When a PCB panel or substrate tray finally outgrows an 8-inch flood zone, the choice isn’t between more intensity and more area — it’s whether the next lamp up forces a rewrite of the automation layer. The Incure L1010 answers that with a flat no.
Scaling Past the 8-Inch Boundary Without Touching the Control Architecture
The L1010 is a 10″ × 10″ UV LED flood curing lamp built on a 900-LED array, delivering 56% more curing area than the L-Series™ L88 (100 sq. in. versus 64 sq. in.) while keeping every control interface identical. RS232 serial control for host-driven automation, the LCD front panel, foot-switch input, and PLC digital I/O all carry over unchanged from the L88. A line that outgrows the L88’s 8-inch envelope moves to the L1010 as a lamp swap, not an integration project — no rewiring, no re-qualifying the trigger sequence, no new firmware on the host side.
One Exposure, the Whole 10-Inch Panel
Ten-inch square is a common PCB panel and substrate tray format across electronics manufacturing, and the L1010 covers it in a single uninterrupted exposure. That matters more than it sounds: any lamp smaller than the assembly forces either a two-pass workflow with an overlap zone, or a repositioning step between exposures. Both introduce dose variation at the seam — a region that receives either double the intended UV energy or a gap where cure is incomplete. Panel-level conformal coating cure and multi-joint adhesive cure both benefit from eliminating that seam entirely, since a partial-cure line running through active circuitry is a defect a two-pass process can silently introduce.
For engineers evaluating equipment against an existing Incure L-Series™ deployment, the L1010 sits directly above the L88 in the lineup — same control philosophy, larger footprint.
1,900 mW/cm² Across the Full Zone, Chamber-Matched
Peak irradiance at a 2-inch working distance reaches 1,900 mW/cm² at 385, 395, or 405 nm, and 1,600 mW/cm² at 365 nm, from the 900-LED array. Static uniformity holds at 0.78 across the full 10″ × 10″ zone at 2.0 inches — a figure that matters more at this scale than on a small spot lamp, since a wide array with poor edge uniformity under-cures the panel perimeter relative to its center. Wavelength is factory-configured at order (365, 385, 395, or 405 nm), and LED life is rated above 20,000 hours with no recalibration or bulb replacement expected across normal service life.
The L1010 pairs with the Incure C191C cure chamber — the only chamber in the C-Series™ range sized for L88-and-larger flood lamps. For processes that need a light-tight, controlled-atmosphere enclosure around a production-scale cure zone rather than an open-bench setup, the C191C brings that without shrinking the L1010’s working area.
For teams weighing whether a 10-inch flood lamp fits a broader coating process — where the lamp is curing a UV conformal coating layer rather than discrete adhesive joints — cure chemistry compatibility is worth checking against the applied film thickness and photoinitiator system; see the Incure Ultra-Illumina™ UV conformal coatings line for grade-specific cure-path guidance. Questions about matching curing distance or exposure time to a specific coating thickness are best routed to Email Us before committing to a fixture design.
Power, Cooling, and Physical Setup Considerations
The L1010 runs on auto-ranging 100–240 V, 50/60 Hz input, so facility power compatibility isn’t a variable to plan around across different sites or regions. Cooling is forced-air through louvered vents — a straightforward setup for open-bench or in-chamber installation, though airflow clearance around the housing should be confirmed during fixture layout so the array can shed heat as intended during continuous cycling. Because the L1010 is a step above the compact C131C/C131D/C141C-compatible models in physical size, chamber or enclosure planning should account for its footprint before finalizing a workstation layout, not after equipment arrives.
When 10×10 Isn’t Quite Enough
If a panel or tray runs consistently larger than the 10-inch boundary, the direct next step in the L-Series™ is the L1212, which adds 44% more area on the identical RS232/C191C platform. The decision point is straightforward: measure the largest panel format the line actually runs, not the average, since a lamp that covers 90% of panels in one pass but needs a second pass for the rest often costs more in cycle time than sizing one step larger from the outset.
Production lines running high-mix panel sizes sometimes standardize on a single CDM™ UV conveyor with a flood head sized to the largest recurring format instead of swapping bench lamps between jobs — worth evaluating if panel size varies by product line rather than staying fixed.
Choosing between the L1010 and a step up or down in the L-Series™ comes down to actual panel dimensions, cycle-time targets, and whether the existing RS232/C191C infrastructure needs to be preserved. For a specification review against a current fixture or automation setup, Contact Our Team with the panel size, wavelength requirement, and any chamber constraints already in place.
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