Medical Dry Laser Imager

Name: Medical Dry Laser Imager
Brand: ANITA MEDICAL SYSTEMS PVT. LTD.
Price: 400000 INR
Availability: InStock

Price 400000 INR/ Piece

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MOQ : 1 , , Unit

Medical Dry Laser Imager Trade Information

Minimum Order Quantity
1 , , Unit

Payment Terms
Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
1 , , Unit Per Day

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Medical Dry Laser Imager

Medical Dry Laser

Basic Specifications
Standard Component	Fuji medical Dry laser imager DRYPIX plus (Model DRYPIX 4000)
Recording method	Laser exposure thermal development system
Applicable film	Fuji medical dry imaging film
	Dl-HL (blue base) 35x43,26x36, 25x30, 20x25
	Dl HLc (clear base) 35x43, 26z36, 20x25
	Dl-Ml (blue base) 26x36, 25x30, 20x25
Film loading	Daylight film loading
Film trays	Up to 3 trays
Processing capacity	Approx. 110 films/ hour (35x43), approx, 160 films/ hour (26x36),
Processing capacity	Approx. 160 films/ hour (25x30), approx, 160 films/ hour (20x25),
Time required for first output	Approx. 85 seconds (35x43 films size for test printing)
Grayscale resolution	14 bits
Pixel size	100/150 microns is selectable for all sizes.
Input channels	One DICOM network channel
Image memory	Standard 1GB (Maximum)
Density adjustment	Automatic density correction
Optional sorter bins	4 bins (including standard film tray)
Physical Characteristics
External dimensions (W x D x H)	600x585x1090mm (1 tray type without sorter)/ 600x585x1390mm (1 tray type with sorter option)
Weight (with three trays)	160kg (353 lbs) without sorter
Power supply**	AC100-120V10%, 50/60 Hz 12A (Single phase) AC200-240V10%, 50/60 Hz 6A (Single phase)
Operating Environment
Temperature:	15-30C
Humidity:	40-70% RH (at 15C) to 15-70% RH (at 30C) (no dew condensation)

Compact dimensions hide generous potential

DRYPIX Plus is an ideal dry imager for use in medium-sized hospitals.

It combines Fujifilms proven record of convenience and reliability with DRYPIX familys remarkable operating efficiency, all in a compact body. Features such as unrivaled image quality, network ability, secured backup, and low cost of ownership make the DRYPIX Plus a welcome addition to any hospital department.

High-quality images for more versatility

Backed up by Fujifilms extensive experience in dry imaging, the combination of DRYPIX Plus and Fujifilm dry imaging film ensures consistent delivery of superior image quality to satisfy the varying demands of multi- departmental hospitals.

Enhanced Diagnostic Capabilities

Fujifilms advanced photo- thermo graphic technology with barcode reader-activated Automatic Film Density Calibration and DI-HL film combine to produce clear, stable images with low minimum density, wide density range and neutral image tone that are indistinguishable from those produced by conventional wet processing films.

High Resolution 81 High Maximum Density

Offering a high resolution of 50 microns and a maximum density of 4.0*, the DRYPIX Plus is ideal for Womens Health Centers and dedicated Full Field Digital Mammography departments.

Compact with high efficiency

DRYPIX Pluss compact dimensions allow maximum freedom of location within the medical facility. Belying its small size, throughput is extremely high with absolutely no compromise on image quality. An additional advantage is DRYPIX Pluss extremely quick cold-start time of 15 minutes maximum.

High throughput

DRYPIX Pluss dry laser imaging system enables a high throughput of 110 to 160 films per hour (depending on film size) with premium image quality.

Universal film trays

DRYPIX Plus can be configured with up to three film trays, allowing printing with multiple film sizes.

Optional 4-bin film sorter

The top-mounted 4-bin film sorter increases workflow in small centralized departments without enlarging DRYPIX Pluss compact footprint.

Advanced Imaging Performance

Engineered for critical hospital environments, the Medical Dry Laser Imager delivers clear and accurate prints required for diagnostic imaging. Its technology supports demanding medical applications, ensuring optimal image clarity.

Distribution and Availability in India

Hospitals across India can procure this imager via trusted distribution networks, including exporters, importers, suppliers, traders, and wholesalers. This ensures smooth availability, timely delivery, and comprehensive after-sales support.

FAQs of Medical Dry Laser Imager:

Q: How does the Medical Dry Laser Imager function in a hospital setting?

A: The imager produces high-quality medical images directly onto film using laser technology, enabling quick, efficient, and reliable printing for diagnostic analysis within hospital departments.

Q: What medical applications is this laser imager suitable for?

A: This device is designed for various medical imaging applications, such as radiology, cardiology, and MRI scans, providing precise prints required for accurate medical evaluation and patient care.

Q: When is it most appropriate to use a Medical Dry Laser Imager?

A: Hospitals commonly use this imager during times of high patient flow or when quick and detailed image output is essential, such as emergency diagnostics and routine imaging procedures.

Q: Where can I purchase or source the Medical Dry Laser Imager in India?

A: You can acquire the imager through a network of authorized distributors, exporters, importers, suppliers, traders, and wholesalers spread throughout India, enabling convenient local procurement.

Q: What is the process for installing and integrating this imager into hospital workflows?

A: Installation usually involves setting up the device in the imaging department, connecting it to existing medical systems, and calibrating it for optimized image quality. Technical support is typically available from suppliers.

Q: How does using a Medical Dry Laser Imager benefit hospital operations?

A: The imager enhances hospital efficiency by delivering rapid, accurate, and reliable image outputs, reducing diagnostic turnaround times and improving patient care outcomes.

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