Dominick Labino (1910–1987) was an internationally known scientist, inventor, artist and master craftsman in glass. Labino's art works in glass are in the permanent collections of more than 100 museums throughout the world. Labino held over 60 glass-oriented patents in the United States.
Education and career
Dominick Labino was trained as an engineer at the Carnegie Institute of Technology and began his professional career at Owens-Illinois, Inc., a glass manufacturing plant in Clarion, Pennsylvania.
In 1944, Dominick left Owens-Illinois to pursue the fiber glass industry with long-time business partner and Executive VP of I-O, Randolph H Barnard. Barnard formed Glass Fibers, Inc. in Toledo, Labino was the head of Research and Development. In 1958, Johns-Manville acquired Glass Fibers, Inc., creating Johns-Manville's modern fiber glass division. Labino stayed on as Vice President and Director of Research and development until his retirement in 1965.
Labino continued to serve as a research consultant until 1975. Labino was an innovator in the processes and machines used in forming glass fibers. Three of his inventions employing fiberglass were used in the Gemini and Apollo spacecraft to insulate them against extreme temperatures.
According to art historian Martha Drexler Lynn, "Labino had a life-long love of tools, inventing and problem-solving which he coupled with a passion for artistic endeavors..." His interest in blowing glass began in the 1930s, when he ran the Owens-Illinois milk bottling plant. There he had a laboratory in which he created glass formulas. In 1940, his predecessor at the plant, Ben Alderson, showed Labino how to blow glass. Labino later blew glass as a hobby; at Johns-Manville he built a home glass furnace at which to pursue the craft. An early project was a glass paperweight that he created in 1958 for a friend's retirement. By 1960 he had melted a batch of glass and created a primitive blowpipe.
Labino and Harvey Littleton, with whom Labino would stage a ground-breaking glassblowing workshop at the Toledo Museum of Art in 1962, met during the time that Littleton was a ceramics instructor at the Toledo Museum of Art School of Design (1949 to 1951) and Labino was taking evening craft classes there.
Labino's interest in Studio glass grew out of his frustration with industry, according to Lynn: "As he recalled, 'I had just had it in industry. I would say to myself, 'How many years will I have to stay here until I can do something that I don't have to get approved by twelve to fourteen people?'"
Studio Glass Movement
In March, 1962 Harvey Littleton, then a ceramics instructor at the University of Wisconsin-Madison, held the first of two week-long glassblowing workshops in a storage shed on the grounds of the Toledo Museum of Art. He had presented the workshop idea to the museum's director, Otto Wittmann, who agreed to it perhaps, Littleton suggested, as a means to draw a broad public to the museum. An industrial glass town, Toledo was home to the Libbey Owens Ford Company, as well as Johns-Mansville, which had purchased Toledo's L.O.F. Glass Fibers company in 1958. Littleton enlisted Labino's help in the workshop for his knowledge of glassblowing's technical aspects. Labino initially advised Littleton about the type of fire bricks to use in the construction of the furnace for the workshop. Labino also donated the steel and burner for the furnace, while Littleton brought the bricks from his studio in Wisconsin. Thus the stage was set for the seminal event of the Studio Glass Movement. The workshop, which began on March 23, did not start out smoothly.
The first glass batch did not melt properly, and the stoneware crucible that Littleton had made to hold the molten glass in the furnace broke apart in the intense heat. Labino suggested that they melt the glass directly in the furnace; he then directed the conversion of the pot furnace into a small day tank. Instead of trying to melt another load of glass batch, Labino re-charged the furnace with the low-melting formula #475 glass marbles that he had developed for Johns-Manville for the production of fiberglass. The marbles, which melted at a relatively low temperature, produced glass that was malleable enough to blow. This enabled the workshop to continue and, with the craft's technique demonstrated by two retired industrial glassblowers, Harvey Leafgreen and Jim Nelson, participants blew glass around the clock.