Detail SONOCOOL 255
Ultrasonic device with cooling for use in pathology and
analysis laboratories
Technical data
Inner tank dimensions: 280 × 150 × 150 mm ( l × w × d)
Tank volume: 5 litres ( contact liquid)
Adjustable bath temperature: 15 – 30 ° C ( at 20 ° C room temperature)
Cooling power: 200 W
Ultrasonic power: 180 W, adjustable in 4 steps
Ultrasonic frequency: 35 kHz, SweepTec®
Countdown operation: up to 100 h
External dimensions: 360 × 605 × 385 mm ( l × w × d)
Housing: aluminium: coated with fl ush pulls ( grips recessed inside the housing)
Outlet: front left, concealed
Current consumption: 1.6 A
Mains connection: 230 V~ , 50/ 60 Hz
Weight: 27.5 kg
SONOCOOL 255
Code No. 3500
Consisting of:
Ultrasonic device, sample holder PH 255, for 8 inset beakers,
lid D 255 G, 10 inset beakers SD 01 à 100 ml, TICKOPUR TR 3
( concentrate for producing the contact liquid) - 250 ml
Vorteile
ý ý ý ý ý ý compact design
ý ý ý ý ý ý increased life span by welded tank: stainless steel AISI 316Ti, 2 mm thick
ý ý ý ý ý ý lid made of glass for easy cleaning and sample observation
ý ý ý ý ý ý level sensor for contact liquid as dry run protection
ý ý ý ý ý ý lighted LCD display for
remaining time – actual temperature – pause/ diagnostics – set time/ set temperature – ultrasonic power
ý ý ý ý ý ý serial interface for remote control
Inset beaker SD 01
100 ml, with ring
( package à 10 pieces)
Code No. 3516
Accessories
Sample holder PH 255
for 8 inset beakers SD 01
Code No. 3511
Decalcifi cation of bone tissue in pathology
Decalcifying of bone tissue is an important step of histological
preparation of samples ( e.g. in oncology) . Only
decalcifi ed samples can be used artefact-free for followed
diagnosis. Compared to standard methods, the processing
time is extremely shortened.
- no destroying of the morphologic structure of samples
- quantity of aggressive decalcifying liquids is reduced
- faster results of diagnosis
Use in analysys laboratories
With SONOCOOL® the cathalytic effect of ultrasound
can also be used when sonicating temperature-sensitive
samples.
Exotherm reactions are possible because of the integrated
cooling system, processes are faster and more effective.
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