Laboratory Low Speed Centrifuge BFH1F3

Vacuum Centrifugal Concentrator

• Sea, Air, Door to Door Shipping
• 1 Year Warranty
• US & European Standards

Specifications

Model	BFH1F3
Temp. Range	Room Temperature~+100°C
Temp. Accuracy	±1°C
Max. Speed	2500rpm
Max. Capacity	12x100ml
Timer	0~99h59min
Vacuum Control Range	0.1~1000mbar
Main unit withstands vacuum levels	0.01mbar
Noise	≤58dBA
Power	0.7kw
Power supply	220v,50Hz
Dimension(LxWxHmm)	440*536*304mm

Features

1. High-definition LCD touch screen, simul-taneously displaying operational parameters: speed, temperature, vacuum, and running time.
2. Delayed start: after reaching a fixed speed, Start the vacuum pump to effectively prevent sample mixing.
3. Fully automatic vacuum control system, vacuum setting range0.1~1000mbar, Control accuracy 0.1mbar.
4. 1.5/2ml Rotor stacking for simultaneous use; rotor replacement without tools.
5. Programmable with temperature and pressure settings; capable of storing 36 programs.
6. Compatible with various rotor heads; transparent glass window for easy observation.
7. Magnetic drive: maintenance-free, non-contact drive, fully sealed.
8. Safety in use: inductive electric self-suction door lock ensures the centrifugal concentrator can only start when the door cover is fully closed and locked.
9. Can be used in conjunction with freeze-drying systems.

Accessories For Purchase

Images	Name	Cold Trap Solvent	Cold Trap Temp.	Description
01/ Used with the IC Series Cold Trap 02/ Used with the Intact Freeze Dryer as a Cold Trap	Cold trap	2L	-50°C	The evaporation rate is influenced not only by the energy input but also by the pumping speed of the vacuum pump. The main factor affecting the efficiency of the vacuum pump is the large evaporative surface area of the sample, rather than the sample quantity or volume. To reduce evaporation time, we recommend using a cold trap in conjunction with centrifugal concentration. This not only helps in condensing water vapor but also increases the vapor density of organic solvents, making it easier for condensation to occur.

Images	Name	Rotor Type	Rotor Volume
	Rotor	Angle Rotor	42x1.5/2ml
	Rotor	Angle Rotor	108x1.5/2ml
	Rotor	Angle Rotor	48x5ml
	Rotor	Angle Rotor	30x10ml
	Rotor	Angle Rotor	24x15ml
	Rotor	Angle Rotor	8x50ml
	Rotor	Angle Rotor	6x100ml
	Rotor	Angle Rotor	16*20ml Sample vial
	Rotor	Angle Rotor	16*5ml+8*4ml+8*3ml
	Rotor	Microplate Rotor	2x96 well

Images	Name	Description
	Vacuum Pump	Oil pump (standard configuration)
	Vacuum Pump	Chemical corrosion-resistant diaphragm pump (optional)
	Vacuum Pump	Chemical corrosion-resistant hybrid pump (optional)