Two operators running the same manual rocker-switch lamp rarely deliver the exact same exposure time — and on a process where under-cure means rework and over-cure means a damaged substrate, that variance is a real quality cost hiding in plain sight.
Programmable Dose Control on the F-Series™ 8″×6″ Platform
The Incure F200P is a programmable UV arc flood curing lamp delivering 350 mW/cm² UVA across the same 8″×6″ curing area as the F200 — with programmable timed exposure, user-adjustable intensity, and an integrated retractable shade shutter added on top. The F100 and F200 use a rocker switch with manual timing; the F200P automates the dose instead, replacing operator judgment with a defined exposure program for process-controlled bench production.
Eliminates Cure-to-Cure Timing Variation
With a rocker switch, the operator starts and stops each cure manually — two operators running two parts can easily produce two different cure times. The F200P’s programmable timed exposure removes that variable entirely: set the exposure once, and every trigger cycle delivers the identical dose regardless of who’s running the station. The LCD display shows set time, remaining time, and intensity level, so there’s no elapsed-hour-meter guesswork and no stopwatch needed on the bench.
Confirming whether cure-time variation is actually showing up as a quality issue on a given line is worth a quick review. Email Us with the process details and Incure can help evaluate whether programmable dose control addresses it.
Repeatable UV Dose Supports Process Validation
With user-adjustable intensity and timed exposure locked in via the digital keypad, every part receives the same UV dose regardless of shift, operator, or how busy the line is at that moment. That reduces rework from under-cured parts and protects sensitive assemblies from over-exposure — and because the dose is programmed rather than manually timed, it directly supports process validation and statistical process control programs that need a documented, repeatable exposure parameter. Compatible with the Incure B500 UV cure chamber for enclosed batch curing.
350 mW/cm² With No Warm-Up Between Cycles
The 600W metal halide arc lamp delivers broadband UVA/UVB/visible output to 420 nm — 350 mW/cm² at 2.0-inch working distance, 175 mW/cm² at 3.0 inches. The integrated retractable shade shutter keeps the lamp continuously lit between cycles rather than cycling the arc on and off, which removes the warm-up delay a cold-started arc lamp would otherwise add before reaching full output on the next part.
Physical and Electrical Specifications
Lamp life is rated at roughly 2,000 hours, forced-air cooled, auto-ranging 100–120/200–240 VAC input. At 13.0 lb, the F200P is slightly heavier than the F100 and F200 (both 11 lb) — the added weight of the LCD, keypad, and shutter mechanism — but shares the same 11″×10″×9″ footprint and 8″×6″ curing area.
Where the F200P Sits in the F-Series™ Range
The F200P delivers the same output tier as the F200 within the Incure F-Series™ UV Arc Flood Lamps lineup — the difference between the two is entirely about dose control and repeatability rather than raw intensity. For lines that don’t need programmed exposure, the simpler F100 or F200 covers the same footprint at lower cost of complexity; for lines that need documented, repeatable dose delivery, the F200P is the model built for it.
Safety Equipment and Adjacent Accessories
UV protective goggles ship with the unit. For benches running the F200P near other stations, Incure Perimeter™ UV shields contain scatter UV, and operator eyewear should be confirmed against the Incure Vison™ UV eye protection rating for this intensity even with the shutter and program in place.
The Retractable Shutter Changes the Throughput Math, Not Just the Comfort Level
Keeping the arc continuously lit between cycles via the retractable shade shutter isn’t purely a convenience feature — it removes a real variable from cycle-time calculations. A cold-started metal halide arc lamp takes measurable time to reach stable full output after ignition, and running that warm-up on every single part would either lengthen every cycle or introduce output variability between a freshly-triggered lamp and one that’s already been running. By keeping the arc lit and using the shutter to control exposure instead of the arc itself, the F200P delivers the same 350 mW/cm² on the very first part of a shift as on the hundredth, without a warm-up penalty baked into the cycle time.
Setting Up a Documented Exposure Program
Because the F200P’s programmed exposure time and intensity level are the parameters that actually define the process once installed, documenting both — not just the target cure time — is what makes a qualification transferable between shifts, operators, or even a lamp replacement down the line. The digital keypad locks these parameters in place between cycles, so the practical discipline that matters is recording the qualified settings alongside the part number and adhesive lot, the same way a process engineer would document any other controlled process parameter on a production floor.
Confirming the Programmed Dose Against Lamp Age
Peak UVA intensity is measured at the specified working distance with the lamp at operating temperature; actual intensity drifts with lamp age, so a programmed exposure time qualified early in the roughly 2,000-hour lamp life should be re-verified as the bulb approaches replacement. For help setting up a documented, repeatable cure program on an F200P, Contact Our Team.
Visit www.incurelab.com for more information.