Curing on an open bench with a UV arc flood lamp doesn’t just risk operator exposure — it exposes every adjacent workstation in line of sight, which is exactly the problem an enclosed chamber is built to remove.

An Enclosed Cure Environment for the Entire F-Series™ Portable Lineup

The Incure B500 is a UV arc cure chamber with a 9″×9″×10.4″ (229 mm × 229 mm × 264 mm) internal curing space, built as the enclosed pairing for F-Series™ portable and compact UV arc flood lamps. A single B500 accepts every F-Series™ model from the F100 through the F500 — F100, F200, F100P, F200P, F400, and F500 — on one chamber platform, so there’s no need to match a separate enclosure to each lamp in the lineup.

360° UV Shielding With a Hardware Guarantee, Not a Procedural One

Curing on an open bench relies on the operator to follow a procedure — keep the beam pointed away from people, wear eyewear, stand clear. The B500 removes that reliance: it encloses the lamp head in a light-tight chamber that blocks UV from reaching the operator, adjacent workstations, and unprotected personnel, and its auto-shutter interlock cuts UV automatically the instant the door begins to open. There’s no manual shutoff step and no dependence on operator discipline — the moment the door opens, the lamp goes dark.

Confirming which F-Series™ lamp is already on hand before ordering a chamber is a quick step worth taking. Email Us and Incure can confirm B500 compatibility against the specific model.

Six Lamp Models, One Chamber — No Matching Exercise Required

The B500’s compatibility with F100, F200, F100P, F200P, F400, and F500 means a lab or production floor running more than one F-Series™ model doesn’t need a chamber for each — one B500 unit covers the complete B500-compatible range. Lamp heads mount tool-free on the chamber top, and adjustable shelf positions let curing distance be set for the specific part height without any hardware changes between lamp swaps.

Internal Space and Control Interface

Internal curing dimensions: 9″×9″×10.4″ (229 mm × 229 mm × 264 mm); external footprint: 11.8″×11.6″×12.1″ (300 mm × 295 mm × 307 mm). A dual D-sub connector supports PC, PLC, and foot-pedal control interfaces, and cooling is forced-air. Unlike the B201, the B500 does not include an integrated chamber temperature sensor — for production environments that require documented thermal data as part of cure validation, the B201 is the chamber that provides it.

When the B500 Isn’t the Right Fit

Parts requiring more internal space than 9″×9″×10.4″ provides, or lamps beyond the F100–F500 range — specifically the F900P, whose 16″×12″ curing footprint exceeds the B500’s clearance entirely — are handled by the B201 instead. Internal curing dimensions are clear-space measurements; actual usable cure area is limited further by whichever compatible lamp head’s own curing footprint is installed.

One Chamber Within a Larger Curing Platform

The B500 is part of the Incure B/C-Series™ UV Cure Chambers family alongside the larger B201 (mercury-arc) and the UV LED-matched C131C, C131D, C141C, and C191C chambers. The F-Series™ lamps it houses are documented in full on the Incure F-Series™ UV Arc Flood Lamps line post, and the same F-Series™ stand this chamber sits alongside also accepts Incure Perimeter™ UV shields for setups where a full chamber isn’t practical but scatter UV still needs containment.

One Chamber Across a Range of Output Levels

Because the B500 accepts F-Series™ lamps spanning a wide output range — from the F100’s 225 mW/cm² up to the F500’s 590 mW/cm² — the chamber itself imposes no intensity ceiling on the process. A line that starts with an F100 for a lower-throughput application and later upgrades to an F500 for faster cycle times keeps the same chamber, the same enclosure footprint, and the same operator training on chamber procedure; only the lamp head and its associated cure-time qualification change. That flexibility is part of why a single chamber platform covers six distinct lamp models rather than requiring a chamber upgrade alongside every lamp upgrade.

Shelf Adjustment as a Practical Process Control

The B500’s adjustable shelf positions matter beyond simply fitting a taller or shorter part — curing distance directly affects delivered irradiance, since UV output falls off with distance from the lamp. A process qualified at one shelf position should stay at that position for subsequent production runs, and any change in shelf height for a new part geometry should be treated as a process change requiring re-qualification of cure time, not a routine adjustment made without documentation. Because the B500 has no integrated temperature sensor, tracking shelf position alongside cure time is one of the more direct ways to keep a qualified process repeatable on this chamber.

Loading and Unloading Considerations

Because the auto-shutter interlock only protects against UV exposure while the door is closed, operators loading or unloading parts through an open B500 door should still confirm their eyewear meets the Incure Vison™ UV eye protection rating for whichever F-Series™ lamp is fitted. For help specifying a B500 against a specific lamp model and part envelope, Contact Our Team.

Visit www.incurelab.com for more information.