Laboratory Induction Brazing Oven
A compact induction oven designed for laboratory precision brazing of copper components, using localized dielectric heating to achieve accurate temperature control. It features programmable cycles for consistent material heat treatment. This product falls under tariff item 8514.20.00 as an industrial or laboratory furnace functioning by induction or dielectric loss.
Import Duty Rates by Country of Origin
| Origin Country | MFN Tariff | Surtaxes | Total Effective Rate |
|---|---|---|---|
| 🇨🇳China | Free | — | Free |
| 🇲🇽Mexico | Free | — | Free |
| 🇺🇸United States | Free | — | Free |
| 🇩🇪Germany | Free | — | Free |
| 🇯🇵Japan | Free | — | Free |
More Specific Codes
This product may fall under a more specific subheading:
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If importing parts of the induction oven separately
Parts of industrial or laboratory furnaces are classified under this parts heading.
Not sure which classification is right?
The Tariff Assistant works through the GRI rules on your specific product to reach the right tariff item — and can price the duty on it in the same conversation.
Import Tips & Compliance
• Ensure the oven is declared as laboratory equipment to benefit from potential duty relief programs like the Customs Duty Waiver for scientific equipment
• Have the technical specifications and end-use documentation ready for CBSA verification
• Verify if the oven meets Canadian electrical safety standards (CSA/ULC) before import
Related Products under Tariff item 8514.20.00
Anton Paar Multiwave 5000 Microwave Digestion System
The Anton Paar Multiwave 5000 is a rotor-based laboratory microwave digestion system that uses dielectric loss heating to rapidly decompose samples for analytical chemistry. It is designed for high-throughput digestion of various matrices, including environmental, food, and pharmaceutical samples. This equipment is classified under tariff item 8514.20.00 as an industrial or laboratory furnace functioning by dielectric loss.
Berghof Speedwave X Microwave Digestion System
The Berghof Speedwave X is a laboratory microwave digestion system that utilizes dielectric loss to heat samples in a rotor system for analytical preparation. It is designed for demanding workflows in environmental, food, and clinical laboratories. This equipment falls under tariff item 8514.20.00 as an industrial or laboratory furnace functioning by dielectric loss.
Biotage Initiator+ Microwave Synthesizer
The Biotage Initiator+ is a compact laboratory microwave synthesizer that accelerates organic chemical reactions through dielectric loss heating. It is used in research and development for pharmaceutical and chemical synthesis. This equipment is classified under tariff item 8514.20.00 as an industrial or laboratory furnace functioning by dielectric loss.
Built-in Microwave Oven 1.2 cu ft
A built-in microwave oven with a 1.2 cubic foot capacity and convection features, designed for cooking and reheating food or beverages in residential kitchens. It falls under tariff item 8514.20.00 as an industrial or laboratory electric furnace functioning by dielectric loss, though it is adapted for household use.
CEM MARS 6 Microwave Reaction System
The CEM MARS 6 is an industrial-grade microwave reaction system for laboratory synthesis and material processing, using dielectric loss for rapid and uniform heating. It is suitable for applications such as digestion, extraction, and chemical synthesis. This equipment falls under tariff item 8514.20.00 as an industrial or laboratory furnace functioning by dielectric loss.
Cenco 6000 Series Laboratory Microwave Oven
The Cenco 6000 Series is a benchtop laboratory microwave oven designed for heat treatment of materials such as polymer curing or solvent evaporation, operating via dielectric loss. It is used in research and quality control laboratories. This equipment is classified under tariff item 8514.20.00 as an industrial or laboratory furnace functioning by dielectric loss.