Round lenses, irregular-perimeter substrates, and multi-row assemblies all share one property that a lane-shaped flood head can’t accommodate: they don’t fit inside a fixed 4-inch width no matter how the fixture is arranged.
Doubling the Maximum Part Width
The Incure CDM™ + L88 pairs the CDM™ 9-inch polypropylene belt conveyor with an 8″×8″ UV LED flood head, doubling the maximum part width of the CDM™ + L64 configuration from 4 inches to 8 inches. Delivered as a complete system — conveyor chassis plus lamp head — it provides the same 1,900 mW/cm² at 385/395/405 nm (1,600 mW/cm² at 365 nm) peak intensity as the L64, across a footprint 2.67 times larger, with PLC/RS-232/foot-switch integration and greater than 20,000-hour LED service life.
A Square Format With No Lane Constraint
The L64’s 6″×4″ non-square footprint is optimized for standard 4-inch PCB panel lanes — a good fit for that specific geometry, but a real constraint for anything that doesn’t match it. The L88’s 8″×8″ square format removes that constraint entirely: round lenses, irregular-perimeter substrates, multi-row SMT assemblies, and non-panel parts all cure in a single conveyor pass without the lane-width limitation the L64’s shape imposes by design.
576 LEDs Across the Full Footprint
The L88 array uses 576 LEDs to deliver uniform 1,900 mW/cm² output across the complete 8″×8″ (203 mm × 203 mm) curing area — dynamic uniformity of 0.89 at 2 inches on the conveyor, the same uniformity spec as the smaller L64 array despite covering more than double the area. Belt-speed dose control runs from 6,325 to 50,600 mJ/cm² UVA depending on speed, roughly proportional to the L64’s range scaled for the larger footprint.
Deciding between the lane-sized L64 and the full-width L88 comes down to whether every part on the line actually fits inside a 4-inch envelope — worth confirming before committing to the narrower configuration. Email Us with your part dimensions and Incure can help confirm the right fit.
Full Process Control on Every Configuration
Like the L64, the L88 offers PLC, RS-232, and foot-switch integration alongside a switchable timer or continuous operating mode — a real advantage over the arc-lamp configurations on the same CDM™ chassis, which are limited to belt-speed adjustment as the only process control. LED service life exceeds 20,000 hours with typical intensity loss under 20% over that life. Wavelength — 365, 385, 395, or 405 nm — is factory-configured at order based on the adhesive’s photoinitiator absorption peak, and applies identically whether the line runs the 4-inch L64 or the 8-inch L88.
Matching maximum part width to what a line actually produces, rather than defaulting to the wider configuration, keeps the Incure equipment spec matched to the real process. This LED head is one of several options on the Incure CDM™ UV Conveyor platform, and shares its array design with the standalone Incure L-Series™ UV LED Flood Lamps family. Confirm your team’s Incure Vison™ eyewear is rated for LED output at this intensity as well.
Sizing the Footprint to the Actual Part Mix
Before committing to the L88’s full 8-inch width, it’s worth confirming the part mix genuinely requires it rather than defaulting to the wider option for headroom alone — the L64’s 6″×4″ footprint delivers the same peak intensity at a smaller, less expensive package for lines that only ever run parts within its 4-inch envelope. The L88 earns its added cost specifically when round, irregular, or wide multi-row parts are a real part of the production mix, not as a general-purpose upgrade over the L64 for parts that would fit either configuration equally well.
Curing Envelope and Control Detail
Curing height on the CDM™ + L88 adjusts from 0.5 to 2.0 inches — the same tighter range as the L64, reflecting the LED array’s effective working distance for peak intensity regardless of footprint size. Belt speed adjusts across the standard 1.5–12.0 ft/min range, with both timer and continuous operating modes supported and full PLC/RS-232/foot-switch integration, identical to the L64’s control options. Wavelength is factory-configured at order — 365, 385, 395, or 405 nm — matched to the target adhesive’s photoinitiator absorption peak.
Same Peak-Output Pattern as the L64
Like the L64, the L88’s peak intensity at 385/395/405 nm (1,900 mW/cm²) exceeds its 365 nm output (1,600 mW/cm²), a characteristic of LED die efficiency at these wavelengths rather than a design compromise. Because that pattern holds identically across both footprint sizes, a wavelength decision made for an L64-based process transfers directly if a line later needs to move up to the L88’s wider coverage — no separate wavelength qualification is needed purely because the footprint changed.
For a full review of your inline curing setup, Contact Our Team.
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