Dental - Rayence

forPanorama

Panoramic sensor based on
Rayence's unparalleled technology

The sensor is capable of identifying structural characteristics such as arrangement and occlusion of the entire teeth and lesions.

And, the sensor is capable of providing high quality images even at low doses
with CMOS-based sensors and Rayence's unique technology.

Excellent image quality

Clear distinction of the boundary of alveolar teeth with clear image

Acquires high-quality images by reconstructing sharp focus images in the entire panorama area.

Stable performance

A clear image can be created even at low irradiation doses.

Quick diagnosis is supported without image lag.

1501CF

Key Point

Dynamic range up to 90 kVp

CsI structure enables clear images at low irradiation doses

Supports fast diagnostics without image lag

Specification

Sensor type	CMOS	Pixel Pitch	100
Scintillator	CsI	Active Pixels	1504 x 60
Dimension	175 x 86 x 22	Active Pixels	1504 x 60
Dimension	175 x 86 x 22	Frame Rate	30
Active Area	150.4 x 6.0	Energy Range	40~90

Sensor type	CMOS
Pixel Pitch	100
Scintillator	FOS ( FOP + CsI )
Active Pixels	1504 x 60
Dimension	175 x 86 x 22
Frame Rate	30
Active Area	150.4 x 6.0
Energy Range	40~90

forCBCT

CBCT sensor based on
Rayence's unparalleled technology

The sensor supports treatments with high level of difficulty such as orthodontics, impacted third molar, and temporomandibular disorder.

And, the sensor is capable of providing high quality images even at low doses
with CMOS-based sensors and Rayence's unique technology.

Excellent image quality

Provides high-contrast images with High SNR.

Can identify bone thickness and volume accurately with small pixel size.

Can check precise and three-dimensional status can be checked with low irradiation dose.

Multi FOV

Provides clear images without distortion with various FOVs considering user convenience.

Can check the upper/lower jaw, full mouth, and the upper part of sinus.

*Can check the complex implant including TMJ, oral and maxillofacial reconstruction area.
(*Temporo Mandibular Joint)

0712FCA

small size

Key Point

Provides clear images through noise reduction with optimized high-sensitivity performance

Rugged Product Design

Specification

Sensor type	CMOS	Pixel Pitch	49.5(@1x1) 99(@2x2)
Scintillator	CsI / GOS	Active Pixels	1472 x 2352 (@1x1) 736 x 1176 (@2x2)
Dimension	240.2 x 160.0 x 33.1	Active Pixels	1472 x 2352 (@1x1) 736 x 1176 (@2x2)
Dimension	240.2 x 160.0 x 33.1	Frame Rate	20.5 (@2x2) 75 (@4x4)
Active Area	72.9 x 116.4	Energy Range	~160

Sensor type	CMOS
Pixel Pitch	99 (@1x1)
Scintillator	CsI / GOS
Active Pixels	1472 x 2352 (@1x1) 736 x 1176 (@2x2)
Dimension	240.2 x 160.0 x 33.1
Frame Rate	20.5 (@2x2) 75 (@4x4)
Active Area	72.9 x 116.4
Energy Range	~160

1215CF

small size

Key Point

Dynamic Range: up to 120 kVp

A clear image can be created even at low irradiation doses with CsI structure.

Fast image detection without image lag

Provides Binning mode (2x2, 4x4).

Supported FOV: 10x8, 8x8, 8x5, 5x5

Specification

Sensor type	CMOS	Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI	Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27	Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27	Frame Rate	32 (@2x2) 99 (@4x4)
Active Area	135.8 x 127.5	Energy Range	40~120

Sensor type	CMOS
Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI
Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27
Frame Rate	32 (@2x2) 99 (@4x4)
Active Area	135.8 x 127.5
Energy Range	40~120

1314CF

medium size

Key Point

Dynamic Range: up to 120 kVp

A clear image can be created even at low irradiation doses with CsI structure.

Fast image detection without image lag

Provides Binning mode (2x2, 4x4).

Provides Partial mode.

Supported FOV: 16x9, 12x9, 8x8, 8x5, 5x5

Specification

Sensor type	CMOS	Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI	Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27	Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27	Frame Rate	32 (@2x2) 99 (@4x4)
Active Area	135.8 x 127.5	Energy Range	40~120

Sensor type	CMOS
Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI
Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27
Frame Rate	32 (@2x2) 99 (@4x4)
Active Area	135.8 x 127.5
Energy Range	40~120

1515CF

medium size

Key Point

Dynamic Range: up to 120 kVp

A clear image can be created even at low irradiation doses with CsI structure.

Fast image detection without image lag

Provides Partial mode

Supported FOV: 18x10, 13x10, 8x8, 5x5

Specification

Sensor type	CMOS	Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI	Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27	Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27	Frame Rate	32 (@2x2) 99 (@4x4)
Active Area	135.8 x 127.5	Energy Range	40~120

Sensor type	CMOS
Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI
Active Pixels	1372 x 1288 (@2x2) 686 x 644 (@4x4)
Dimension	230 x 165 x 27
Frame Rate	32 (@2x2) 99 (@4x4)
Active Area	135.8 x 127.5
Energy Range	40~120

1524CF

medium size

Key Point

Dynamic Range: up to 120 kVp

Fast image detection without image lag

Can shoot in high-speed without data loss. (Max. 198fps @2x2)

Specification

Sensor type	CMOS	Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI	Active Pixels	2352 x 1472
Dimension	303 x 235 x 30.3	Active Pixels	2352 x 1472
Dimension	303 x 235 x 30.3	Frame Rate	99 (@1x1) 198 (@2x2)
Active Area	232.8 x 145.7	Energy Range	40~120

Sensor type	CMOS
Pixel Pitch	99 (@1x1) 198 (@2x2)
Scintillator	CsI
Active Pixels	2352 x 1472
Dimension	230 x 165 x 27
Frame Rate	99 (@1x1) 198 (@2x2)
Active Area	232.8 x 145.7
Energy Range	40~120

0909FCB

large size

Key Point

Can acquire an image with high-speed of up to 30 fps.

HHas excellent contrast characteristics.

Implements high SNR with noise reduction.

Specification

Sensor type	CMOS	Pixel Pitch	90 (@1x1) 180 (@2x2)
Scintillator	CsI / GOS	Active Pixels	2284 x 2236 (@1x1) 1147 x 1123 (@2x2) 573 x 561 (@4x4)
Dimension	245 x 245 x 55	Active Pixels	2284 x 2236 (@1x1) 1147 x 1123 (@2x2) 573 x 561 (@4x4)
Dimension	245 x 245 x 55	Frame Rate	33 (@1x1) 75 (@2x2)
Active Area	207.4 x 203.0	Energy Range	40~160

Sensor type	CMOS
Pixel Pitch	90 (@1x1) 180 (@2x2)
Scintillator	CsI / GOS
Active Pixels	2284 x 2236 (@1x1) 1147 x 1123 (@2x2) 573 x 561 (@4x4)
Dimension	245 x 245 x 55
Frame Rate	33 (@1x1) 75 (@2x2)
Active Area	207.4 x 203.0
Energy Range	40~160

1212FCA

large size

Key Point

Applies Rayence's self-developed IGZO TFT.

Can create clear images without distortion and afterimage even at high speed.

Can acquire an image of the same level even at 30% less dose.

Specification

Sensor type	CMOS	Pixel Pitch	194(@1x1) 388(2X2)
Scintillator	CsI	Active Pixels	1120 x 1120
Dimension	334.0 x 326.0 x 49.9	Active Pixels	1120 x 1120
Dimension	334.0 x 326.0 x 49.9	Frame Rate	18(@1x1) 36(2x2)
Active Area	298.0 x 298.0	Energy Range	40~150

Sensor type	CMOS
Pixel Pitch	180
Scintillator	CsI
Active Pixels	1120 x 1120
Dimension	239 x 239 x 60
Frame Rate	33 (@1x1) 75 (@2x2)
Active Area	201.6 x 201.6
Energy Range	40~150

forCephalometric

Cephalometric sensor based on
Rayence's unparalleled technology

It is easy to diagnose accurate orthodontic by acquiring high quality images with which you can check the relationship between the lips, jaw, and upper-lower jaw tooth in the shape and side of the entire facial skeleton.

Excellent image quality

Provides high-quality images with a small pixel size and noise reduction of a structure optimized for cephalometric.

Fast One-Shot scan

Minimizes motion artifact with fast scan

Short shooting time and high resolution enable accurate diagnosis of skeleton problems.

Minimize patient discomfort

Minimize motion artifacts with fast scanning

Rapidly supports wide active area diagnostics
(Max.320fps ; 2602CF)

1210SGA

one-shot

Key Point

One-shot method

Can acquire images fast. (0.7 second; based on Lateral)

High resolution : 3.9 lp/mm

Active area of large area (10x12’’ field of view)

Lightweight sensor (6.6lbs)

Auto-trigger technology

Protects from unnecessary exposure to irradiation dose.

Specification

Sensor type	a-Si TFT	Pixel Pitch	127
Scintillator	CsI	Active Pixels	2560 x 2048
Dimension	402 x 364 x 32	Active Pixels	2560 x 2048
Dimension	402 x 364 x 32	Frame Rate	240
Active Area	352.0 x 260.0	Energy Range	40~150

Sensor type	a-Si TFT
Pixel Pitch	127
Scintillator	CsI
Active Pixels	2560 x 2048
Dimension	402 x 364 x 32
Frame Rate	240
Active Area	352.0 x 260.0
Energy Range	40~150

2301CF

scan

Key Point

Scan method

It is easy to support diagnose by minimizing image distortion.

Can acquire high-quality images at a high speed of 200 fps.

Housing structure with excellent durability

Improves customer convenience with GigE interface.

Specification

Sensor type	CMOS	Pixel Pitch	100
Scintillator	CsI	Active Pixels	2304 x 59
Dimension	251 x 90 x 27	Active Pixels	2304 x 59
Dimension	251 x 90 x 27	Frame Rate	200
Active Area	230.4 x 5.9	Energy Range	40~90

Sensor type	CMOS
Pixel Pitch	100
Scintillator	CsI
Active Pixels	2304 x 59
Dimension	251 x 90 x 27
Frame Rate	200
Active Area	230.4 x 5.9
Energy Range	40~90

2602CF

scan

Key Point

Scan method

It is easy to support diagnose by minimizing image distortion.

Can acquire high-quality images at a high speed of 320 fps.

Housing structure with excellent durability

Improves customer convenience with GigE interface.

Specification

Sensor type	CMOS	Pixel Pitch	100 (@1x1) 200 (@2x2)
Scintillator	CsI	Active Pixels	1120 x 1120
Dimension	110 x 279 x 20	Active Pixels	1120 x 1120
Dimension	110 x 279 x 20	Frame Rate	320
Active Area	259.2 x 15.6	Energy Range	40~90

Sensor type	CMOS
Pixel Pitch	100 (@1x1) 200 (@2x2)
Scintillator	CsI
Active Pixels	1120 x 1120
Dimension	110 x 279 x 20
Frame Rate	320
Active Area	259.2 x 15.6
Energy Range	40~90

forIntra-oral

IO sensor based on Rayence's unparalleled technology

Guarantees durability through tens of thousands of cable bending tests.

CMOS-based sensor can reduce noise and create uniform images with low irradiation dose.

Product which has been proven in the dental X-ray market for over 10 years

Image quality of high resolution

Can obtain consistent high-quality images through a wide range of exposure setting covers.

14.Creates high-resolution images with a pixel size of 8㎛.

Guaranteed durability

Intensive technology design for patient comfort

Secures durability through tens of thousands of bending tests to
protect from impacts that may occur during use.

Perfect waterproof and dustproof

HDI-S

Key Point

Guarantees durability through 12,000 cable bending tests.

Improves diagnostic efficiency by providing dedicated SW.

ODM possible

Specification

Sensor type	CMOS	Pixel Pitch	29.6
Scintillator	FOS ( FOP + CsI )	Active Pixels	676 x 1014 (1.0) 810 x 1115 (1.5) 878 x 1216 (2.0)
Dimension	25.4 x 36.8 x 4.6 (1.0) 29.2 x 39.5 x 4.6 (1.5) 31.5 x 42.8 x 4.6 (2.0)	Active Pixels	676 x 1014 (1.0) 810 x 1115 (1.5) 878 x 1216 (2.0)
Dimension		Frame Rate	-
Active Area	20 x 30 (1.0) 24 x 33 (1.5) 26 x 36 (2.0)	Energy Range	50~100

Sensor type	CMOS
Pixel Pitch	29.6
Scintillator	FOS ( FOP + CsI )
Active Pixels	676 x 1014 (1.0) 810 x 1115 (1.5) 878 x 1216 (2.0)
Dimension	25.4 x 36.8 x 4.6 (1.0) 29.2 x 39.5 x 4.6 (1.5) 31.5 x 42.8 x 4.6 (2.0)
Frame Rate	-
Active Area	20 x 30 (1.0) 24 x 33 (1.5) 26 x 36 (2.0)
Energy Range	50~100

HDI-P

Key Point

Guarantees durability through 12,000 times of cable bending tests.

Improves diagnostic efficiency by providing dedicated SW.

ODM Possible

Specification

Sensor type	CMOS	Pixel Pitch	14.8
Scintillator	FOS ( FOP + CsI )	Active Pixels	1352 x 2028 (1.0) 1620 x 2230 (1.5) 1756 x 2432 (2.0)
Dimension	25.4 x 36.8 x 4.6 (1.0) 29.2 x 39.5 x 4.6 (1.5) 31.5 x 42.8 x 4.6 (2.0)	Active Pixels	1352 x 2028 (1.0) 1620 x 2230 (1.5) 1756 x 2432 (2.0)
Dimension		Frame Rate	-
Active Area	20 x 30 (1.0) 24 x 33 (1.5) 26 x 36 (2.0)	Energy Range	50~100

Sensor type	CMOS
Pixel Pitch	14.8
Scintillator	FOS ( FOP + CsI )
Active Pixels	1352 x 2028 (1.0) 1620 x 2230 (1.5) 1756 x 2432 (2.0)
Dimension	25.4 x 36.8 x 4.6 (1.0) 29.2 x 39.5 x 4.6 (1.5) 31.5 x 42.8 x 4.6 (2.0)
Frame Rate	-
Active Area	20 x 30 (1.0) 24 x 33 (1.5) 26 x 36 (2.0)
Energy Range	50~100

HDI-1000

Key Point

Guarantees durability through 25,000 cable bending tests.

Improves diagnostic efficiency by providing dedicated SW.

Specification

Sensor type	CMOS	Pixel Pitch	35
Scintillator	FOS ( FOP + CsI )	Active Pixels	944 x 686 (1.5)
Dimension	29.2 x 38.7 x 4.95 (1.5)	Active Pixels	944 x 686 (1.5)
Dimension	29.2 x 38.7 x 4.95 (1.5)	Frame Rate	-
Active Area	944 x 686 (1.5)	Energy Range	50~100

Sensor type	CMOS
Pixel Pitch	35
Scintillator	FOS ( FOP + CsI )
Active Pixels	944 x 686 (1.5)
Dimension	29.2 x 38.7 x 4.95 (1.5)
Frame Rate	-
Active Area	24 x 33 (1.5)
Energy Range	50~100

Rayence

forPanorama

Panoramic sensor based on Rayence's unparalleled technology

Excellent image quality

Stable performance

1501CF

Key Point

Specification

forCBCT

CBCT sensor based on Rayence's unparalleled technology

Excellent image quality

Multi FOV

0712FCA

Key Point

Specification

1215CF

Key Point

Specification

1314CF

Key Point

Specification

1515CF

Key Point

Specification

1524CF

Key Point

Specification

0909FCB

Key Point

Specification

1212FCA

Key Point

Specification

forCephalometric

Cephalometric sensor based on Rayence's unparalleled technology

Excellent image quality

Fast One-Shot scan

Minimize patient discomfort

1210SGA

Key Point

Specification

2301CF

Key Point

Specification

2602CF

Key Point

Specification

forIntra-oral

IO sensor based on Rayence's unparalleled technology

Image quality of high resolution

Guaranteed durability

HDI-S

Key Point

Specification

HDI-P

Key Point

Specification

HDI-1000

Key Point

Specification

Panoramic sensor based on
Rayence's unparalleled technology

CBCT sensor based on
Rayence's unparalleled technology

Cephalometric sensor based on
Rayence's unparalleled technology