01
Color Detection
Recognize and detect surface colors automatically for industrial inspection and process applications.
Automatic RecognitionColor Measurement
Industrial Metrology • Malaysia
Color Measurement Malaysia for Automated Quality Control
Automated color detection and measurement for manufacturing, inspection and industrial automation applications.
Sciengate Automation provides Micro-Epsilon color measurement technology for recognizing surface colors and self-luminous objects across a wide range of industrial applications.
INDUSTRIAL COLOR SENSOR
Color Inspection
● MATCH
ΔE 0.30 reference
Why Color Measurement
Turn color variation into an automated quality signal.
Industrial color sensors can automatically recognize and detect colors, helping manufacturers build color inspection into production and automation processes.
01Automatic color recognition
02Surface and object detection
03Inline quality control
04Machine integration
Color Measurement Solutions
Detect the right color. Control the process.
Sciengate’s Color Measurement solution is based on Micro-Epsilon online color sensors for fast color detection and measurement in automation and manufacturing environments.
The technology can recognize surface colors and self-luminous objects and can be applied to quality control, painting, surface labelling, printing and other automated inspection tasks.
For advanced applications, Micro-Epsilon colorSENSOR systems can compare measured colors against taught reference values and provide evaluation results for machine control.
Read: How High-Precision Color Measurement Works →Core Capabilities
Industrial Color Measurement Capabilities
Build automated color inspection around the surface, target object and production requirement.
02
Color Comparison
Compare measured colors with taught reference colors to support good/bad evaluation.
Reference Based03
Quality Control
Use color measurement as part of automated quality checks where color consistency matters.
Inline Inspection04
Surface Inspection
Detect color differences on suitable reflective, transparent or other target surfaces with an appropriate sensor configuration.
Surface Monitoring05
Self-Luminous Objects
Micro-Epsilon color sensors can recognize self-luminous objects as well as surface colors.
Object Recognition06
Automation Integration
Measurement and evaluation outputs can be connected to PLCs or machine systems depending on the selected configuration.
PLC / MachineAdvanced Color Inspection
ColorSENSOR Technology for Production
A measurement workflow can combine sensor heads, controller evaluation, reference colors and machine outputs.
A
Sensor Head
Sensor heads can be selected according to the target object and surface characteristics.
B
CFO Controller
The controller evaluates measured color information against taught reference values.
C
Teach & Tolerance
Color groups and tolerance spaces can be configured for different shades and production variants.
D
Measurement Output
Evaluation results and measurement values can be supplied to automation or machine systems using supported interfaces.
Applications
Where Color Measurement Is Used
Color detection supports multiple industrial inspection and manufacturing workflows.
Automotive
Color measurement can support automotive component and interior-related inspection applications.
- Component color checking
- Interior seam recognition
- Automated quality inspection
Food & Beverage
Color detection can support production inspection where visual color consistency is part of quality control.
- Product color checking
- Automated inspection
- Process monitoring
Glass Manufacturing
Color and tint inspection can be incorporated into glass-related manufacturing applications.
- Glass tint detection
- Surface inspection
- Quality control
Packaging, Painting & Printing
Color sensors can support color recognition and quality control in packaging, painting, labelling and printing applications.
- Label colour detection
- Paint inspection
- Print color verification
Engineering Workflow
From Color Reference to Automated Decision
A practical color inspection system turns a visual requirement into a repeatable machine signal.
01
Define Target
Identify color, surface and inspection point.
02
Select Sensor
Match sensor head to the target.
03
Teach Reference
Set reference colors and tolerances.
04
Evaluate
Compare live color with the reference.
05
Control
Send result to PLC or machine system.
Related Sciengate Solutions
Connect Color Inspection with Your Factory
Combine metrology, automation and production visibility around the quality requirement.
PM
Precision Measurement
Displacement, distance, position and dimensional measurement.
OEE
OEE & Data Collection
Connect production information with performance monitoring.
4.0
SMART 4.0
Build connected manufacturing and digital production visibility.
HMI
Industrial HMI
Present machine and process information to operators.
FAQ
Color Measurement Malaysia: Common Questions
Useful answers for engineers evaluating automated color detection and inspection.
What is color measurement?
Color measurement uses industrial color sensors to detect and compare surface colors or self-luminous objects for automation, inspection and quality control.
What is color measurement used for in manufacturing?
Color measurement can be used for automated color detection, quality control, surface inspection, product identification and process monitoring in manufacturing applications.
Can color sensors be integrated with PLC systems?
Micro-Epsilon colorSENSOR systems can provide measurement and evaluation outputs for integration with PLCs and machine systems, depending on the selected configuration.
What industries use industrial color sensors?
Sciengate identifies automation, medical packaging, quality control, painting, surface labelling, printing, automotive, food and beverage, and glass-related applications for color detection and measurement.
Need Automated Color Inspection?
Let’s Match the Color Sensor to Your Production Application.
Tell us the material, surface, target color, inspection distance and production requirement. Our engineering team can help identify a suitable color measurement approach.
Talk to Sciengate Engineer →