Snoltherm is a premier manufacturer of thermal processing equipment, headquartered in Utena, Lithuania. Since its founding in 1960 as a specialized department within the Umega Group—the largest metal processing company in the Baltic States—the company has spent over 60 years fulfilling its mission to provide "Customized Solutions for Your Hot Innovations." Snoltherm is internationally renowned for its SNOL® brand, which produces a world-class range of high-accuracy laboratory furnaces and low-temperature electric ovens. By focusing on advanced ceramic fiber insulation and precise digital control, the brand ensures that researchers can achieve exceptional temperature stability and uniformity for the most sensitive thermal treatments. Today, Snoltherm is an essential partner for scientific laboratories, dental clinics, and industrial research sectors in over 70 countries, delivering European-engineered excellence that combines robust durability with modern energy efficiency.
The Snoltherm range at LabFriend features professional heating technology solutions, headlined by their versatile muffle furnaces, chamber furnaces, and forced-air drying ovens. These instruments are essential for materials testing, heat treatment, ashing, and the firing of ceramic samples. For specialized thermal analysis, the brand provides advanced analytical measurement support through their range of tube furnaces and weighing furnaces designed for high-precision laboratory workflows. Their portfolio also encompasses essential general laboratory aids, featuring ceramic hearth plates, metal trays, and specialized chimneys for effective gas extraction. To support high-temperature research, Snoltherm offers specialized units capable of reaching up to 1600 °C, equipped with programmable Omron or Eurotherm controllers for complex ramp and soak profiles. By choosing Snoltherm through LabFriend, you benefit from competitive pricing and fast shipping on premium thermal technology designed for professional longevity.
Why Choose Snoltherm for Your Laboratory?
- Six Decades of Expertise: Since 1960, Snoltherm has refined its manufacturing processes to become one of the world's largest producers of laboratory and industrial thermal equipment.
- Exceptional Thermal Efficiency: Utilizing vacuum-formed ceramic fiber chambers, SNOL® furnaces offer low thermal mass, resulting in faster heating times and significantly reduced power consumption.
- Precise Temperature Uniformity: Their laboratory ovens utilize advanced forced-air circulation systems to ensure a homogenous temperature distribution throughout the entire chamber.
- Robust Baltic Engineering: Built within the Umega Group's massive industrial ecosystem, Snoltherm products are famous for their mechanical robustness, with many units remaining in service for over 50 years.
- Environmental Commitment: Snoltherm prioritizes sustainability by utilizing 100% renewable energy in their production facility and using eco-friendly thermal insulation materials.
Frequently Asked Questions
1. What is the difference between a muffle furnace and a chamber furnace?
In modern Snoltherm terminology, both are high-temperature heating units. "Muffle" often refers to models where the heating elements are embedded in fiber or ceramic for protection, whereas "Chamber" models may have exposed heating elements for higher temperature reach.
2. Can Snoltherm ovens be used for drying glassware?
Yes, Snoltherm low-temperature ovens (up to 300 °C or 350 °C) are ideal for drying glassware, as well as for thermal testing, aging, and moisture removal in a controlled environment.
3. Are the controllers on SNOL® furnaces programmable?
While the standard Omron E5CC is a precise PID controller, Snoltherm offers optional Eurotherm or specialized SNOL controllers that allow for multiple programs and segments for complex heating cycles.
4. Does Snoltherm offer Over-Temperature Protection (OTP)?
Yes, Over-Temperature Protection is available as an important safety option (and standard on many larger models) to protect both the furnace and your valuable samples from accidental overheating.
