Digital Heating Mantles | Heating large volumes (e.g., 20L flasks) | Capacity: 20L (Industry: 10L ▲ Base: 15L ▲ Advanced: 20L) Max Temp: 400°C (Industry: 300°C ▲ Base: 350°C ▲ Advanced: 400°C) Material: Stainless steel (Base) ▲ Premium alloy (Advanced) Certifications: Spain_Packing (Base) ▲ EPR_France/WEEE/Packing + EPR_Germany (Advanced) | Handles high-temperature reactions (400°C) Large capacity for 20L solutions Complies with EU environmental regulations (Advanced) | Higher cost for Advanced models Requires stable power supply |
Magnetic Stirring Heaters | Simultaneous mixing and heating (small volumes) | Capacity: 5L (Industry: 3L ▲ Base: 4L ▲ Advanced: 5L) Max Speed: 2000 RPM (Industry: 1500 RPM ▲ Base: 1800 RPM ▲ Advanced: 2000 RPM) Temp Control: ±1°C accuracy (Advanced) | Efficient mixing and heating combo Compact design for lab benches | Limited capacity for large-scale reactions |
Circulating Baths | Temperature-controlled baths (e.g., PCR, HPLC) | Temperature Range: -20°C to 100°C (Industry: 0–80°C ▲ Base: -10–90°C ▲ Advanced: -20–100°C) Circulation Pump: 100 L/min (Advanced) | Stable temperature distribution Wide temp range for diverse applications | High energy consumption Noisier operation (Advanced pump) |
Oil Baths | High-temperature applications (e.g., distillation) | Max Temp: 350°C (Industry: 300°C ▲ Base: 320°C ▲ Advanced: 350°C) Safety: Overheat protection (Advanced) | Cost-effective for basic labs Handles extreme temps | Messy oil handling Risk of fire/explosions without safety features |
Jacketed Reactors | Large-scale chemical synthesis | Volume: 50L (Industry: 20L ▲ Base: 30L ▲ Advanced: 50L) Pressure Rating: 10 bar (Advanced) | Scalable for industrial use Pressure-resistant design | Bulky and expensive Requires specialized installation |
Water Baths | Low- to medium-temperature tasks (e.g., incubation) | Temp Range: 4°C to 99°C (Industry: 20–80°C ▲ Base: 4–90°C ▲ Advanced: 4–99°C) Material: Corrosion-resistant stainless steel | Gentle heating for biological samples Easy maintenance | Limited to lower temps Not suitable for high-heat applications |