Machine Vision Light

LXV-PF

High Power Strobe Light

The brightness of illumination can improve 5-14 times by using the special power controller to achieve a high-power strobe illumination.
By microsecond exposure, the maximum brightness can up to 5 million LX, so that the imaging contrast is obvious.

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Key Features

The brightness of illumination can improve 5-14 times by using the special power controller to achieve a high-power strobe illumination.
By microsecond exposure, the maximum brightness can up to 5 million LX, so that the imaging contrast is obvious.

Applications

High speed and low exposure time inspection.
Semiconductors and electronic component defect inspection.
Metal component defect inspection.
Pharmaceuticals and food package defect inspection.

Inspection fit

Microsecond high-power strobe illumination for fast motion and short exposure

LXV-PF combines ring, shadowless, coaxial and bar-light forms with a dedicated strobe controller. The documented illumination increase is 5–14 times, with brightness up to 15 million lx under microsecond exposure conditions.

Output mode: High-power strobe; Dedicated controller
Brightness increase: 5–14×; Documented range
Peak reference: Up to 15,000,000 lx; Microsecond exposure
Supply: 48 V; All listed light heads
Geometries: Ring / shadowless / coaxial / bar; 14 models

High-speed inspection

Freeze moving targets using short camera exposure.

Semiconductor characters

Increase character contrast on chips and electronic parts.

Metal defects

Reveal scratches and surface features at production speed.

Packaging

Inspect pharmaceutical and food-package defects with the appropriate geometry.

Model selection

Select the optical geometry before matching current and controller capacity

All fourteen light heads use 48 V, but current depends on geometry, size and colour. Keep both current values in each row attached to that exact model.

1
Freeze the motion
Set the exposure and line speed that the strobe must support.
2
Choose the light path
Use ring, shadowless, coaxial or bar geometry for the target.
3
Match the exact current row
Do not transfer current between sizes or colours.
4
Use the dedicated controller
Validate trigger timing and thermal duty with LXV-4STU4860-4.

Model code

Read the product model pattern

LXV-PF-[RN / 2HPR / 3COX / 4BR]##-R/G/B/W

LXV-PF: High-power strobe family
Form: Ring, shadowless, coaxial or bar
##: Geometry-specific size
R/G/B/W: Colour

Verified model data

LXV-PF model and optical selection tables

Each value remains attached to its own model or lens row.

PF light-head models

Model	Voltage	Current · R	Current · G/B/W	Spectral reference	Weight	Controller	Drawing	Common
LXV-PF-RN36	48 V	5.4 A	5.4 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	46 g	Strobe	1	Y
LXV-PF-RN54	48 V	10.8 A	10.8 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	76 g	Strobe	2	Y
LXV-PF-RN75	48 V	21.6 A	21.6 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	85 g	Strobe	3	Y
LXV-PF-RN7430	48 V	10.8 A	12.6 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	106 g	Strobe	4	Y
LXV-PF-2HPR75	48 V	12 A	12 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	235 g	Strobe	5	Y
LXV-PF-2HPR100	48 V	21.6 A	21.6 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	416 g	Strobe	6	Y
LXV-PF-3COX40	48 V	16 A	16 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	198 g	Strobe	7	Y
LXV-PF-3COX50	48 V	18 A	21.6 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	268 g	Strobe	8	Y
LXV-PF-3COX60	48 V	27 A	32.4 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	370 g	Strobe	9	Y
LXV-PF-3COX100	48 V	48.6 A	64.8 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	938 g	Strobe	10	Y
LXV-PF-4BR9016	48 V	10.8 A	10.8 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	105 g	Strobe	11	Y
LXV-PF-4BR12016	48 V	10.8 A	14.4 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	132 g	Strobe	11	Y
LXV-PF-4BR10030	48 V	18 A	18 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	166 g	Strobe	12	Y
LXV-PF-4BR12530	48 V	18 A	21.6 A	R 620–630 / G 525–530 / B 465–470 nm / W 6600 K	200 g	Strobe	12	Y

PRODUCT FAQ

Questions to confirm before choosing LXV-PF

What is LXV-PF used for?

LXV-PF is specified for High speed and low exposure time inspection; Semiconductors and electronic component defect inspection; Metal component defect inspection; Pharmaceuticals and food package defect inspection. The final result should be verified with the real target and inspection geometry.

How can I discuss whether LXV-PF fits my inspection task?

Check the specification table, compare the feature and application notes, then share sample images, drawings, field of view, working distance, exposure, trigger mode, and speed requirements for model selection support.

Can LXV-PF be quoted or configured for a specific project?

Use the enquiry form with the model code and project constraints. Dimensions, wavelength, cabling, mounting, controller mode, and related accessories can be confirmed against the real inspection condition.

DIRECT ENQUIRY

Get a Customized Quotation

Need specific dimensions, custom wavelength LED combinations, or special cabling? Our optical engineering and sales offices are ready to assist.

Sales contact

Response path: Include the inspection constraints with your enquiry

Sample Testing Support

Share target workpiece samples, drawings, and imaging requirements so the lighting setup can be discussed against real inspection constraints.

Engineering Inquiry & Selection Support

Select your request type below. Our optical engineering and sales team replies directly with technical feedback, quotation, or sample loan procedures.

All inspection requirements, target drawings, and sample test images remain strictly confidential.

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Message / Requirements

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Inspection target, defect, or applicationPart material and surface conditionCamera, lens, field of view, and working distanceLine speed, exposure, trigger, and mounting limits

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Related Products

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Model

Voltage

Current · R

Current · G/B/W

Spectral reference

Weight

Controller

Drawing

Common

LXV-PF-RN36

48 V

5.4 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

46 g

Strobe

LXV-PF-RN54

48 V

10.8 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

76 g

Strobe

LXV-PF-RN75

48 V

21.6 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

85 g

Strobe

LXV-PF-RN7430

48 V

10.8 A

12.6 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

106 g

Strobe

LXV-PF-2HPR75

48 V

12 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

235 g

Strobe

LXV-PF-2HPR100

48 V

21.6 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

416 g

Strobe

LXV-PF-3COX40

48 V

16 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

198 g

Strobe

LXV-PF-3COX50

48 V

18 A

21.6 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

268 g

Strobe

LXV-PF-3COX60

48 V

27 A

32.4 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

370 g

Strobe

LXV-PF-3COX100

48 V

48.6 A

64.8 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

938 g

Strobe

LXV-PF-4BR9016

48 V

10.8 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

105 g

Strobe

LXV-PF-4BR12016

48 V

10.8 A

14.4 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

132 g

Strobe

LXV-PF-4BR10030

48 V

18 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

166 g

Strobe

LXV-PF-4BR12530

48 V

18 A

21.6 A

R 620–630 / G 525–530 / B 465–470 nm / W 6600 K

200 g

Strobe

Questions to confirm before choosing LXV-PF