Shaking Incubator
>Cell Culture
>Insect cell culture requires gentle, continuous agitation.
>Ideal for molecular biology applications such as protein expression.
>Precise temperature control and optional lighting.
C5/C5 Plus Shaking Incubators - Tengyi Technology
The C5/C5 Plus shaking incubators are designed to effectively optimize laboratory space, offering flexibility, user-friendly operation, and enhanced safety. Their modular structure and sliding door design allow for benchtop or under-bench use, as well as space-saving double-stacked configurations.
The C5 features an LED display and membrane keypad, making it easy to operate even with gloves.
The C5 Plus features a 7-inch TFT touchscreen and a three-level user access control system to meet information security requirements.
It also includes a USB port for data export.
C5/C5 Plus Shaking Incubators - Tengyi Technology
C5/C5 Plus Shaking Incubators - Tengyi Technology
C5/C5 Plus Shaking Incubators - Tengyi Technology
All laboratory applications require the right shaking method and optimal incubation
conditions to ensure reliable results.
>Cell Culture
> Insect cell cultivation requires gentle and consistent agitation.
> Ideal for molecular biology applications, such as protein expression.
>Precise temperature control with optional illumination functionality.
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Handheld Homogenizer D-130
* Use for mixing, emulsification, shredding, or chopping.
* Practical answer for small samples.
* Easy to hold and light weight for one hand operation.
* Autoclavable stainless steel shafts. Inert to aggressive solutions.
* All shafts are interchangable shafts and are easily removed for cleanup.
* High speed motor. Speed control from 8,000 to 30,000 rpm
The cavitation phenomenon consist of formation and growth of millions of microscopic bubbles under a low pressure stage, produced into the ultrasonic bath due to a high power transducer 37/40kHz. These bubbles break in all directions and attack every surface in contact with water, erasing dirt, impurities and pollutants when in contact with materials or pieces in the bath. This phenomenon allows cleaning all kinds of materials and products without the need of disassembling, due to all the surfaces being in contact with the liquid. The heat allows accelerate this clearing process.
The cavitation phenomenon consist of formation and growth of millions of microscopic bubbles under a low pressure stage, produced into the ultrasonic bath due to a high power transducer 37/40kHz. These bubbles break in all directions and attack every surface in contact with water, erasing dirt, impurities and pollutants when in contact with materials or pieces in the bath. This phenomenon allows cleaning all kinds of materials and products without the need of disassembling, due to all the surfaces being in contact with the liquid. The heat allows accelerate this clearing process.
The cavitation phenomenon consist of formation and growth of millions of microscopic bubbles under a low pressure stage, produced into the ultrasonic bath due to a high power transducer 37/40kHz. These bubbles break in all directions and attack every surface in contact with water, erasing dirt, impurities and pollutants when in contact with materials or pieces in the bath. This phenomenon allows cleaning all kinds of materials and products without the need of disassembling, due to all the surfaces being in contact with the liquid. The heat allows accelerate this clearing process.
The cavitation phenomenon consist of formation and growth of millions of microscopic bubbles under a low pressure stage, produced into the ultrasonic bath due to a high power transducer 37/40kHz. These bubbles break in all directions and attack every surface in contact with water, erasing dirt, impurities and pollutants when in contact with materials or pieces in the bath. This phenomenon allows cleaning all kinds of materials and products without the need of disassembling, due to all the surfaces being in contact with the liquid. The heat allows accelerate this clearing process.
Low profile design and highly touch sensitive sensor reduce wrist stress when pushing and holding experiment tools resulting in less fatigue and unpleasant feeling.
Elaborate design for safe and reliable vortex shaking
* Speed can be set between 0 and 3000 rpm
* Very suitable for work under fume hoods, and on sterile workbenches
* Excellent vortex mixing of test tubes and capped vials
* Shaking operation can be switched between continuous and on-touch operation
* LED light shows the actual shaking operation method
* Rubber feet guarantee stability of the shaker
* Power cut-off function in case of electrical overload or excess current.
* Chemically resistant PP (polypropylene) molded exterior.
* Available in 7 different colors
* A wide range of accessories available.(rubber platform comes standard)
