AE-DRY Raypa autoclaves Intended use: Suitable to sterilize: unwrapped and wrapped solids, small porous objects and hollow ware type B (slightly deep and broad cavities), glass, plastic, liquids, metallic objects, waste bags. External case, top, chamber and lid made of AISI-304 stainless steel Total control by microprocessor Ten sterilization programs. Six programs are user free. Feeding water reservoir. Supplied with protecting grid for the heaters. Safety valve and thermostat. Hydraulic door blocking system while positive pressure exists in the chamber. Open lid sensor

AE-DRY Raypa autoclaves Intended use: Suitable to sterilize: unwrapped and wrapped solids, small porous objects and hollow ware type B (slightly deep and broad cavities), glass, plastic, liquids, metallic objects, waste bags. External case, top, chamber and lid made of AISI-304 stainless steel Total control by microprocessor Ten sterilization programs. Six programs are user free. Feeding water reservoir. Supplied with protecting grid for the heaters. Safety valve and thermostat. Hydraulic door blocking system while positive pressure exists in the chamber. Open lid sensor

AE-DRY Raypa autoclaves Intended use: Suitable to sterilize: unwrapped and wrapped solids, small porous objects and hollow ware type B (slightly deep and broad cavities), glass, plastic, liquids, metallic objects, waste bags. External case, top, chamber and lid made of AISI-304 stainless steel Total control by microprocessor Ten sterilization programs. Six programs are user free. Feeding water reservoir. Supplied with protecting grid for the heaters. Safety valve and thermostat. Hydraulic door blocking system while positive pressure exists in the chamber. Open lid sensor

AE-DRY Raypa autoclaves Intended use: Suitable to sterilize: unwrapped and wrapped solids, small porous objects and hollow ware type B (slightly deep and broad cavities), glass, plastic, liquids, metallic objects, waste bags. External case, top, chamber and lid made of AISI-304 stainless steel Total control by microprocessor Ten sterilization programs. Six programs are user free. Feeding water reservoir. Supplied with protecting grid for the heaters. Safety valve and thermostat. Hydraulic door blocking system while positive pressure exists in the chamber. Open lid sensor

AE-DRY Raypa autoclaves Intended use: Suitable to sterilize: unwrapped and wrapped solids, small porous objects and hollow ware type B (slightly deep and broad cavities), glass, plastic, liquids, metallic objects, waste bags. External case, top, chamber and lid made of AISI-304 stainless steel Total control by microprocessor Ten sterilization programs. Six programs are user free. Feeding water reservoir. Supplied with protecting grid for the heaters. Safety valve and thermostat. Hydraulic door blocking system while positive pressure exists in the chamber. Open lid sensor

AES Raypa autoclaves Intended use: Suitable to sterilize: culture media, glass, liquids, plastic, metallic elements,waste bags, etc. Total control by microprocessor External case, top, chamber and lid made of AISI-304 stainless steel. Supplied with protecting grid for the heater. Unsteaming pushbutton. Manual valve to drain. Safety valve and thermostat. Hydraulic door blocking system while existing positive pressure in the chamber. Open lid sensor

AES Raypa autoclaves Intended use: Suitable to sterilize: culture media, glass, liquids, plastic, metallic elements,waste bags, etc. Total control by microprocessor External case, top, chamber and lid made of AISI-304 stainless steel. Supplied with protecting grid for the heater. Unsteaming pushbutton. Manual valve to drain. Safety valve and thermostat. Hydraulic door blocking system while existing positive pressure in the chamber. Open lid sensor

AES Raypa autoclaves Intended use: Suitable to sterilize: culture media, glass, liquids, plastic, metallic elements,waste bags, etc. Total control by microprocessor External case, top, chamber and lid made of AISI-304 stainless steel. Supplied with protecting grid for the heater. Unsteaming pushbutton. Manual valve to drain. Safety valve and thermostat. Hydraulic door blocking system while existing positive pressure in the chamber. Open lid sensor

AES Raypa autoclaves Intended use: Suitable to sterilize: culture media, glass, liquids, plastic, metallic elements,waste bags, etc. Total control by microprocessor External case, top, chamber and lid made of AISI-304 stainless steel. Supplied with protecting grid for the heater. Unsteaming pushbutton. Manual valve to drain. Safety valve and thermostat. Hydraulic door blocking system while existing positive pressure in the chamber. Open lid sensor

AHS-DRY Raypa autoclaves Intended use: Suitable to sterilize: wrapped or unwrapped solids, small porous elements and hollow elements type B (slightly deep and broad cavities). glass, plastic, metallic elements, waste bags. Features: Chamber, lid and closure made of AISI-304 stainless steel Total control by microprocessor: Ten sterilization programs. Six programs are user free. 7 Litres feeding water reservoir. Automatic water filling. Automatic drying Includes RS-232 port to connect to a printer/PC. Safety: Safety valve and thermostat. Door hydraulic blocking system. Open lid sensor

AHS-DRY Raypa autoclaves Intended use: Suitable to sterilize: wrapped or unwrapped solids, small porous elements and hollow elements type B (slightly deep and broad cavities). glass, plastic, metallic elements, waste bags. Features: Chamber, lid and closure made of AISI-304 stainless steel Total control by microprocessor: Ten sterilization programs. Six programs are user free. 7 Litres feeding water reservoir. Automatic water filling. Automatic drying Includes RS-232 port to connect to a printer/PC. Safety: Safety valve and thermostat. Door hydraulic blocking system. Open lid sensor

Features Forced air convection. Adjustable temperature from room temperature + 5º C to 250º C. Temperature regulation by microprocessor. Delay & incubation time programmable between 0 and 99h Temperature 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.

Features Forced air convection. Adjustable temperature from room temperature + 5º C to 250º C. Temperature regulation by microprocessor. Delay & incubation time programmable between 0 and 99h Temperature 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.

Features Forced air convection. Adjustable temperature from room temperature + 5º C to 250º C. Temperature regulation by microprocessor. Delay & incubation time programmable between 0 and 99h Temperature 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.

Features Forced air convection. Adjustable temperature from room temperature + 5º C to 250º C. Temperature regulation by microprocessor. Delay & incubation time programmable between 0 and 99h Temperature 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.

Features Forced air convection. Adjustable temperature from room temperature + 5º C to 250º C. Temperature regulation by microprocessor. Delay & incubation time programmable between 0 and 99h Temperature 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.

Features Wall-unit for connection to tap water, suitable for the production purified and deionised water in low volumes. During deionization all inorganic substances are removed, so that an absolute ionic purity is achieved. It includes a conductivity meter for actual reading of the produced water conductivity (µS/cm).

Features Natural air convection. Adjustable temperature from 40º C to 250º 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.

Features Natural air convection. Adjustable temperature from 40º C to 250º 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.

Features Natural air convection. Adjustable temperature from 40º C to 250º 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.

Features Natural air convection. Adjustable temperature from 40º C to 250º 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.

Features Natural air convection. Adjustable temperature from room +5º C to 250º 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. Double walls and door insulated with low conductivity glass wool.

Features Natural air convection. Adjustable temperature from room +5º C to 250º 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. Double walls and door insulated with low conductivity glass wool.

Features Natural air convection. Adjustable temperature from room +5º C to 250º 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. Double walls and door insulated with low conductivity glass wool.

Features Adjustable temperatures: from 35º C to 200º C. Temperature homogeneity:± 4º C Temperature stability:± 1º C Temperature display accuracy:± 2º C Maximum admissible vacuum: 0,01 mbar. Safety according to: EN-61010-1, EN-61010-2-010. Double safety glass against implosions according to regulations Safety thermostat: class 2 incorporated from factory. Time and temperature controller: digital by microprocessor. Temperature probe: Pt 100 Class A Epoxy resin oven painted external case. Interior made in polished stainless steel AISI 304.

Features Adjustable temperature to 1150º C Stability of temperature: ±1º C Homogeneity of temperature: ±5º C The system has a digital control for temperature/time by microprocessor. Control P.I.D. with thermocouple type K. Nine user free programs. Each one has a waiting time to start. 18 different segments can be edited and modified in all user free programs. Every segment has a slope and a maintenance time Heating by thermo-ceramic plates. Double body door Fibre-ceramic thermo insulation with low thermo conductivity and low density material. Safety system that disconnect the electrical heater when the door is opened. Include the exhaust device to allow the fumes and gases go outside.

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

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 Completely transistorized built in high frequency electric generator. Working frequency 35 Khz. Temperature regulation by microprocessor with digital read out (from ambient +5º C to 90º C). Timer 0 - 99 minutes. Cleaning tray made of stainless steel 18/10. External case made of stainless steel AISI-316. Heating by semi-detached elements at the tray. Complete-half wave selector. It allows less power consume in some applications. Draining tap incorporated.

Features Generator of electric energy at high frequency completely transistorized. Working frequency 35 kHz. Adjustable temperature up to 80 ºC. Analogue regulation of temperature by hydraulic thermostat. Cleaning tank made of stainless steel 18/10. External case made of stainless steel AISI-304. Heating element with attached elements to the tray. Complete-half wave selector. It allows less power consume in some applications. Draining valve incorporated.

Features Generator of electric energy at high frequency completely transistorized. Working frequency 35 kHz. Adjustable temperature up to 80 ºC. Analogue regulation of temperature by hydraulic thermostat. Cleaning tank made of stainless steel 18/10. External case made of stainless steel AISI-304. Heating element with attached elements to the tray. Complete-half wave selector. It allows less power consume in some applications. Draining valve incorporated.

  (Digital  Water Bath , 40L.) Series BAE Static thermostatic baths for temperatures from room temperature +5º C to 100 ºC. Analogic regulation of temperatura by hydraulic thermostat. Series BOE Static thermostatic baths for temperatures from room temperature +5º C to 200 ºC. Analogic regulation of temperatura by hydraulic thermostat. Series BAD and BOD Static thermostatic baths. Temperatures from room temperature +5º C to 99 ºC (to 200º C in series BOD). Digital regulation of temperature by microprocessor.  

ROOF TYPE COVER FOR BAB-12

DEM -10C :Deionizer  Cartridge Dia 100 x 435  Spare Parts.  

DNP-1500-MP     Protein-Nitrogen distiller based on Kjeldahl method. Automatic,  to analyse proteic nitrogen in raw material samples or processed material for food industry. Specific methods availables. Results complies with regulations: EN/ISO, AOAC.