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適用於：實驗、研發
Silverson's line of laboratory mixers are suitable
for the widest variety of applications - mixing, emulsifying,
homogenising, disintegrating, dissolving - and will process
volumes from as little as 1 ml up to 12 liters with an efficiency
and flexibility unmatched by other machines.
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此系列含 SL2 / SL2T
型 SL2T型（數字顯示轉速）
SL2型（不含數字顯示轉速）
馬達：1/10HP
轉速：9000rpm
結構：316不銹鋼製
手動調整上下
備多種均質攪拌頭
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此系列含 L4R / L4RT
型
L4RT型（數字顯示轉速）
L4R型（不含數字顯示轉速）
馬達：1/3HP
轉速：9000rpm
操作臂高低自動調整
3/6整不銹鋼之轉軸與攪拌頭
尺寸：300w/500D/930Hmm
on/off開關無段變速，可任意調整 |
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可選擇 配件:
玻璃瓶容量有1000及500ml
適於圓孔乳化頭，高剪力及一般分解頭 |
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sealed unit Mixers適用於：
病理、細菌、動植物的組織、骨頭、馬達用L4R來修改，易於拆裝，在安全狀態下，避免感染
22.5ml用3/4"乳化頭
25ml用5/8"乳化頭
7ml用3/8"乳化頭 |
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不銹鋼容量有1公升，2公升,還有disposable
vessels 1公升供選擇 |
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備有多種分解頭，適用於不同之樣品：
1.一般分解頭
2. 高剪力分解頭
3.圓孔乳化頭
4.攪拌抽向頭
5.條狀分解頭
6. 邦浦頭 |
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Silverson
Laboratory Mixers -- A Closer Look
強大機械剪力，在極短時間內可將樣品完全攪拌、混合、分散、乳化是一部均質的好幫手．
The advantages of Silverson's
high shear rotor/stator laboratory mixers over simple
conventional stirrers or agitators stem from the
multi-stage mixing/shearing action as materials are drawn
through the specially designed Silverson workhead - the
heart of every machine.
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Stage
1. The high-speed rotation of
the rotor blades within the precision machined mixing
workhead exerts a powerful suction, drawing liquid and
solid materials upwards from the bottom of the vessel and
into the center of the workhead.
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Stage
2. Centrifugal force then drives
materials towards the periphery of the workhead where they
are subjected to a milling action in the precision
machined clearance between the ends of the rotor blades
and the inner wall of the stator.
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Stage
3. This is followed by intense
hydraulic shear as the materials are forced, at high
velocity, out through the perforations in the stator and
circulated into the main body of the mix.
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Stage
4. The materials expelled from
the head are projected radially at high speed towards the
sides of the mixing vessel. At the same time, fresh
material is continually drawn into the workhead
maintaining the mixing cycle. The effect of the horizontal
(radial) expulsion and suction into the head is to set up
a circulation pattern that minimizes aeration caused by
the disturbance of the liquid's surface.
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