On the line, you live and die by tight cycles. If the edge sealant on insulating glass dries unevenly, you get bubbles, weak bonds, and callbacks. Convection ovens dump heat into the glass body, pushing thermal stress higher and slowing throughput. A focused drying lamp hits the bead, not the whole pane. What matters under the hood Our glass edge sealant drying lamp leans on near-infrared (NIR) energy, tuned to the absorption band of the sealant chemistry. Quartz envelopes and reflector geometry shape a tight, uniform thermal field along the bead, with response in seconds. You can spec power density to match line speed, and choose voltage and footprint to drop the unit into existing sealing stations. The payoff is rapid surface heating with low mass, so the glass stays cooler and thermal distortion drops. Why it fits the shop floor This lamp is built for the realities of glass processing: tempering, bending, coating drying, lamination curing, and insulating glass sealing. In IG sealing, it dries the desiccant-loaded bead fast enough to keep pace with dispensing, without overheating the primary seal. For coating and lamination prep, it knocks out solvents quickly and evenly, so adhesion stays consistent across the sheet. The result is fewer rejects, stable bond strength, and lower kWh per unit because the energy goes right where it needs to. What you need to keep straight NIR drying is line-of-sight, so the bead has to see the beam and fixture alignment matters. Keep reflectors clean and provide airflow to manage heat buildup. Dark or highly reflective spacers change emissivity, which shifts the absorption profile, so we tune output to your material stack. Expect faster cycle times, but plan for a focused installation window and routine maintenance to keep output stable.