On the seventh day after birth, the piglets can begin to adjust and induce their food. The following “four methods†can be tried.
The free-grazing method can spread some scented or palatable granules or fine grains, finely chopped green cabbage leaves during the feeding period or where the piglets are often active, so that the sows can lead the piglets to feed freely, every day. After 4-5 trainings, the piglets can usually learn to eat after 4-5 days.
When the artificial plug method piglet is asleep, wet food or dry material is stuffed into the mouth of the piglet with a small iron spoon or hand. The effect is very good for 3-5 times a day.
In order to use the habits of the piglets to catch food, the two litter piglets were placed in the same feeding room. One of the larger piglets had learned to eat and used the large and small method to promote the rapid development of another litter. Learn to eat.
The sweets attracting method uses the habit of piglets eating sweets. Adding proper amount of saccharin or white sugar in the feed, or frying some corn, soybeans or rice, it is best to mix a little brown sugar to make the feed slightly sweet and grind it into sesame size. The granules, placed in a shallow box on the piglet's active area for conscious feeding, are effective for training 4-5 times a day.
Specifications:
High Resolution Image
Liner Scanning Method
100% Bandwidth with Short-Pulse Technology
Safe in Operations
No Abrasion of Cornea
No Cross Infection
Convenient
More Probe Shells Offered
Easy to Exchange Probe Shell
Adjustable Focus by Probe Shell
Transducer: 35MHz/50MHz
Scan: Linear scan
Scanning Range: 16mm*10mm 35MHz
10mm*6.5mm 50MHz
Image pixel: 1024*655
Resolution: axial≤0.05mm, lateral≤ 0.1mm
Gain: 30-105 dB
SAB-200 A/B Scan with normal, vitreous body enhancement, retina observation mode, mainly used for diagnosis of intraocular diseases, display the location, shape range of the focus of infection and the relationship with the surrounding tissue. Can be diagnosed vitreous opacity, retinal detachment, eye base tumors etc. eye diseases. A scan is used to measure anterior chamber depth, lens thickness, axial length, calculate diopter of implant IOL as well.
B scan:
A scan:
Frequency: 10MHz/20MHz (optional) ,Magnetic driven, noiseless
Scanning Mode: Sector Scanning
Magnify:Multi continuous magnification,Real-Time magnification
Resolution: Lateral ≤0.3mm;Vertical≤0.2mm
Geometry position precision: Lateral ≤10%;Vertical≤5%
Depth:60mm
Enhance the part of vitreous body and retina
Gain of probe:30dB-105dB
Scanning Angle:53°
Gray Scale: 256
False Color: Multi colors. OCT
measurement type: multigroup distances, perimeters and areas
Image postprocessing: multiple curves processing, Pseudo-color processing curve
Movies: 100 images movie review, AVI JPG format image output
Frequency:10MHz, with LED
Depth: 40mm
Precision:±0.05 mm
Measurement: Anterior chamber depth, lens thickness, vitreous body length, total length and average
Eye mode: Phakic / Aphakic / Dense / Various IOL
IOL Formula: SRK-II, SRK-T, HOFFER-Q, HOLLADAY,BINKHORST-II, HAIGIS
Stat. Calculation: Average and standard deviation
Store: 10 Scanning results for each eye
Others:
Display Mode :B.B+B.B+A.A
Hint: preset keyword
Case Search:Multi-keywords
Working Platform: Windows XP.VISTA.WINDOWS7
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Ubm Ultrasound Machine For Eyes,Ultrasound Biomicroscopy Microscope,Ultrasound Biomicroscopy And Pachymetry,Ultrasound Biomicroscopy System
Guangzhou Sonostar Technologies Co., Limited , https://www.sonoeye.com