Specification

Ttype	HCM100-Pro
Function	Heating, cooling, shaking
Size	7.87 × 9.25 × 4.72 inches
Weight	7.3kg
Temperature control range [℃]	Room temperature -15~100
Temperature setting range [℃]	0-100
Temperature control accuracy [℃]	±0.5
Temperature display accuracy [℃]	±0.5
Time setting range	0-99h59min
Maximum heating rate	5.5℃/min
Maximum cooling rate	5 °C/min (100 °C – room temperature) 0.5 °C/min (below room temperature)
Speed range [rpm]	200-1500
power	200W

Packing List

1. Main unit
2. Power cord
3. Heating module (select one as needed)
4. Instruction manual

Product Features

Custom Programs

The oven controlled oscillator’s custom program function allows you to freely edit and save up to 9 programs. You can preset parameters such as temperature, shaking speed, and run time for commonly used timed incubation experiments, allowing you to quickly and easily perform experiments, improving operational efficiency and consistency of results.

Precise Temperature Control

The oven controlled oscillator achieves precise temperature control within a wide temperature range of -15~110℃, which can meet the stringent temperature requirements of different experiments, reduce experimental result errors caused by temperature deviation, improve operational reliability, and adapt to sample processing work with strict temperature requirements in multiple scenarios.

Support Three-point Temperature Calibration

The three-point temperature calibration function precisely calibrates the instrument at different temperature points (such as low temperature, medium temperature, and high temperature) to ensure the accuracy and stability of temperature control within the entire temperature range, reduce the impact of temperature deviation on experimental reactions, and ensure the reliability of experimental results.

Magnetic Adsorption Function

The magnetic adsorption function requires no tools, allowing for quick positioning and removal of the heating module using magnetic force. This simplifies the operation process, saves replacement time, improves experimental preparation efficiency, and reduces operational difficulty, making module replacement more convenient and efficient, suitable for diverse experimental scenarios requiring frequent module changes.

Oscillation Function

The oscillation function of the oven controlled oscillator drives the liquid in the sample container to vortex or stir through the reciprocating or rotating motion of the tray. The oscillation speed can be adjusted within the range of 200-1500rpm, which has excellent mixing effect, shortens reaction time and improves experimental efficiency.

Insulation Cover

The main function is to insulate heat, reduce the heat loss of the heating module to the surrounding environment, improve the thermal energy utilization efficiency of the equipment, and help maintain the temperature stability of the heating module.

Application Areas

Education

In teaching experiments, the constant temperature mixer can intuitively demonstrate chemical reactions, solution mixing and other processes through precise temperature control and mixing functions, helping students understand the impact of temperature on reactions and the importance of sample uniformity, simplifying experimental operations and improving teaching efficiency.

Scientific Research Fields

In scientific research experiments, its wide temperature range control, customizable programs, and adaptability to a variety of consumables can meet the personalized temperature and mixing requirements of different experiments such as molecular biology (such as nucleic acid extraction) and chemical synthesis, support multiple sets of experiments in parallel, and accelerate the research process.

Biomedicine

In drug development and vaccine preparation, constant temperature mixers can provide a stable temperature environment and uniform mixing effect for enzyme reactions, cell culture and other processes, ensuring reagent activity and reaction efficiency, and assisting in the development and production of biopharmaceutical products.

Clinical Testing

In clinical testing, constant temperature mixers are used for the pretreatment of samples such as blood and urine. By stabilizing temperature control and oscillating mixing, they ensure uniform sample composition and consistent reaction conditions, reduce testing errors, and provide a reliable sample basis for disease diagnosis.

Product Details

Item	Description
Block	Changeable unit, suit for different tubes
LCD Screen	Display the setting and actual parameters
Function Button	Switch the input parameters or programming
Adjustable Knob	At parameter setting state, rotate this knob can input values; After setting, push it to start work. At working state, short push to pause; Long push to stop working
RS232 Interface	Used for factory internal temperature calibration
Power Interface	Connect the power cable
Power Switch	Power on/off

Control Panel

Items	Description
Set	Display the setting parameters
Actual	Display the actual parameters
Prog	Program button, used for programming
Temp	Temperature setting button,when press this button, the temperature characters of the setting area are flashing.
Time	Time setting button, when press this button, the time characters of the setting area are flashing. In timed working mode, the time shows the countdown time. In continuous working mode, the time show running time.
Speed	Mixing speed setting button, when press this button, the speed characters of the setting area are flashing

The knob and TFT display make operation and information presentation more efficient. The knob can quickly adjust parameters such as temperature, speed, time, etc., accurately and conveniently; the TFT screen clearly displays real-time data and setting information. The combination of the two simplifies the operation process, improves operational efficiency and experience, and helps experiments proceed smoothly.

Heating Module

Small Capacity Centrifuge Tube Module

capacity	0.5ml×24	1.5ml×24色谱瓶	1.5ml×24	2ml×24
speed	1500rpm	1500rpm	1500rpm	1500rpm
Aperture × depth	8.1×26mm	12×20.5mm	10.9×30.8mm	10.9×30.8mm

Suitable for 0.5-2mL small-size centrifuge tubes, used for small-volume samples (such as nucleic acid extraction, enzyme reactions)

Medium Capacity Centrifuge Tube Module

capacity	5ml×8(Cone bottom)	5ml×8(Round bottom)	15ml×8
speed	1400rpm	1500rpm	800rpm
Aperture × depth	17×51.5mm	13.6×42mm	16.9×80mm

Suitable for 5-15mL centrifuge tubes, reagent preparation, sample pretreatment, etc.

Large Capacity Centrifuge Tube Module

capacity	50ml×4
speed	600rpm
Aperture × depth	29.6×80mm

Suitable for 50mL centrifuge tubes, suitable for large volume samples (such as cell culture, solution mixing)

PCR Dedicated Module

capacity	0.2ml×8 PCR strips or 0.2ml×96 PCR microplates
speed	1500rpm
Aperture × depth	5.7×13.2mm

Matching PCR consumables (0.2mL tubes/plates) to serve molecular biology experiments

ELISA Microplate

capacity	ELISA microplate
speed	1500rpm
Aperture × depth	127×85mm

Designed specifically for ELISA experiments and adapted to immunoassay procedures

How to perform temperature calibration?

Inject silicon oil into the hole in the center of the heating block. Place the thermometer probe in the oil filled hole.
1. Switch power ON the instrument，Press both the Prog and Temp buttons at the same time to enter into calibration mode while self-checking only. (Please note that the instrument cannot enter into calibration mode if the self-check is complete.)
2. Rotate the parameter adjustment knob to set target temperature for calibration. Press the parameter adjustment knob and confirm the set values.
3. If the actual temp. reaches the set temperature and remains 20min-30min,and other blocks will be stable after 5min), The calibration area will display the corresponding temperature on display.
Record the measurement on a Thermometer, rotate the parameter knob to adjustthe calibration Temp. to actual thermometer temp. value (Calibration temp. adjustment range is Set temp±5℃) and press the same knob to confirm settings.
4. To ensure the calibration temperature adjustment set correctly, press the push knob and the instrument will enter the second calibration temperature, repeat step 3, after the third temperature calibration completed, the screen displays “Calibration Success” on interface and the instrument will automatically enter into the self- check mode. Then calibration is complete.
If the display screen shows the “Cali Failed” interface, the input value of calibration may be wrong. Hence restart the instrument and repeat the calibration steps again.

Parameter Setting Methods

1.Respectively, press the function button, the corresponding characters of the setting area are flashing.
2.Rotate parameter knob, input the target parameters.
3.Wait 3s, the corresponding character will stop blinking, complete parameter setting.
Note: When the machine is turned on, the setting area of the screen will display the parameters of the last operation. When the time is adjusted to 00:00, it means that the product will run in continuous mode.

Running

Single Step Work Without Saving

When power on, the screen shows the parameters of the last run, or factory settings. Push the Temp, Speed, Time button respectively, the corresponding characters will flash. Rotate the Adjustable knob to set the parameters. If time is set to 00:00, it means continuous working mode. After the setting completed, push the adjustable knob to start work. Refer to below figure.

Multiple Step Work without Saving

The program set in the single step is the first step by default. Refer to below figure.

2.Push the Prog. button, start to set the second step. The last line of in the Set column shows 1- 2 now. Refer to below figure.

Note: Before the setting of the second step complete, system consider there is only one step by default. But after the setting complete, the actual steps will be shown correctly. Refer to below figure.

3.In the same way, complete the later steps. Then push the adjustable knob to start work. Refer to below figure.

Prog. shows the program and step number. Refer to the figure, there are 2 steps totally, now it’s the second step.
Note: Before the time is set, the step will not take effect. If set time to 00:00, it means continuous working mode. Before completing the setting for the current step, can’t enter next step.

Program with Saving Mode

Programming method is similar with Multiple Step without Saving mode. After the programming complete, long push the adjustable knob, program name characters flash (refer to the red part in below figure). Rotate the Adjustable knob to input the number of the name, then push the adjustable knob to complete the input. The program saving is complete now.
Prog. shows P1, 5-2，means the program and step number. Refer to the figure, there are 5 steps totally, now it’s the second step.

FAQ

Can different modules be replaced at will?Are tools required for replacement?Will it affect the temperature control accuracy?

Modules can be quickly swapped without tools, thanks to a magnetic design. The precision-machined interface between the module and the main unit ensures a tight fit after replacement, ensuring consistent temperature control every time.

Is it necessary to do a three-point temperature calibration before first use?

1. The temperature of the instrument had been calibrated before delivery, but due to some other factors the temperature may vary from the actual temperature and the deviation can be corrected by temperature calibration.
2. In order to ensure the temperature control accuracy, based on the temperature calibration function, it is recommended to calibrate the temperature whenever the heating block is changed.

Does the instrument need to be powered off if not in use for a long time? What precautions should be taken during storage (such as temperature and humidity)?

It is recommended to disconnect the power supply when not in use for a long time (more than 1 week) to avoid standby power consumption; the storage environment should be dry and ventilated, the temperature should be maintained at 0-40℃, the relative humidity should be ≤80%, and avoid direct sunlight or proximity to heat and water sources.

Maintenance and Cleaning

1.Proper maintenance can keep instruments working properly and lengthen its lifetime.
2.Do not spray cleanser into the instrument when cleaning.
3.Unplug the power line when cleaning.
4.Wear the proper protective gloves during cleaning of the instrument.

Programmable Digital Dry Bath Incubator

Description