dry laser imager which combines the high
quality and performance of Fujifilm's centralized
imagers, with an extremely compact design, making it
ideal for small centralized departments that do not need
the ultra-high speed and throughput of the DryPix 7000.
The DryPix 4000 has excellent throughput between 110 and
160 films per hour. Like the DryPix 7000, this unit also
features 50-micron high resolution printing. It
accommodates all common film sizes, has an optional
second film drawer and a top-mounted 4-bin film sorter.
An internal DICOM print server with Windows XP operating
system allows the DryPix 4000 to operate with high
performance in environments where space is at a premium.
- Model Name: DryPix 4000
- Processing capacity: (max. in films/h)
160
- Time to first film: 85 seconds (14"x17"
film)
- Recording process: Laser
- Resolution (in pixels): 10 (20 for
mammograms)
- Focus (in nm): 50 µm
- Grey scale range: 14 bit (16384)
- Image distribution (portrait): 1, 2, 3,
4, 6, 8, 9, 12, 15, 16, 20, 24, 25, 30, 36, 42, 48,
49, 54, 56, 60, 63, 64
- Image distribution (landscape): 1, 2, 3,
4, 6, 8, 9, 12, 15, 16, 20, 24, 25, 30, 36, 42, 48,
49, 54, 56, 60, 63, 64 and 4 MIX
- Max. no of copies: 99
- Daylight feed: Yes
- Quality assurance: Fully automatic
-
Film
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Type DI-HL |
Type DI-HLc |
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Sizes |
14"x17" (35 x 43 cm) |
14"x17" (35 x 43 cm) |
|
14"x14" (35 x 35 cm) |
8"x10" |
|
10"x14" (26 x 36 cm) |
|
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10"x12" |
|
|
8"x10" |
|
- Attachable modes: All DICOM Basic Print
compatible modes
- Voltage (in Volt): 230
- Dimensions (w x d x h in mm): 600 x 585 x
1040 or 24" x 22" x 40" (L x W x H)
- Weight: 287-330 lbs. (without sorter)
For full details or a
demonstration on how the DryPix 4000 could revolutionize
the way your department works call 954-802-0634 |