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…

When a bench-mount lamp's output is the bottleneck on cure cycle time, the fix isn't always a different form factor — sometimes it's the same footprint with a bigger arc lamp behind it. The Direct Step-Up From the F100 The Incure F200 is a compact UV arc flood curing lamp that steps up from the F100 with 56% more intensity — 350 mW/cm² against 225 mW/cm² — in the same 11 lb, 8″×6″ bench-mount housing. The F200's 600W metal halide lamp replaces the F100's 400W lamp without changing the physical footprint, the mounting, or the operating procedure, which makes it a drop-in upgrade path rather than a different piece of equipment to requalify around. Same Footprint, Proportionally Shorter Cycles Same 8″×6″ curing area and 11 lb bench-mount form factor as the F100 — the only difference is arc lamp wattage and the resulting output. When cure time is the process bottleneck and the F100's 225 mW/cm² is the limiting factor, the F200 is the direct step-up: same footprint, no new operator training, and cycle time drops proportionally with the higher irradiance. Confirming whether output or footprint is the actual constraint on a given cure cycle is worth checking before choosing between the two. Email Us with the current cycle time and Incure can help evaluate the F200's fit. Shortens Cure Cycles Without Programming Overhead Where the F200P's programmable timer and LCD keypad add more control than some processes need, the F200 delivers the identical 350 mW/cm² intensity with a plain rocker switch and an elapsed hour meter. Operators start and stop each cure manually, and the elapsed hour meter tracks lamp usage for scheduled maintenance — no exposure program to configure and nothing to misset between shifts. It's also compatible with the Incure B500 UV cure chamber for enclosed batch curing. 350 mW/cm² Across the Full 8″×6″ Area The 600W metal halide arc lamp delivers broadband UVA (315–400 nm), UVB (280–315 nm), and visible output to 420 nm — 350 mW/cm² at 2.0-inch working distance, 175 mW/cm² at 3.0 inches. Lamp life is rated at roughly 2,000 hours, forced-air cooled, auto-ranging 100–120/200–240 VAC input. The unit weighs 11 lb at 11″×10″×9″ — physically identical to the F100. Manual Control as a Deliberate Choice, Not a Missing Feature The F200 doesn't carry the F200P's programmable timed exposure or user-adjustable intensity control — but for stations where a trained operator's manual start/stop is already the established workflow, that's not a gap. It's the same tradeoff the F100 makes at a lower output tier: simplicity over automation, on the assumption that operator consistency is already adequate for the process. Where the F200 Sits in the F-Series™ Range The F200 occupies the middle tier of the Incure F-Series™ UV Arc Flood Lamps lineup — above the F100's 400W output, below the F200P's identical 350 mW/cm² output plus programmable dose control. All three share the same 8″×6″ curing area, so the decision among them comes down to output level and how much process automation the…

A curing lamp that covers less area than the part being bonded forces repositioning mid-process — and on a standard PCB or a multi-bond assembly, that means breaking a single cure cycle into several with all the timing variability that brings. 8″×6″ Curing Area — More Than Any Other F-Series™ Portable The Incure F100 is a compact bench-mount UV arc flood curing lamp with an 8″×6″ curing area — 92% larger than the F400 or F500 portable handhelds — delivered from a 400W metal halide arc lamp with rocker-switch simplicity. The F200 matches this same 8″×6″ footprint at higher output, and the F200P adds programmable LCD control on top of that; the F100 is the entry-level bench-mount in the family for labs and lower-throughput lines where a wide, even cure with no setup overhead is the priority. Covers Standard PCBs and Multi-Bond Assemblies in One Pass The F400 and F500 cure a 5″×5″ footprint in a handheld form — useful for taking the lamp to the part, but limited to whatever fits within that smaller area. The F100 extends coverage to 8″×6″, wide enough to cure standard PCBs and multi-bond assemblies in a single pass without repositioning the part or the lamp between exposures. It pairs with the Incure B500 UV cure chamber for fully enclosed batch curing. Confirming whether the F100's 8″×6″ area actually covers a given part layout is worth checking before ordering. Email Us with the part dimensions and Incure can confirm the fit. No Setup Between Cure Cycles Rocker switch on, cure, rocker switch off — there's no exposure program to configure, no keypad, and no LCD to navigate. An elapsed hour meter tracks total lamp hours for scheduled bulb replacement, which is the only maintenance-relevant number an operator needs to watch. For labs, repair stations, and lower-throughput production lines, that's the right level of control: fast to operate, and there's nothing to misconfigure between shifts or between operators. 225 mW/cm² Across the Full Curing Area The 400W metal halide arc lamp delivers broadband UVA (315–400 nm), UVB (280–315 nm), and visible output to 420 nm — 225 mW/cm² at 2.0-inch working distance, dropping to 115 mW/cm² at 3.0 inches. Lamp life is rated at roughly 2,000 hours. Input is auto-ranging 100–120/200–240 VAC, and the unit weighs 11 lb at 11″×10″×9″, forced-air cooled. Standby Mode Reduces Power Between Cure Cycles A standby mode reduces lamp power during idle operation between cure cycles — a feature the F200 doesn't carry — which extends effective bulb life on lines with meaningful idle time between parts rather than continuous back-to-back exposures. For processes with irregular cadence, that standby capability is a meaningful difference from the otherwise similar F200. Where the F100 Sits in the F-Series™ Range The F100 is the entry point into the Incure F-Series™ UV Arc Flood Lamps lineup — the F200 delivers 56% more intensity in the identical 8″×6″ housing, and the F200P adds programmable timed exposure on top of that for process-controlled production. Choosing among…

Sourcing a separate conveyor for every UV chemistry a line runs means separate maintenance schedules, separate spare-parts inventories, and a floor full of near-identical machines doing one job each — the CDM™ chassis exists so that isn't necessary. A Conveyor Built to Take Whatever Lamp Head the Process Needs The Incure CDM™ is a UV conveyor belt chassis on a 9-inch polypropylene belt, adjustable from 1.5 to 12.0 ft/min, built to run interchangeable lamp heads — UV LED flood (L64, L88), UV LED focused beam (M51, M62), or conventional mercury-arc UV flood (F100, F200, F400, F500) in x2AC or x2A configurations. The chassis ships without a lamp head; the configuration is selected to match part width, intensity, and UV spectrum requirement. Belt Speed Is the UV Dose Dial Belt speed adjusts continuously from 1.5 to 12.0 ft/min, and that single control directly sets the UV dose delivered to each part passing under the lamp — slow the belt for a deeper cure on thick or pigmented layers, or run it faster for higher throughput once the process is qualified. Dose tuning happens at the speed control alone, with no lamp change, reflector swap, or reprogramming required between adjustments. One Chassis, LED or Mercury-Arc — a Chemistry Change Doesn't Mean a New Conveyor A line that shifts from an LED-cured adhesive to a broadband mercury-arc-cured coating typically means sourcing a second piece of capital equipment. The CDM™ chassis avoids that: swapping between an LED head (L64, L88, M51, M62) and a mercury-arc head (F100, F200, F400, F500 in x2AC/x2A configurations) is a lamp-head change on the same conveyor, not a new machine purchase or a new footprint on the floor. Confirming which lamp-head configuration actually fits a given part width and cure chemistry is worth doing before ordering. Email Us with the process details and Incure can recommend a configuration. Up to 8-Inch Part Width, Lamp-Dependent The 9-inch belt (polypropylene standard, anti-static optional) clears parts up to 8 inches wide on the L88 flood configuration, or up to 5 inches wide on F400/F500 configurations — part width capacity scales with whichever lamp head is fitted, not with the conveyor alone. Curing height ranges from 0.5″–2.0″ on the LED heads (L64, L88, M51, M62) up to 3.0″–6.5″ on the F400/F500 heads, reflecting the different working-distance requirements of LED versus mercury-arc output. Control Integration Depends on the Lamp Head PLC, RS-232, and foot-switch signal inputs are available on the UV LED configurations, with switchable timer or continuous operating modes for line integration — control options that the mercury-arc configurations on the same chassis don't carry, since those are governed by belt speed alone. For a line being designed around PLC interlocks, part-present sensing, or cure-cycle logging, that's a real factor in choosing an LED head over an arc head beyond intensity and wavelength. Physical and Electrical Specifications Chassis dimensions: 137 × 36 × 41 cm; weight 28.7 kg. Power input is auto-ranging 100–240 V, 50/60 Hz, with forced-air cooling. Ordering part numbers are…

A bond interface that's wider than the lamp head above it either gets a second pass with repositioning, or it gets partial cure at the edges — neither is a good option once the line is running at production speed. Wider Coverage Without Losing the Focused-Beam Advantage The Incure CDM™ + M62 pairs the CDM™ 9-inch polypropylene belt conveyor with the M-Series™ M62 focused-beam lamp head — 108 LEDs concentrated into a 6″×2″ strip that doubles the beam depth of the CDM™ + M51's 5″×1″ footprint. Delivered as a complete system, it provides 3,100 mW/cm² at 365 nm across the full 6″×2″ zone, belt-speed dose control from 7,750 to 62,000 mJ/cm² UVA, PLC/RS-232/foot-switch integration, and greater than 20,000-hour LED service life at up to 2-inch maximum part width. Cures 2-Inch Bond Interfaces the M51 Configuration Cannot Cover in One Pass The CDM™ + M51 covers a 1-inch-wide beam path. Parts with bond interfaces wider than that — gasket rings, edge-bonded laminates, multi-joint substrates — require repositioning or multiple passes under the M51 to fully expose the bond face. The CDM™ + M62 doubles that beam depth to 2 inches, curing the full interface in a single conveyor pass at the same 6-inch illuminated length along the belt-travel direction, which removes the indexing step and the step-cure variation it introduces at each reposition. Confirming which beam depth actually matches a given bond interface's width, before committing to a repositioning workflow, is worth a quick check. Email Us with the interface dimensions and Incure can confirm the right configuration. 108 LEDs Hold Intensity Across the Full Width — No Edge Falloff Doubling beam depth without adding LED count would dilute irradiance across the wider zone. The M62 avoids that by using 108 LEDs — double the M51's 45 — so intensity at 2-inch working distance holds at 3,100 mW/cm² at 365 nm uniformly across the entire 6″×2″ (152 mm × 51 mm) footprint. There's no intensity gradient across the 2-inch depth, so a bond pad at the edge of the beam receives the same dose as one at the center. Selective Exposure at a Wider Scale Flood configurations on the CDM™ cure everything within their footprint — the bond line and whatever sits around it. The M62 maintains focused-beam selectivity even at the wider 2-inch depth: components outside the 6″×2″ beam width remain unexposed. That makes it the right choice for assemblies with adjacent heat-sensitive or pre-bonded components that need to stay outside the UV zone during inline cure, but whose actual bond interface is too wide for the M51's narrower strip. Dose Control Across the Belt-Speed Range At the nominal 6 ft/min belt speed, the M62 delivers 15,500 mJ/cm² UVA to the bond line per pass. Belt speed adjusts continuously from 1.5 to 12.0 ft/min, scaling dose from 62,000 mJ/cm² UVA at the slowest setting to 7,750 mJ/cm² UVA at the fastest — a wide enough range to accommodate both a deep cure on a thick bond line and a fast…

A conveyor lamp head that floods the whole belt width cures more than the bond line — it cures whatever sits next to it too, and on assemblies with heat-sensitive or pre-bonded neighbors, that's a liability, not a convenience. The Highest-Output Head on the CDM™ Platform The Incure CDM™ + M51 pairs the CDM™ 9-inch polypropylene belt conveyor with the M-Series™ M51 focused-beam lamp head, concentrating 45 LEDs into a 5″×1″ strip rather than spreading them across a full-width flood footprint. Delivered as a complete system, it provides 6,150 mW/cm² at 365 nm — 3.2× the peak intensity of the CDM™'s flood configurations (L64, L88 at 1,900 mW/cm²) — with belt-speed dose control from 12,813 to 102,500 mJ/cm² UVA, PLC/RS-232/foot-switch integration, and greater than 20,000-hour LED service life. A 1-Inch Beam That Leaves Adjacent Components Untouched Flood configurations on the CDM™ cure everything within their footprint — the bond line and whatever surrounds it. The M51 strip beam exposes only a 1-inch-wide path along the belt-travel direction, so components outside that strip receive no UV. On assemblies where optical elements, pre-cured joints, or heat-sensitive substrates sit adjacent to the target bond, that selectivity is the reason to specify the M51 configuration over a flood head rather than a matter of preference. Working out whether a strip-beam or flood configuration actually fits a given assembly's layout is worth confirming before ordering. Email Us with the part geometry and Incure can help match the beam footprint to the joint. 25,630 mJ/cm² UVA at 6 ft/min — the Highest Energy-Per-Pass on the Platform At the CDM™'s nominal 6 ft/min belt speed, the M51 delivers 25,630 mJ/cm² UVA to the bond line — the highest energy-per-pass of any LED configuration on the CDM™ platform at that same speed. Belt speed adjusts continuously from 1.5 to 12.0 ft/min, scaling dose from 102,500 mJ/cm² UVA at the slowest setting down to 12,813 mJ/cm² UVA at the fastest, which gives the line the range to trade cure margin for throughput without changing the lamp head. Where High Irradiance Actually Matters Slow-reacting formulations and high-viscosity bond lines need more than time under UV — they need enough irradiance to initiate the cure reaction at all before belt speed becomes the limiting variable. A flood head running at lower peak intensity can compensate with a slower belt, but that trades throughput for cure depth. The M51's 6,150 mW/cm² gives a process engineer irradiance headroom to hold line speed steady on formulations that would otherwise force a compromise. Lamp Head and Conveyor Specifications 45-LED array in a 5″×1″ (127 mm × 25 mm) strip; peak intensity 6,150 mW/cm² at 365 nm and 5,100 mW/cm² at 385/395/405 nm, measured at 2-inch working distance. Wavelength is factory-configured at order. The conveyor runs a 9-inch polypropylene belt (anti-static option available), adjustable from 1.5 to 12.0 ft/min, with a 1-inch maximum part width and 0.5″–2.0″ adjustable curing height. External control covers PLC, RS-232, and foot switch, with timer and continuous operating modes switchable at…

Large-format UV LED flood lamps are most often run on an open bench with the lamp head suspended above the part — workable, but it leaves the assembly and the operator both exposed to a lamp head that's too large to hand-shield effectively. Built for the Upper End of the L-Series™ Range The Incure C191C is a UV LED curing chamber with a 19.7″×19.7″×13.8″ (500 mm × 500 mm × 351 mm) internal curing space — the largest chamber in the C-Series™ range, and the only one matched to the larger L-Series™ UV LED flood lamps. Where the C131C and C141C both accept only L11 through L44 (a 4-inch × 4-inch maximum footprint), the C191C's 19.7-inch floor area accommodates L-Series™ arrays from 8″×8″ up to 14″×14″. The Only C-Series™ Chamber Built for L88 Through L1414 No other chamber in the C-Series™ range accepts an L88 or larger LED flood lamp — the C131C and C141C both cap out at the L44's 4-inch × 4-inch footprint. The C191C's floor accommodates the L88 (8″×8″), L1010 (10″×10″), L1212 (12″×12″), and L1414 (14″×14″) — the upper range of the L-Series™ typically used for PCB panel-scale curing, conformal coating sections, and large-area gasket and potting processes. For any process running these lamps that needs a controlled, UV-shielded enclosure, the C191C is the only chamber built for it. Confirming which chamber matches a given lamp footprint before ordering is worth a quick check. Email Us with the lamp model and Incure can confirm compatibility. Bringing Enclosed Operation to Production-Scale LED Curing Large-format LED flood lamps are most commonly deployed in open-bench configurations precisely because there hasn't historically been an enclosure large enough to house them. The C191C replaces that open-bench setup with a fully enclosed chamber — providing 360° UV shielding, a drawer-activated UV shut-off, and foot-switch/PLC/RS-232 control integration — without forcing the process onto a smaller lamp just to gain enclosure safety. Forced-air cooling keeps the lamp and chamber at stable operating temperature across extended batch cycles. Internal Space and Construction Internal curing dimensions: 19.7″×19.7″×13.8″ (500 mm × 500 mm × 351 mm); external dimensions: 22.4″×22.4″×15.7″ (569 mm × 569 mm × 399 mm). An adjustable shelf sets curing distance within the 13.8-inch internal height, the same drawer-activated UV shut-off interlock used across the C-Series™ provides the safety cutoff, and control interface options are foot-switch, PLC, or RS-232. Cooling is forced-air with louvers; there is no integrated chamber temperature sensor on this model. An Important Compatibility Gap Worth Noting The C191C has no chamber-compatible lamp in the L64 range — the L64's 6″×4″ footprint doesn't match either the C131/C141 series (capped at L44) or the C191 series (built for L88 and above). A process specifying the L64 flood lamp should plan for open-bench operation or a different enclosure strategy rather than assuming a C-Series™ chamber covers it. Choosing Between the C-Series™ Chambers For L11, L22, L33, or L44 lamps within the 4-inch × 4-inch footprint, the C131C or C141C is the correct chamber instead. For…

Curing a single component and curing a full production batch aren't the same process, and a chamber that only handles one of them forces a choice between an undersized cure environment and an oversized one. The Mid-Range Batch Chamber in the C-Series™ The Incure C141C is a UV LED curing chamber with an 11.8″×11.8″×11.8″ (300 mm × 300 mm × 300 mm) internal curing space, compatible with the L11, L22, L33, and L44 UV LED flood lamps. It sits between the compact C131C's 7.1-inch cube, which fits one component, and the large-format C191C, built for the bigger L88-and-above lamp range — the C141C is the general-purpose chamber for assemblies, multi-component loads, and production batches that need more room than the C131C offers without requiring the C191C's larger scale. An Adjustable Shelf the C131C Doesn't Have The C131C has a fixed chamber height with no shelf — lamp-to-part distance is set entirely by the 7.1-inch internal space and can't be changed. The C141C's adjustable shelf positions the part at any height within the full 11.8-inch internal space, letting the curing distance be optimized for the specific LED array and adhesive without swapping the chamber or the lamp. For a process that needs a defined, documented irradiance value at the part surface — not just the lamp's rated output at a fixed distance — that adjustability is what makes the process repeatable and documentable. Confirming whether a fixed-shelf or adjustable-shelf chamber fits a given process is worth a quick check. Email Us with the process requirements and Incure can confirm the right configuration. Cures Multiple Components Per Cycle The 11.8″×11.8″ internal floor area accommodates multiple components, tray fixtures, or a single larger assembly in one cure cycle — removing the one-part-at-a-time constraint of the C131C's smaller cube. For batch testing, production qualification runs, and low-to-medium volume assembly processes where cycle throughput matters, that capacity increases productivity per cure cycle without changing the lamp, the adhesive, or the cure parameters themselves. Internal Space and Construction Internal curing dimensions: 11.8″×11.8″×11.8″ (300 mm × 300 mm × 300 mm); external dimensions: 14.2″×14.2″×14.2″ (361 mm × 361 mm × 361 mm). A drawer-activated UV shut-off provides the safety interlock, control interface options are foot-switch, PLC, or RS-232, and cooling is forced-air with louvers. There is no integrated chamber temperature sensor on this model. Choosing Between the C-Series™ Chambers The C141C is compatible with L11, L22, L33, and L44 UV LED flood lamps only. For flat substrates that need horizontal drawer loading, the C131D's 11.8″×11.8″×3.1″ drawer is the better format. For single-component or R&D work where bench footprint should be minimized, the C131C's smaller cube fits that case within the same lamp range. For the larger L88, L1010, L1212, or L1414 lamps — which exceed the L44's 4-inch × 4-inch footprint — only the C191C, at 19.7″×19.7″×13.8″ internal, accommodates them. All four are covered together on the Incure B/C-Series™ UV Cure Chambers line post. The Largest Lamp This Chamber's Shelf Accommodates Within the L11–L44 range, the Incure…

A part that loads flat shouldn't have to stand upright inside a cube enclosure just because that's the only chamber format on hand — labels, films, and coated panels have a natural orientation, and a drawer-format chamber is built around it. A Drawer Format for Parts That Don't Stand Tall The Incure C131D is a UV LED curing drawer with an 11.8″×11.8″×3.1″ (300 mm × 300 mm × 79 mm) internal curing space — the only chamber in the C-Series™ range built for horizontal loading rather than a front-door cube. Where the C131C and C141C are cube chambers sized for three-dimensional components with real height, the C131D's 3.1-inch internal clearance is dimensioned specifically for flat work: labels, PCB panels, flexible films, coated sheets, and fixtured parts. 3.1 Inches of Clearance Keeps the Lamp Close to the Substrate At 3.1 inches, the lamp sits close enough to a flat substrate to maximize irradiance delivery from the L11 through L44 lamp heads — the same proximity a cube chamber's extra headroom simply doesn't put to use on flat parts. The C131C and C141C's cubic interiors allocate vertical space that flat substrates never occupy; the C131D's 3.1-inch height puts every bit of that clearance to work instead of wasting it as unused chamber volume above the part. Confirming whether a given process needs a drawer or cube chamber format is worth checking before ordering. Email Us with the part geometry and Incure can confirm the right C-Series™ configuration. Horizontal Drawer Loading — No Repositioning Inside the Chamber Flat substrates load onto the sliding tray in their natural horizontal orientation: pull the drawer, place the part, push the drawer closed, and the drawer-activated UV shut-off interlock starts the cure cycle automatically. There's no lifting a part through a front door, no settling it upright inside a cube, and no repositioning to clear internal edges. For labels, flexible films, and panel fixtures specifically, that loading sequence matches how the parts actually sit rather than forcing an unnatural vertical handling step. 11.8″×11.8″ Floor Area in a Low-Profile Enclosure The 11.8″×11.8″ floor area accommodates the full curing footprint of any L-Series™ lamp from L11 through L44. External dimensions are 15.7″×15.7″×5.5″ (399 mm × 399 mm × 140 mm) — a 5.5-inch total height that makes the C131D the lowest-profile chamber in the C-Series™ range, stackable and bench-efficient in workstations where vertical clearance is limited. Control and Construction Drawer-activated UV shut-off provides the safety interlock; control interface options are foot-switch, PLC, or RS-232. Cooling is forced-air with louvers, and there's no integrated chamber temperature sensor. Tray height is fixed at 3.1 inches and is not adjustable — a part requiring more internal clearance needs a different chamber in the range. Choosing Between the C-Series™ Chambers The C131D is compatible with L11, L22, L33, and L44 UV LED flood lamps only. For three-dimensional components that need more than 3.1 inches of internal height, the C131C's 7.1″ cube or the C141C's 11.8″ cube are the better fit within the same…

A chamber with more volume than the part actually needs doesn't just waste bench space — it forces longer exposure times to compensate for lamp-to-part distance at positions the part never occupies. The Smallest Enclosed Cure Environment in the C-Series™ The Incure C131C is a UV LED curing chamber with a 7.1″×7.1″×7.1″ (180 mm × 180 mm × 180 mm) internal curing space — the smallest cubic chamber in the C-Series™ range, compatible with the L11, L22, L33, and L44 UV LED flood lamps. Where the C141C's 11.8″×11.8″×11.8″ interior is built for batch curing multiple components, the C131C's cube is sized for a single three-dimensional component, an R&D sample, or an adhesive qualification piece — with no excess volume to manage. Smallest Footprint in the C-Series™ — Fits Where the C141C Cannot At 9.1″×9.1″×9.1″ external, the C131C occupies noticeably less bench area than any other C-Series™ chamber — the C141C's 14.2″×14.2″×14.2″ external cube takes up roughly 2.4× the footprint. For cleanroom stations, shared lab benches, QC inspection positions, and R&D areas where only one sample gets cured at a time, that footprint difference determines whether the chamber actually fits the available space. Confirming whether a single-component chamber or a batch-format chamber fits a given process is worth checking before ordering. Email Us with the part size and Incure can confirm the right C-Series™ configuration. Matching Chamber Volume to the Actual Part The 7.1″×7.1″×7.1″ internal space accommodates a typical single component, bonded assembly, or R&D sample without the excess volume that would otherwise force longer exposure times to compensate for lamp-to-part distance at unoccupied positions inside a larger chamber. For adhesive qualification, bonding trials, and prototype cure runs specifically, keeping process scale matched to the actual part matters — it keeps the qualification run consistent with what a production-scale cure will actually deliver, rather than introducing a chamber-volume variable that a full-size batch run won't share. Fixed Chamber Height — No Adjustable Shelf Unlike the C141C and C191C, the C131C has a fixed chamber height with no adjustable shelf; lamp-to-part distance is set by the 7.1-inch internal space and cannot be changed. For a process that needs to vary curing distance for different part heights, that's a real constraint worth weighing against the smaller footprint — the C141C's adjustable shelf covers that use case within the same L11–L44 lamp compatibility. Safety, Control, and Housing A drawer-activated UV shut-off cuts output the moment the chamber is opened. Control interface options are foot-switch, PLC, or RS-232. Cooling is forced-air with louvers, and there's no integrated chamber temperature sensor on this model. Choosing Between the C-Series™ Chambers The C131C is compatible with L11, L22, L33, and L44 UV LED flood lamps only. For flat substrates that need horizontal loading, the C131D's 11.8″×11.8″×3.1″ drawer format is the better fit. For general-purpose batch curing that needs more internal volume, the C141C's 11.8″×11.8″×11.8″ cube covers that case within the same lamp range. For the larger L88 through L1414 lamps, the C191C is the only chamber that accommodates…