UV Flood Systems on an Open Floor — Stands, Shielding, and Containment Options

A UV flood system is a lamp plus everything that controls where its light goes. On a shared production floor or a busy lab bench, the stand, the shield, and the enclosure decide whether UV stays on the part or reaches the people around it.

Q: How should a UV flood system be shielded?

A: Match the containment to the space. A flood lamp in a dedicated enclosed area may need only operator eyewear; a lamp on an open floor needs a physical barrier such as a stand-mounted shield; a lamp running repetitive batch work is often best inside an interlocked chamber. For Incure F-Series™ stand-mounted lamps, the Perimeter™ shield covers the middle case, and the B-Series™ chambers cover full enclosure.

Three Levels of Containment

Think of containment as a ladder, from least to most enclosed:

Personal protection only — UV-blocking eyewear such as Incure’s Vison™ goggles, suited to spaces where nobody else works within reach of scatter.
Perimeter shielding — a tinted acrylic shield mounted on the lamp stand, containing scatter on an open floor without walls or a separate room.
Full enclosure — an interlocked cure chamber that blocks output whenever it opens.

Each level adds to, rather than replaces, the one below it. A shield reduces exposure across the room; eyewear still protects the operator closest to the lamp.

The Shared F-Series™ Stand

Incure’s Perimeter™ shields mount to the stand, not the lamp head. Because the F100, F200, F200P, F400, and F500 share the same stand, one shield size covers all five, so a facility running a mix of those models can standardize on a single shield. The F900P is the exception: its large-area bench platform uses a different stand, and the Perimeter™ shield does not fit it.

Front Shield vs. Rear Shield

The two Perimeter™ pieces do different jobs:

Front shield — the primary containment piece, a tinted acrylic wraparound over the lamp and stand that blocks forward scatter toward the operator. Flared side panels give equipment clearance and reinforced feet add stability.
Rear shield — a supplemental piece that secures under the stand’s mounting feet to block low-level backside radiation.

Whether the rear shield is needed depends on the layout. A station backed against a wall, with nothing behind it, often doesn’t need one. A station in the middle of an open floor usually does, because front and rear together give 360° containment rather than protection in one direction.

Email Us with your F-Series™ model and a sketch of the floor around the station, and Incure’s engineers can confirm whether the front shield alone covers your layout.

Why Tinted, Not Opaque

Perimeter™ shields are tinted acrylic so the operator can watch the cure in progress while scatter is blocked. An opaque barrier would contain UV equally well, but it would force the operator to work blind or lift the shield mid-cycle to check the part, defeating its purpose. Tinting keeps visibility and containment from competing.

Tool-Free Handling

The front shield lifts on and off using an integrated handle; the rear shield slides under the stand’s feet and is held by the stand’s weight. No fasteners or tools are involved. That matters for stations where the shield comes off for lamp head changes or maintenance, and for floors where stations move — the shield relocates with the equipment.

When to Step Up to a Chamber

A shield contains scatter; a chamber also fixes the curing distance and interlocks the output. Consider an enclosure when:

The same part is cured repeatedly and dose consistency is a quality requirement
Operators load and unload parts close to the lamp all shift
The station must be triggered by PLC or foot pedal from other equipment

Incure’s B500 chamber pairs with the F100, F200, F200P, F400, and F500, and the B201 with the F900P. Both use an auto-shutter door interlock that closes the shutter when the door opens, and adjustable shelves to set curing distance.

Shielding Is Part of a Program, Not the Whole of It

Physical barriers work best alongside procedure. Mark the curing zone on the floor or bench, post signage at the station, and make sure everyone who works nearby, not only the lamp operator, understands that the light under the shield is hazardous to eyes and skin. Inspect the acrylic periodically for cracks or crazing, and keep it clean so the operator’s view of the part stays clear enough that nobody is tempted to lift it during a cycle.

A Station Layout Checklist

Which F-Series™ model, and is it stand-mounted?
Is anyone working behind or beside the station?
Is the station against a wall or in open floor space?
Does the lamp head come off for maintenance or field use?
Will the station ever relocate?
Is eyewear issued to everyone within the work zone?

Answering these first usually settles whether the station needs a front shield, both shields, or a chamber.