White and Blue Based Laser Print Medical Dry X-ray Film

Product Description

Inkjet Medical Dry Films

1. Description
Our film is inkjet medical dry film with blue and white color for ultrasound Dept. and radiology Dept., and digitally store after computer processing of medical imaging inkjet printing, can accurately through the computer processing of all kinds of medical imaging, get rid of the traditional silver halide product show fixing bath processing program, eliminate the flushing processing waste liquid pollution to the environment. LeYiDi medical dry films can be used by LeYiDi 407 printer and other brand printer, such as: Cannon 6780/671/G1800 and EPSON 805.
2. Advantages
Low fog
High sharpness
High max density
Bright tone
Compatible with inkjet printers.
3. Specifications and packing

Name	Size		Package
LeYiDi Medical dry film	8*10 inch	20cm*25cm	100 sheet/box	5 boxes/carton
	10*12 inch	25cm*30cm
	11*14 inch	28cm*35.5cm
	13*17 inch	33cm*43cm
	14*17 inch	35cm*43cm

Can also provide other specifications according to the requirements of customers and product packaging capacity
4. Security lighting
No visible light sensitive and can be normal operation under normal lighting conditions.
5. Use
Our product is direct printing consumables, inkjet printers to LeYiDi imaging companies can get ideal result. When the printer for other brands need to input in advance before direct use of test to determine the best conditions of use.
Using environment
The best use of the environment for temperature 18 ºC ~ 24 ºC, relative humidity 50% ~ 65%.
6. Storage
The original packaging should be stored in a dry, cool, clean indoor, prevent sunlight directly
Irradiation, acid-base gas.
Specific requirements are as follows:
1. The temperature, humidity, temperature of 10 ºC to 23 ºC, relative humidity 30% ~ 65%, far away from the heat source.
2. Gas: storage space can not have hydrogen sulfide, ammonia, sulfur dioxide and formaldehyde. Such as: acid-base gas.
3.  Stacking form: standing should be stored, so as to avoid adverse effect by pressure.