Products

Full support for 16K UHD imaging (16384pixels x 5μm) 
Provides near-zero distortion (<0.1%) 
Extremely low telecentricity error (<0.1°) 
Maximum support for MTF >0.3 at 60 lp/mm resolution (depending on model)

M72-mount
Supports up to 189.4 x 141.8mm 
Aberration <0.1% 
Telecentricity <0.1° 
Ensures zero perspective error at the edges of a large field of view, suitable for flatness measurements

M72-mount, can be adapted to Hikvision and other industrial camera equipment 
Aberration <0.1%, telecentricity <0.1°, eliminating perspective errors 
Maximum MTF>0.3@76 lp/mm, fully unleash the potential of the 12K camera's 5 μm pixels 
Small telecentricity, very high resolution, suitable for precise measurements; 
No magnification changes in the depth of field range

57.4mm large imaging telecentric lens (compatible with 16K line array cameras) 
Optical ditortion <0.1%, ultra-high resolution enables wide-area high-speed inspection, breaking through the limits of the traditional optical field of view 
Maximum support for the scanning width of 289.9mm 
Maximum MTF>0.3 90 lp/mm, resolution of ≤5μm defects

Maximum compatibility with full-frame face-mount cameras and 8K line-scan F/M58 interface industrial cameras 
MTF>0.3 72 lp/mm for high magnification models 
Dual telecentric structure design, specially designed for large target surfaces 
Widely used in high-precision semiconductor display panel inspection 
Low distortion, good telecentricity, large aperture and large depth of field, suitable for high-end applications

Standard M58-mount for compatibility with mainstream industrial cameras 
Industry-leading optical performance <0.1% aberration and telecentricity 
Solves the field-of-view coverage challenges of large-target-plane cameras with telecentric lenses, enabling the full potential of high-resolution cameras to be realised.
Available in a wide range of magnifications from 1.24X to 0.0938X 
Working distances (WD) from 55mm to 600mm 
Customizable depth of field for different fields of view and accuracy requirements.

Standard C-Mount, compatible with mainstream industrial cameras 
MTF resolution >0.3 100-200 lp/mm 
Working distance coverage 48-500mm 
Magnification range 0.035X-0.46X 
Depth of field customizable
Expandable parallel light source Rapid integration of vision systems

Match C -mount
support 0-199mm working distance
Adaptation 2/3", 1", 1.1" sensor
aperture adjustment (F/#) 4-14

C-mount 
Working distance 200-600mm 
customizable depth of field
Aberration control <0.1% 
Resolution (MTF>0.3) @40-180 lp/mm 
Adaptation for 2/3"-1.1" sensors

C-mount 
<0.1% aberration Ensures data fidelity and reduces calibration costs 
Covers low magnification large field of view (0.165X) to high magnification microscopy (6.0X) 
Working Distance (WD) 85mm-253mm

Supports 1.1-inch (18.5mm) chip 
Adaptable C-mount, adaptable to mainstream industrial cameras 
Covering 0.3X-12X magnification 
Minimum field of view 0.88×0.66mm, maximum field of view 0.73×0.55mm 
Controlled aberration <0.1%, telecentricity <0.1° 
Depth of field customizable, adaptable to the object with large height difference

C-mount 
1.1" (18.5mm) large target surface 
Working distance 110mm 
Maximum field of view up to 46.7 x 34.3mm 
Adaptable to 2/3", 1", 1.1" industrial cameras 
Maximum resolution MTF>0.3@170 lp/mm

<0.1° Telecentricity with <0.1% optical distortion 
Working distance 0.068X-10X 
MTF >0.3 Maximum resolution 220 lp/mm 
Depth of field customizable
Aperture F4-F22

C-mount,compatible with mainstream industrial cameras 
150mm working distance 
Maximum field of view 46.7×34.3mm (0.3X) 
Aberration <0.1% + Telecentricity <0.1°

1.1-inch large target surface 
C-mount 
MTF>0.3 up to 80 (lp/mm) 
Maximum field of view 17.5×12.9mm 
Multi-distance flexible adapted to 185-250mm working distance 
F/# ≤ 22 maintains high signal-to-noise ratio(SNR) imaging

C-mount 
1.2" (19.3mm) oversized target support 
66mm golden working distance 
Maximum field of view 18.3×15.8mm (0.8X) 
MTF>0.3@100 lp/mm 
Supports 1", 1.1", 1.2" industrial cameras

Supports 1.2" (19.3mm) oversized target surface 
113mm golden working distance 
<0.03% aberration 
Maximum field of view 18.3 x 15.8mm (0.8X) 
MTF>0.3@135 lp/mm 
F/#5.0 (1.0X models)

C-mount 
1.2" (19.3mm) large target surface 
155mm working distance 
MTF>0.3 145 lp/mm 
Corresponding field of view (1.2" CCD) max 18.3*15.8mm

150mm super long working distance telecentric lens 
Telecentricity <0.1° 
Aberration ≤0.1% 
Field of view up to 28×23.7mm at 0.3X magnification

Working Distance (WD) coverage from 100mm to 1200mm 
Magnification (Mag) range 0.1X-8.0X 
Adaptable to a wide range of sensor sizes (2/3", 1", 1.1" CCD/CMOS) 
<0.1° Telecentricity 
<0.1% Optical Aberration 
Up to 7.5μm resolution 
Field of view up to 2mm -84mm 
Depth of Field (DOF) up to 73.8mm

Auto Iris 1/2.7" 
F1.6 aperture
Lenses cover the most commonly used focal length range of 5-50mm
Supports both day and night
High resolution for both subject and peripheral environmental images, minimising optical distortion and controlling peripheral light reduction as much as possible.

Supports 1/2.7"", 1/3"", 1/4"" image sensor 
5~50mm, 10x optical zoom 
F1.6 fixed aperture 
Optical Distortion: -10.3% ~ -1.85% (1/2.7"" sensor)

Support 5MP sensor, detail capturing ability far exceeds ordinary 1080P lens.
Optical distortion is only -10.3%~-1.85% (1/2.7"" sensor. 
10x manual zoom (5~50mm): wide-angle coverage of 58.6° (D), telephoto focus of 8.6° (D) for long-distance monitoring. 
Clear low-light imaging, no focus shift for night-vision scenes, and compatible with infrared fill-in light devices.

Electric control, support remote commissioning and automation integration, suitable for unattended scenes 
Access to PLC/industrial control system for automatic switching of focal length 
4MP (2688×1520) HD imaging, meets the needs of 90% of industrial vision inspection 
5~50mm ±5% focal length range 

Motorised focus 1/1.8'' (#14) 8mp 
Focal length 3.6-10mm 
Multi-coated optical glass 
Focus and zoom adjustments screw-locked 
Ideal for environmental monitoring in smart buildings etc.

Manual Iris 1/2", 16mm focal length 
Low aberration and low distortion imaging; 
Multi-coating, effectively suppressing stray light and ghost images 
5 megapixel large depth-of-field image 
Compact design and excellent optical performance;

M12-mount,Optical aberration rate as low as 0.36%-1.13% 
25mm medium-long focal length 
Holds a 5-megapixel sensor 
Adapts to 1/2-inch target surface 
Minimum Object Distance (MOD) 0.3m

M12 Threaded Interface Vibration Shift Resistant 
1/2.5"" Compact Sensor 
Main Light Angle ≤ 4.51° 
Focal Length 12mm 
Optical Aberration -4.44%@1/2.5"

Ring lights are combined with highlight and high-density LED array,irradiate to center from any angle with multi dimensions.

Back light adopted drawing die,high efficiency heat dissipation of the bottom and sides. Small imported LED patches were arranged in high density, improved the uniformity of light, make it possible to design in multiple dimensions, and faster in developing new products.

High bright bar lights are combined with high bright and high-density LED array,shells are made with Al-Mg alloy, add multiple heat sinks offered good condition for the stable use of high bright LED particles, more convenient and flexible installation.

90°coaxial light has a 90°Angle with CCD camera, to adapt to different scenarios, can effectively overcome the reflective light from object surface, better reflect the surface characteristics.Coaxial light adopted high density LED array and translucent mirror combination design, the reflected light illuminate from the direction which is parallel to the optical axis. So avoided the reflection from products' surface, and the uneven can be shown better.

Coaxial light adopted high density LED array and translucent mirror combination design, the reflected light illuminate from the direction which is parallel to the optical axis. So avoided the reflection from products' surface, and the uneven can be shown better.

Arcuate high uniform lights are combined with high density LED patch array, work with high uniform diffused plate to achieve a more uniform illuminating area, can be conveniently used to multi angle emitting, all the four sides can be installed with nut easily and flexibly.

Collimated back light adopted special optical transmission material to improve the light path, and the high density LED patch array improved the uniformity of light efficienty. It makes the design of more dimensions of lights more conveniently, especially it those occasions that require better effect of better parallelity and more clear outline.

Distal parallel coaxial is made up of parallel light source and bilateral remote lens, and the precise optical lens design can eliminate the boundary halo produced by backlight scattering, improve the measurement accuracy of product shape and detect the fine defects on smooth surface.

Four sides bar light is combined with four bar lights, can be adjusted to any angle between 0-90°.

Flat adopted stretch mould design, easy installation and high efficiency in heat dissipation from bottom and sides. High transmission rate material improved the uniformity of light, it makes the design of thinner lights and more dimensions of lights more conveniently. Fit those cases of not high requirements and low costs especially.

High power ring light is combined with high bright &high density large LED particles array, match with condenser lens to emitting to the center with various dimensions.

High uniform bar light are combined with high density LED patch array, work with diffused plate achieve a more uniform illuminating area, can be widely used to more situations conveniently, easy and flexible installation.

Low angle ring lights are combined with highlight and high-density LED array, iradiate to center from any angle at lower working distance with multi dimensions.

Mid-hole back light adopted drawing die and special circuit, different from back light illuminate from front in a large area, easy installation and high efficiency in heat dissipation from bottom and sides. Imported small LED chips were arranged in high density, improved the uniformity o light, make it possible to design in multiple dimensions, especially suitable for large area illuminating, can be used to replace large area emitting no shadow light.

UV light is combined with high density UV LED particle array, make the subtle defects more obviously with multi  dimensions and lower working distance. And the UV light can also lighten the UV gel to achieve the best effects for vision imaging.

Parallel light source is made up of parallel light source and bilateral remote lens, and the precise optical lens design can eliminate the boundary halo produced by backlight scattering, improve the measurement accuracy of product shape and the detection of fine defects on smooth surface.

Spot Light adopted high brightness LED combined with lens, cooperated with coaxial lens to achieve small vision field emitting uniformly.

Dome light is a kind of high uniformity, diffuse reflection, shadowless light. The light emitted from LED lamps go through the multi angle diffuse reflection of cambered surface, illuminating on the surface of target objects, achieve a more smooth image effect. Dome light is appropriate for inspect the surface of reflective curved metal products, make the uneven surface of target object more obviously.

LED particles of shadowless ring light emitting from around, light go through high rate light guide panel, achieve long working-distance high uniform diffused light, avoided the shadow on the reflective surface effectively.

LED particles of shadowless ring light emitting from the top, light go through high rate light guide panel, achieved long working-distance and high-uniform diffused light, avoided the shadow on the reflective surface effectively.

LED particles multi-direction shadowless ring light emitting from all around, the light go through high rate global light guide panel, formed uniform and multi-direction diffused light, avoided the shadow on reflection surface effectively.

The high-brightness shadowless ring light is composed of evenly distributed LED particles passing through the light guide plate from the bottom to form a uniform diffuse light, effectively avoiding the reflection of the LED on the reflective surface. More powerful and further emitting distance are customizable.

The parallel coaxial light source is designed by combining high-power LED particles with a concentrator and an optical lens, which is parallel to the direction of the camera optical axis and irradiates uniformly.It can effectively overcome the reflection of product surface and extract more subtle details of product surface information.

Shadowless square light is formed by evenly distributed LED particles passing through the light guide plate from all sides to form uniform diffused light, add a reflector on the top, avoid the reflection of the LED on the reflective surface effectively, and achieve shadowless low angle and multi-direction uniform illumination from the top.

High brightness line scan light was constructed by high brightness, high density, high power LED particles array, combined with columnar lens and optical coating to achieve more uniform illumination. We adopted aluminum magnesium alloy integrated forming design to make shells, added more heat radiating grooves and air cooling devices, offered good condition for the stable use of high brightness LED particles.

The linear coaxial light source is composed of high-density high-brightness high-power LED particle array, combined columnar lens, optical lens and thin film to make the light more uniform. The shell is designed for magnesium and aluminum alloy forming in one, adding multiple heat sinks and air cooling, providing favorable conditions for the detection of reflective surface.

The high intensity line DOME light is formed by high intensity and high density, high power LED particles. Those LED particles formed uniform reflection with curved inner wall of the outer shell, keep the light even and soft from multi-angle.

AOI light is made up of multi-angle, multi-color and high-density LED particle array, which reflects the size and slope of different surfaces at different angles.

The digital controller provides high precision brightness control for the machine vision LED light, and also realizes stroboscopic control, so as to extend the service life of the light. RS232 communication serial port can be connected to the computer for remote control, providing 256 level brightness control adjustment.

The stroboscopic controller is used to control the output voltage of the LED light source by using the preset pulse width.
It inhibits the internal heating of the LED, which greatly extends the service life of the light source.

The strobe controller turns on and off the output voltage according to the preset pulse width to control the LED light source. Inhibits LED internal heating, thereby greatly extended the service life of light.

Provides two different sizes of Z-axis precision displacement slides: 40 mm and 60 mm.
Aluminium alloy (Black anode) construction  
Travel: 10 mm  
Load Capacity: 19.6 N (2 kgf) – 29.4 N (3 kgf)

The sliding guide rail system enables precise angle adjustment.  
Workbench dimensions: Φ60mm to Φ125mm in various specifications.  
Travel: 360°coarse adjustment, ±5°tight alignment

The direction of movement is θ axis one direction 
Made of high-strength aluminium alloy, sandblasted black anodized, with criss-cross roller bearings, it can achieve high precision and high steeliness.
Load 9.8N(1kgf) ~ 78.4N(8kgf) Various specifications of slide table 
360° coarse adjustment, ±5° tight alignment

The structure incorporates a Gothic arc groove design, allowing the balls to maintain four-point contact with the track at a 45-degree angle. The differential head employs a corresponding driving mechanism to ensure synchronized operation.
Driving method of differential head 
Adopting SUS440C stainless steel, the surface is chemically nickel-plated to improve the rust resistance 
The table is available in various sizes from 25mm~80mm 
Load is available from 39.2N(4kgf)~264.6N(27kgf)

XZ axis two moving directions, vertical lifting and lowering 
Different sizes from 40mm~90mm 
Load 19.2N(2kgf)~58.8N(6kgf)
Minimum scale is 0.01mm

There are four types of movement axes: the X-axis, XY-axis, Z-axis, and XYZ-axis
Handwheels and Rack-and-Pinion Drive Types
Available in sizes from 25mm to 60mm
Minimum scale value is 0.01mm

DV series XYZ three-axis vertical lift 
Micrmeter head drive method
Four different sizes from 40mm~90mm are available 
Load is available from 19.2N(2kgf)~58.6N(6kgf)

X-axis and XY-axis travel directions are available. 
Available in 40mm~60mm sizes. 
The parallelism of the movement is maintained within the tolerance range of 0.02mm/6mm to 0.02mm/13mm.
Load 19.6N(2kgf)~39.6N(4kgf).

X axis, XY axis, XYZ axis Type of Movement 
Handwheel+Pinion and rack 
Load Capacity24.5N(2.5kgf)~49N(5kgf) 
Compact size for easy system integration

The Z-axis dovetail groove gear rack type manual slide table is a precision mechanical module specifically engineered to enable accurate linear adjustments along the vertical (Z-axis) direction. It combines a robust dovetail groove structure with a precise rack and pinion transmission system, ensuring high stability and control accuracy in various precision applications.