Refrigerated Incubator    This version of incubator comes with a high-powered refigeration compressor. Its cooling temperatures ranges from -5°C to 60°C. It is designed to conduct separate tests in high or low temperature. Yet, it is also capable of minimizing adjustment period from low to high or vice versa.

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 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 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%

-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.

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%

-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.

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%

Designed for simultaneous heating, cooling and mixing of small samples, MSC-100 can be supplied with interchangeable blocks for microtubes. mixing, heating and cooling modes can be used either simultaneously or independently. The main body of the mixing block can be used with different kinds of blocks.

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%

ตู้บ่มเชื้อ ตั้งอุณหภูมิได้ตั้งแต่ 5 องศาเซลเซียสเหนืออุณหภูมิห้อง ถึง 70 องศาเซลเซียส ขนาดความจุ 150 ลิตร

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%

INCUBATOR,100L (First Version) Temp Range : RT.+5 ํC - 70  ํC  Temp.Controller : PID Microprocessor Time Range : 00.00 to 99HR 59 min

-Stainless steel inner chamber, round angle structure -Universal casters for easy movement -Microprocessor control system, LCD display -CFC-free eco-friendly refrigerant

The MB100-4A is designed for shaking 1-4 standard 96 well plates in the thermostat mode. The MB100-4A have incubation and shaking functions. A distinctive feature for the MB100-4A is two-side heating of microtest plates that allows achieving exact correspondence of the set and actual temperature in wells of the microtest plates.

The TMS-200 turbo thermo shaker incubator thermo shaker for microplates, tubes, and glass vials. Perfectly controlled 3-dimensional mixing prevents spilling and lid wetting.

The K37-24 ID-Incubator holds 2 independent incubation zones with a capacity for 12 Gel cards, and user can set temperature and incubator time. It can be suitable many types ID-CARDS from different manufacturers. 1. Capacity: 24 Gel cards 2. Temperature: 37°C 3. Timer: 15min (Variable) 4. Power: AC220V or AC120V 50-60Hz, 300W 5. Dimensions: DxWxH=380x280x140 mm The K37-24 ID-Incubator holds 2 independent incubation zones with a capacity for 12 Gel cards, and user can set temperature and incubator time. It can be suitable many types ID-CARDS from different manufacturers. 1. Capacity: 24 Gel cards 2. Temperature: 37°C 3. Timer: 15min (Variable) 4. Power: AC220V or AC120V 50-60Hz, 300W 5. Dimensions: DxWxH=380x280x140 mm The K37-24 ID-Incubator holds 2 independent incubation zones with a capacity for 12 Gel cards, and user can set temperature and incubator time. It can be suitable many types ID-CARDS from different manufacturers. 1. Capacity: 24 Gel cards 2. Temperature: 37°C 3. Timer: 15min (Variable) 4. Power: AC220V or AC120V 50-60Hz, 300W 5. Dimensions: DxWxH=380x280x140 mm

Designed for simultaneous heating and mixing of small samples, MS-100 can be supplied with interchangeable blocks for microtubes. Mixing and heating modes can be used either simultaneously or independently. The main body of the Mixing Block can be used with different kinds of blocks.