Unlike other models with fixed burner assemblies, the Nova Microcinerator can be adjusted to five different positions in 8° increments (-8° to +32°). The ergonomic design reduces hand fatigue by allowing the user to access the burner from multiple positions. Designed to sterilize metal inoculating loops and needles without using an open flame, the Nova eliminates aerosaling of micro-organisms. Infrared heat inside the ceramic tube protects your laboratory technicians from dangerous gases, flames, and splatter. After reaching its optimum sterilization temperature 815°C (1500°F), the loop or needle is sterilized within 5-7 seconds. The heating element is protected by a perforated stainless steel cowl.
Unlike other models with fixed burner assemblies, the Nova Microcinerator can be adjusted to five different positions in 8° increments (-8° to +32°). The ergonomic design reduces hand fatigue by allowing the user to access the burner from multiple positions. Designed to sterilize metal inoculating loops and needles without using an open flame, the Nova eliminates aerosaling of micro-organisms. Infrared heat inside the ceramic tube protects your laboratory technicians from dangerous gases, flames, and splatter. After reaching its optimum sterilization temperature 815°C (1500°F), the loop or needle is sterilized within 5-7 seconds. The heating element is protected by a perforated stainless steel cowl.
Unlike other models with fixed burner assemblies, the Nova Microcinerator can be adjusted to five different positions in 8° increments (-8° to +32°). The ergonomic design reduces hand fatigue by allowing the user to access the burner from multiple positions. Designed to sterilize metal inoculating loops and needles without using an open flame, the Nova eliminates aerosaling of micro-organisms. Infrared heat inside the ceramic tube protects your laboratory technicians from dangerous gases, flames, and splatter. After reaching its optimum sterilization temperature 815°C (1500°F), the loop or needle is sterilized within 5-7 seconds. The heating element is protected by a perforated stainless steel cowl.
Unlike other models with fixed burner assemblies, the Nova Microcinerator can be adjusted to five different positions in 8° increments (-8° to +32°). The ergonomic design reduces hand fatigue by allowing the user to access the burner from multiple positions. Designed to sterilize metal inoculating loops and needles without using an open flame, the Nova eliminates aerosaling of micro-organisms. Infrared heat inside the ceramic tube protects your laboratory technicians from dangerous gases, flames, and splatter. After reaching its optimum sterilization temperature 815°C (1500°F), the loop or needle is sterilized within 5-7 seconds. The heating element is protected by a perforated stainless steel cowl.
Unlike other models with fixed burner assemblies, the Nova Microcinerator can be adjusted to five different positions in 8° increments (-8° to +32°). The ergonomic design reduces hand fatigue by allowing the user to access the burner from multiple positions. Designed to sterilize metal inoculating loops and needles without using an open flame, the Nova eliminates aerosaling of micro-organisms. Infrared heat inside the ceramic tube protects your laboratory technicians from dangerous gases, flames, and splatter. After reaching its optimum sterilization temperature 815°C (1500°F), the loop or needle is sterilized within 5-7 seconds. The heating element is protected by a perforated stainless steel cowl.
Unlike other models with fixed burner assemblies, the Nova Microcinerator can be adjusted to five different positions in 8° increments (-8° to +32°). The ergonomic design reduces hand fatigue by allowing the user to access the burner from multiple positions. Designed to sterilize metal inoculating loops and needles without using an open flame, the Nova eliminates aerosaling of micro-organisms. Infrared heat inside the ceramic tube protects your laboratory technicians from dangerous gases, flames, and splatter. After reaching its optimum sterilization temperature 815°C (1500°F), the loop or needle is sterilized within 5-7 seconds. The heating element is protected by a perforated stainless steel cowl.