3D camera without programming - 创科视觉官网
3D camera without programming
The 3D camera without programming is a high-precision, high-performance and world-class 3D vision sensor jointly launched by CkVision and LMI。 It not only integrates highly intelligent 3D vision software, but also develops a number of series。 Multiple models can be applied to different application industries and projects。

 The three-dimensional smart sensor of the Gocator 2300 series is specially designed to meet the harsh operating environment of the factory. The convenience of its use and the diversity of its design not only save the cost for users, but also greatly improve the production efficiency. The Gocator 2300 is available in a variety of standard models and can also be customized to meet specific application requirements.          
»» Pre calibrated scanning micron level details         
»» High speed and low delay          
»» Set up and control via web browser           
»»Built in measurement tools without user programming          
»» Open source SDK







The Gocator 2400 sensor is designed for 100% detection of challenging targets, such as micro characteristics on small electronic components, and the application of black materials such as tread / sidewall and rubber sheet in high-speed inline applications.
»» It is specially designed for the quality inspection of small parts such as consumer electronics and medical products
»» 2 megapixel image, laser line outline points 1940
»»Maximum field of view to 194mm
»» Maximum measurement range to 210mm




Gocator 2510 and 2520 are the fastest, most compact and most advanced three-dimensional intelligent sensor on the market. Designed for high-performance detection of small parts, it can achieve high-speed scanning (up to 10 kHz), ultra-high X-direction resolution (8 μ m). With a 2-megapixel high-speed imaging chip, an exclusive optimized optical design and a blue laser, it means that when Gocator 2510 / 20 scans the surface of highly reflective objects, it can obtain more excellent data and achieve high repeatability.
»»  Pre calibration before delivery, ready to use
»»  Resolution up to 8 μ m in X direction
»»  10000 profiles per second, including 3D measurements
»»  Set up and control through web browser or SDK
»» Built in measurement tools without any programming
»» Scalability, GDK andGOMAX available


 

Gocator 3210
A snapshot sensor with a measurement accuracy of 35 μ m is used to detect large workpieces.
»» Comprehensive inspection of large parts (such as car parts and components)
»»4 Hz scan frequency in full view
»» 2 megapixel binocular camera minimizes blind areas
»» Field of view up to 154 mm
Gocator 3506
The snapshot sensor with measurement accuracy of 12 μ m aims at various micro electronic components.
»» For various micro electronic components such as mobile phone shell, circuit board, battery and IC
»» 3 Hz scan frequency in full view
»» 5 megapixel binocular camera minimizes blind areas
»»  High repetition accuracy of 2 μ m in production operation speed









                                                                              
 
 

About our testing process:            
The test process of Ck includes the following stages:           
1. Set your goals with Ck's sales engineer  
         
Because each visual project represents a unique set of challenges. Our goal is to understand the key factors for the success of the project. Ck's sales engineers work with you to understand what your test objectives are and what functions best meet them.           
2、 Propose test solutions           
Once the test objectives are defined, we propose a solution that specifically meets those objectives. A typical proposal outlines project tasks, deliverables, schedule, and costs. We use your test requirements and specifications to design solutions that meet your goals.           
3. Improvement proposal           
If necessary, we will improve the proposal to reach a consensus on a final plan to meet all specified test criteria, timelines and budgets.           
4. Implementation plan           
We execute test plans, use our proven test methods and industry best practices, and complete all test tasks on time and on budget.           
Communicate project status with defect reports and test summaries during a test project. Defect reports are available in real time to our sales engineers.           
We provide personalized attention during project execution and at all other stages of the test project.           
5. Project completion and next test cycle plan           
At the completion of the test project, the customer receives the final deliverables of the project. This may be the final report, test automation script, or other test documentation.           
In addition, most projects receive a detailed status report outlining the progress of the test project. This is particularly useful for functional test projects, where you can provide useful summary information about specific problem areas and suggestions for further testing.           
Then, we work with the customer to determine if another test cycle is needed and, if so, how much further testing is needed.

* In order to be able to process the information in time and feedback the results to you,it is recommended to contact us by email:Click send email

* In order to be able to process the information in time and feedback the results to you,it is recommended to contact us by email:Click send email

 



GOCATOR 2300 series models

Model 2320 2330 2340 2350 2370 2380
Number of laser line outline points 1280 1280 1280 1280 1280 1280
Linearity (Z) (percentage of positive and negative measurement range)
0.01 0.01 0.01 0.01 0.04 0.04
Resolving power(X,mm) 0.014 - 0.021 0.044 - 0.075 0.095 - 0.170 0.150 - 0.300 0.275 - 0.550 0.375 - 1.100
Repeatability(Z,μm) 0.4 0.8 1.2 2 8 12
Installation clear distance(CD,mm)  40 90 190 300 400 350
Measuring range(MR,mm) 25 80 210 400 500 800
View(FOV,mm) 18 - 26  47 - 85 96 - 194 158 - 365  308 - 687 390 - 1260
Recommended laser grade 2M 2M 3R 3R 3B 3B
Other laser grades 3R 3R,3B 2M,3B 2M,3B 3R  
Appearance size(mm)
Side Mount
35x120x149.5
Top Mount
49x75x142
Top Mount
49x75x197
Top Mount
49x75x272
Top Mount
49x75x272
Top Mount
49x75x272
Weight(kg) 0.8 0.74 0.94 1.3 1.3 1.3

The following specifications apply to all models of the GOCATOR 2300 series
Scanning speed About 170-5000HZ
Data interface GigE Gigabit Ethernet
Input Differential encoder, laser safety control, trigger
Output Two digital outputs, RS-485 serial port (115K), one analog output (4-20mA)
Input voltage (power) +24 to + 48 VDC (13 w), fluctuation range: + / - 10%
Shell Aluminum alloy fully enclosed fuselage, IP 67 protection grade
Operating temperature 0 ° C to + 50 ° C
Storage temperature -30 ° C to + 70 ° C
Aseismic property Frequency: 10-55HZ, 1.5mm two-way amplitude in X, Y and Z directions, lasting for 2 hours in each direction
Impact resistance 15 g weight for half sine impact, period 11 ms, from X, Y and Z three directions of positive and negative impact


GOCATOR 2400 series models

Model 2410 2420 2430 2440
Linearity in Z direction(+/-%ofMR) 0.015 0.006 0.01 0.01
Resolution in X direction (μ m) (interval data) 5.8-6.2 14.0-16.5 37-57 90-130
Z-direction repeatability(μm) 0.2 0.4 0.8 1.2
Installation clear distance(CD)(mm) 19 60 75 185
Measuring range MR(mm) 6 25 80 183
View(FOV)(mm) 10-10 27-32 47-85 96-194
Size(mm)³ 44X90X145 44X90X145 44X90X145 44X90X190
Weight(kg)³ 0.88 0.88 1.0 1.2

The following specifications apply to all models of the GOCATOR 2400 series
Scanning speed 200Hz, up to 5KHz (Note: 2400 series scan twice as fast as 2300 Series)
Data interface Gigabit Ethernet
Input Differential encoder, laser safety controller, trigger
Output 2X digital model output, RS485 serial port (115kbaud), 1x analog signal output(4-20mA)
Input voltage (power) +24 to + 48 VDC (9 watts); fluctuation range: + / - 10%
Shell Aluminum alloy fully enclosed fuselage, IP67 protection grade
Operating temperature 0°C to 50°C
Storage temperature -30°C to 70°C
Aseismic property Frequency 10 - 55 Hz, 1.5 mm two-way amplitude in X, Y and Z for 2 hours in each direction
Impact resistance 15 g weight for half sine impact, period 11 ms, from X, Y and Z three directions of positive and negative impact

GOCATOR 2500 series models

Model 2510 2520
Number of laser line outline points 1920 1920
Resolution in X direction (μ m) (contour interval data)
8.0 13.0 - 17.0
Linearity in Z direction(+/-%ofMR) 0.015% 0.006%
Z-direction repeatability(μm) 0.2 0.4
Measuring range MR(mm) 6 25
View(FOV)(mm) 13.0 - 14.5 25 - 32.5
Laser grades 2 (blue, 405 nm) 2 (blue, 405 nm)
Size(mm)  46x80x110 46x80x110
Weight(kg) 0.65 0.65

The following specifications apply to all models of the GOCATOR 2500 Series
Scanning speed 2.4 kHz (2510 in full field) / 1.6 kHz (2520 in full field), up to 10 kHz
Data interface GigE Gigabit Ethernet
Input Differential encoder, laser safety controller, trigger
Output 2X digital model output, RS485 serial port (115kBaud)
Input voltage (power) +24 to + 48 VDC (15 watts); fluctuation range: + / - 10%
Shell Aluminum alloy fully enclosed fuselage, IP67 protection grade
Operating temperature 0 °C to 40°C
Storage temperature -30 °C to  70 °C
Aseismic property Frequency 10-55 Hz, 1.5 mm two-way amplitude in X, Y and Z directions, lasting for 2 hours in each direction.
Impact resistance 15 g weight for half sine impact, period 11 ms, positive and negative impact from X, Y, Z three directions

GOCATOR 3000 series models

Model 3210 3506
Scanning speed(Hz) 4 3
Imaging (megapixel) 2 5
Install close(CD)(mm) 164.0 87.0
Measuring range(MR)(mm) 110.0 25.0
View(FOV)(mm) 71.0x98.0-100.0x154.0 27.0x45.0-30.0x45.0
Z-direction repeatability(μm) 4.7 2.0
Resolving power XY(mm) 0.060(CE)-0.090(FE) 0.020(CE)-0.025(FE)
VDI/VDE accuracy(mm)* 0.035 0.012
Size(mm) 49X146X190 49X136X170
Weight(kg) 1.7 1.52
Light source LED blue light(465nm) LED blue light(465nm)
Data interface 1Gb Ethernet 1Gb Ethernet
Input Differential encoder, trigger Differential encoder, trigger
Output 2 digital models output, RS485 serial port (115kbaud), 1 analog signal output (4-20mA) 2X digital model output, RS485 serial port (115kbaud), 1x analog signal output (4-20mA)
Input voltage (power) +24~+48VDC(50W),Fluctuation range:+/-10% +24~+48VDC(25W),Fluctuation range:+/-10%
Shell Aluminum alloy fully enclosed fuselage, IP67 shockproof grade Aluminum alloy fully enclosed fuselage, IP67 shockproof grade
Operating temperature 0℃~45℃ 0℃~+50℃
Storage temperature -30℃~+70℃ -30℃~+70℃
Aseismic property Frequency 10 ~ 55Hz, 1.5mm two-way amplitude in X, Y and Z directions, lasting for 2 hours in each direction Frequency 10 ~ 55Hz, 1.5mm two-way amplitude in X, Y and Z directions, lasting for 2 hours in each direction
Impact resistance 15 g weight for half sine impact, period 11 ms, from X, Y and Z three directions of positive and negative impact 15 g weight for half sine impact, period 11 ms, from X, Y and Z three directions of positive and negative impact


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