the syringe body 50 the epoxy 10 can be loaded into the bore 58 through the first end 60 prior to inserting the plunger 52 into the bore 58 or the epoxy 10 can be drawn into the cavity 56 to draw the epoxy 10 into the cavity 56 the second end 68 of the plunger 52 can be fully inserted into the bore 58 the epoxy 10 can then be drawn into the cavity 56 by pulling the plunger 52 away from the second end 62 of the syringe body 50 to expel the epoxy 10 from the cavity 56 an operator 39 s first and second fingers can be hooked under the flange 61 of the syringe body 50 while the operator 39 s thumb presses against the actuation surface 53 of the plunger 52 this action creates pressure within the cavity 56 and urges the epoxy 10 out through the outlet of the syringe body 50 if the hollow needle 54 is attached to the syringe body 50 as described above and illustrated at fig6 the epoxy 10 will be urged through the passage 74 of the hollow needle 54 and out of the second end 72 of the hollow needle 54 the thermal unit 22 of the epoxy applicator 20 can include a peltier device 40 as illustrated at fig2 8 and 9 the thermal unit 22 can include a vapor compression refrigeration device or other device capable of transferring thermal energy i e a thermal pump the peltier device 40 creates a temperature gradient from an applied electrical voltage by employing the thermoelectric effect i e the seebeck.