KLK combines motion control, machine vision, surface treatment, printing and curing technologies to solve real production requirements across different product geometries.
Servo
Motion Control
CCD
Vision Alignment
UV
Curing Systems
Industrial printing performance depends on the interaction between positioning, motion, surface preparation, ink transfer and curing. KLK integrates these functions into the machine architecture.
Servo-driven positioning and synchronized movement support repeatable product handling and multi-axis machine coordination.
Vision-assisted positioning can be used when product orientation, registration or reference-point accuracy is important.
Surface treatment can improve ink adhesion on selected plastic substrates when required by the application.
Curing configurations can be selected according to ink system, product material, production speed and process requirements.
Recipe management, parameter control, alarms and machine operation are organized through industrial control systems.
Automatic loading, unloading, transfer and product handling can be integrated around the printing process.
A bottle printing line, for example, may require feeding, orientation, CCD positioning, flame treatment, multi-color printing, UV curing and unloading as one synchronized process.
Instead of presenting technology as isolated features, KLK selects and combines the functions needed to achieve the required print quality, throughput, registration and automation level.
The objective is to apply the right level of technology to the production problem—balancing performance, complexity, maintainability and investment.
01
Identify the actual production challenge.
02
Choose technologies that solve it.
03
Build them into one machine system.
04
Confirm the result through testing.
KLK combines motion control, machine vision, surface treatment, printing and curing technologies to solve real production requirements across different product geometries.
Industrial printing performance depends on the interaction between positioning, motion, surface preparation, ink transfer and curing. KLK integrates these functions into the machine architecture.
Servo-driven positioning and synchronized movement support repeatable product handling and multi-axis machine coordination.
Vision-assisted positioning can be used when product orientation, registration or reference-point accuracy is important.
Surface treatment can improve ink adhesion on selected plastic substrates when required by the application.
Curing configurations can be selected according to ink system, product material, production speed and process requirements.
Recipe management, parameter control, alarms and machine operation are organized through industrial control systems.
Automatic loading, unloading, transfer and product handling can be integrated around the printing process.
A bottle printing line, for example, may require feeding, orientation, CCD positioning, flame treatment, multi-color printing, UV curing and unloading as one synchronized process.
Instead of presenting technology as isolated features, KLK selects and combines the functions needed to achieve the required print quality, throughput, registration and automation level.
The objective is to apply the right level of technology to the production problem—balancing performance, complexity, maintainability and investment.
Identify the actual production challenge.
Choose technologies that solve it.
Build them into one machine system.
Confirm the result through testing.
