Thermostatic Shaking Water Bath → tech2ART

Tips: Dear customer, if you have any questions or want to know about our products, you can click the “I want to ask” button to fill in your questions.
Unsuccessful submission? Please contact info@tech2art.com

Scientific Studies

Documents

Our thermostatic shaking water bath is a superior laboratory instrument that combines precise temperature control with oscillatory mixing. Whether you are performing cell culture, biochemistry or other experimental applications, our thermostatic shaking water bath will be an indispensable partner in your lab. Buy thermostatic shaking water bath and experience the convenience and efficiency that advanced technology can bring to your research work. Now, the affordable shaking water bath is for sale at a low price.

Thermostatic Shaking Water Bath Specifications:

Model	SK-WB12	SK-WB24	SK-WB48
Control Mode	P. I. D (Microcomputer scans the micro-processing chip)
Display Mode	LCD (Large liquid crystal screen)
Oscillation Mode	Repeated
Drive Mode	Track drive by single shaft
Ambient Temperature Requirement (℃)	15-35
Curve Programing Settings	Programing settings of repetition, steps and eight-section curves
Safety Functions	Audio and light alarm for temperatures above or below the upper or lower limit; Alarm for speeds above or below the upper or lower limit; Sensor fault identification, stand-alone over-temperature protector, Stand-alone leakage or over-current protection and refrigerator overload protection.
Additional Functions	Speed storage, automatic stop, temperature and speed correction, monitoring timer, clock display, startup after power again, parameter memory, parameter encryption, one-touch factory reset
Temperature Control Range (℃)	Room temperature -100
Accuracy of Temperature (℃)	±0.1 (At constant temperature)
Temperature Uniformity (℃)	±0.2
Speed Range (r/min)	20-200
Speed Accuracy (r/min)	±1
Amplitude of Rocking Plate (mm)	25
Timing Range (min)	0-999.59
Size of Rocking Plate/ mm	430×320	590×390	780×586
Number of Rocking Plates	1
Max Capacity	250ml×12 or 500ml×8 or 1000ml×6	250ml×24 or 500ml×15 or 1000ml×8	250ml×48 or 500ml×30 or 1000ml×20
Capacity (L)	46	82	170
Power (W)	2200	2200	4000
Power Supply	AC 200~240V 50∽60Hz
Material of Chamber	316 stainless steel (With strong acid and alkali resistance and better corrosion resistance)
Material of Outer Box	High-quality nodular cast iron, channel steel, angle steel, medium plates and cold rolled steel sheets
Chamber Size (mm)	510×380×240	700×455×260	940×660×275
Sizes (W×D×H)(mm)	760×420×370	945×495×408	1240×700×760
Shipping Size (W×D×H)(mm)	910×650×550	1100×710×570	1370×850×1020
N.W./G.W. (kg)	56/65	68/120	133/180

Thermostatic Shaking Water Bath Feature:

Utilizing advanced PID control mode, the microprocessor chip scanning achieves precise temperature control and ensures high accuracy (±0.1℃) within the RT range to 100℃.
Thermostatic shaking water bath adopts a large LCD screen display, which intuitively and clearly shows the working status and setting parameters, providing a user-friendly operation experience.
Repetitive oscillation mode ensures the samples are uniformly mixed under temperature control, suitable for various experimental needs.
Single-axis rail drive enables smooth oscillation, which improves stability and durability and reduces maintenance costs.
25mm oscillating plate amplitude can be adjusted according to the user’s experimental requirements, providing greater flexibility and applicability.

Details of Thermostatic Shaking Water Bath (SK-WB12):

The thermostatic shaking water bath is placed on a wooden pallet and the surface is wrapped in plastic wrap to protect against dust or damage during transportation. The front panel section is clearly visible and includes a display and push button control area for setting and operating the parameters of the water bath.

Thermostatic Shaking Water Bath

Trays or grids made of metal for holding experimental samples or test tubes. The internal construction is made of stainless steel with evenly spaced holes to facilitate uniform circulation of water and temperature while ensuring a sturdy and durable structure.