-Stainless steel inner chamber, round angle structure, adjustable shelves. -Microprocessor control system, LCD display. -CFC-free refrigeration and gentle breeze circulation. -Double-layer glass observation window. -Function of self-diagnosis, sensor fault alarm and over-temperature protection.

-Stainless steel inner chamber, round angle structure, adjustable shelves. -Microprocessor control system, LCD display. -CFC-free refrigeration and gentle breeze circulation. -Double-layer glass observation window. -Function of self-diagnosis, sensor fault alarm and over-temperature protection.

-Stainless steel inner chamber, round angle structure, adjustable shelves. -Microprocessor control system, LCD display. -CFC-free refrigeration and gentle breeze circulation. -Double-layer glass observation window. -Function of self-diagnosis, sensor fault alarm and over-temperature protection.

-Micro-controller controls the internal temperature within 22±2ºC. -High accuracy sensor and direct air flow system ensure even temperature distribution. -Formed in place CFC free PUF insulation ensures temperature stability and reduced energy consumption. -Audio visual alarm for temperature deviation beyond ±2ºC and power failure. -Motion failure alarm when the agitator fails to operate. -Automatic agitator and UV lamp stop when door is open. -LED display for easy of reading. -UV lamp for sterilization.

-Micro-controller controls the internal temperature within 22±2ºC. -High accuracy sensor and direct air flow system ensure even temperature distribution. -Formed in place CFC free PUF insulation ensures temperature stability and reduced energy consumption. -Audio visual alarm for temperature deviation beyond ±2ºC and power failure. -Motion failure alarm when the agitator fails to operate. -Automatic agitator and UV lamp stop when door is open. -LED display for easy of reading. -UV lamp for sterilization.

-Intelligent temperature controller, based on microprocessor with PID parameters controlling function, and digital display make temperature accurate and reliable. -The two-layer door makes the temperature fluctuation small. The toughened-glass indoor is convenient to observe in-incubator conditions without affecting in-incubator temperature. -The working chamber use mirror stainless steel and the arc roundish, easy to clean.

-Intelligent temperature controller, based on microprocessor with PID parameters controlling function, and digital display make temperature accurate and reliable. -The two-layer door makes the temperature fluctuation small. The toughened-glass indoor is convenient to observe in-incubator conditions without affecting in-incubator temperature. -The working chamber use mirror stainless steel and the arc roundish, easy to clean.

-Intelligent temperature controller, based on microprocessor with PID parameters controlling function, and digital display make temperature accurate and reliable. -The two-layer door makes the temperature fluctuation small. The toughened-glass indoor is convenient to observe in-incubator conditions without affecting in-incubator temperature. -The working chamber use mirror stainless steel and the arc roundish, easy to clean.

INCUBATORS, NATURAL-FLOW .Variable Application: Microorganism Culture, Animal & Plant Cell .Culture, Constant Temperature, Germination, and so on .Optimized Air Circulation by Natural Flow Preventing Cross .Contamination of Samples .Locking Mode Supported for Experimental Safety (Input to Jog-.Shuttle can be Disabled) .RS232C Interface for Monitoring and Controlling with PC .PL (Product Liability) Insurance .UL/CUL Certified & CE Certified

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by hydraulic thermostat Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Environment: 0 to 50ºC, max RH 95%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by hydraulic thermostat Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Environment: 0 to 50ºC, max RH 95%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by hydraulic thermostat Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Environment: 0 to 50ºC, max RH 95%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by microprocessor Delay & incubation time programmable between 0 and 99h Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Connection to PC (USB) Control software (optional) Environment: 0 to 50ºC, max RH 85%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by microprocessor Delay & incubation time programmable between 0 and 99h Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Connection to PC (USB) Control software (optional) Environment: 0 to 50ºC, max RH 85%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by microprocessor Delay & incubation time programmable between 0 and 99h Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Connection to PC (USB) Control software (optional) Environment: 0 to 50ºC, max RH 85%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by microprocessor Delay & incubation time programmable between 0 and 99h Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Connection to PC (USB) Control software (optional) Environment: 0 to 50ºC, max RH 85%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by microprocessor Delay & incubation time programmable between 0 and 99h Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Connection to PC (USB) Control software (optional) Environment: 0 to 50ºC, max RH 85%

Features Natural air convection. Adjustable temperature from room temperature +5º C to 80º C. Temperature regulation by microprocessor Delay & incubation time programmable between 0 and 99h Homogeneity and stability according to DIN-12880. Safety according to EN-61010-1, EN-61010-2-010. Heating by electric resistance, assembled in independent chamber, allowing an optimal stabilization of temperature. External case epoxy resin painted. Inner chamber, inner side door and trays made in stainless steel AISI 304. Silicone sealing gasket. Adjustable aeration device. Connection to PC (USB) Control software (optional) Environment: 0 to 50ºC, max RH 85%

Features Adjustable temperatures: from 0º C to 45º C. Time and temperature control by microprocessor. Temperature probe: Pt 100 Class A Cooling by hermetic compressor Temperature homogeneity:± 1,5º C. Temperature stability: ± 0, 15º C. Forced air convection. Two free sockets inside

Features Adjustable temperatures: from 0º C to 45º C. Time and temperature control by microprocessor. Temperature probe: Pt 100 Class A Cooling by hermetic compressor Temperature homogeneity:± 1,5º C. Temperature stability: ± 0, 15º C. Forced air convection. Two free sockets inside