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Continue shoppingProduction-Scale Glass Fusing for High-Volume Studios Model GF12ECS Max Temp Call us Power See specs Warranty 2-Year The Olym...
View full detailsProduction-Scale Glass Fusing for High-Volume Studios Model GF10ECS Max Temp 1700°F Power 240/208V / 10A Warranty 2-Year The ...
View full detailsProduction-Scale Glass Fusing for High-Volume Studios Model GF12E Max Temp 1700°F Power 240/208V / 12A Warranty 2-Year The Ol...
View full detailsProduction-Scale Glass Fusing for High-Volume Studios Model GF15E Max Temp 1700°F Power 240/208V / 15A Warranty 2-Year The Ol...
View full detailsProduction-Scale Glass Fusing for High-Volume Studios Model GF15ECS Max Temp Call us Power See specs Warranty 2-Year The Olym...
View full detailsBell Design Glass Kiln — Stationary Floor, Lifting Chamber Model GF32E Max Temp Call us Power See specs Warranty 2-Year The O...
View full detailsReliable Electric Glass Fusing Kiln for the Studio Model GF17ETLC Max Temp Call us Power See specs Warranty 2-Year The Olympi...
View full detailsProduction-Scale Glass Fusing for High-Volume Studios Model GF17E Max Temp 1700°F Power 240/208V / 17A Warranty 2-Year The Ol...
View full detailsModel – TopHat 2814E/240 or 208 volts Inside dimensions: 28 ¼ ” wide x 13½ ” deep, fires to cone 10/2350°F The TopHat 2814E is built with 3″ brick ...
View full detailsModel – TopHat 189E 240 or 208 volt Inside dimensions: 17.5 ” wide x 9″ deep, fires to cone 10/2350°F, built with 3″ brick and lid element for glas...
View full detailsModel – TopHat 2314E 240 or 208 volt Inside dimensions: 23 3/8" wide x 13.5″ deep, fires to cone 10/2350°F, built with 3" brick and lid element for...
View full detailsModel – 1823 Raku E / 240 or 208 volt Inside Dimensions: 17½″ wide x 22½″ deep, fires to cone 8/2300°F The 1823 Raku E comes equipped with a pilot ...
View full detailsModel – TopHat 2827E / 240 or 208 volt Inside dimensions: 28¼″ wide x 27″ deep, fires to cone 10/2350°F TopHat 2827E is built with 3″ brick and equ...
View full detailsModel – 1214FLE 240 or 208 volt Inside dimensions: 11.25″ wide x 13 ½” deep x 9.75″ high at the peak, fires to cone 8/2300°F Maximum firing tempera...
View full detailsModel – 1414FLE 240 or 208 volt Inside dimensions: 14 ½ wide x 13 ½” deep x 10″ high at the peak, fires to cone 8/2300°F Maximum firing temperature...
View full detailsModel – 149FLE 240-208 volt Inside dimensions: 14 1/2″ wide x 9 ” deep x 10″ high at the peak, fires to cone 8/2300°F Maximum firing temperature wi...
View full detailsModel – 1214HE High Fire Test Kiln 240 or 208 volt Inside dimensions: 11.25″ wide x 13.5″ deep, fires to cone 10 – 2350°F/1260°C Test kiln models a...
View full detailsModel – 1823FLE 240 or 208 volt Inside dimensions: 17½″ wide x 22½″ deep x 12″ high at the peak, fires to cone 8/2300°F Maximum firing temperature ...
View full detailsModel – SQ169HE Test Kiln 240 or 208 volt Inside dimensions: 16.5″ wide x 9″ deep, fires to cone 10 – 2350°F/1260°C Test kiln models are built with...
View full detailsModel – 1818FLE 240 or 208 volt Inside dimensions: 17½″ wide x 18″ deep x 12″ high at peak, fires to cone 8/2300°F Maximum firing temperature with ...
View full detailsModel – 1814HE Stackable Electric Kiln 240 or 208 volt Inside dimensions: 17.5″ wide x 13.5″ deep, fires to cone 10/2350°F Stackable electric model...
View full detailsModel – 1414HE Test Kiln 240 or 208 volt Inside dimensions: 14.5″ wide x 13.5″ deep, fires to cone 10 – 2350°F/1260°C Test kiln models are built wi...
View full detailsModel – 1818E Stackable Electric Kiln 240 or 208 volt Inside dimensions: 17.5″ wide x 18″ deep, fires to cone 8/2300°F Stackable electric models ar...
View full detailsModel – 1823E Stackable Electric Kiln 240 or 208 volt Inside dimensions: 17.5″ wide x 22.5″ deep, fires to cone 8/2300°F Stackable electric models ...
View full detailsBest for: serious hobbyists, production potters, studios, schools, and anyone firing larger loads regularly.
A 240V kiln requires a dedicated 240V circuit (installed by an electrician in most homes). The payoff is stronger performance—especially for larger kilns and consistent high-temp firing.
What to expect:
More power for bigger chambers and heavier loads
Faster firing and better recovery at higher temps
Better for frequent firings and studio production
Often required for larger kilns and higher-output needs
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