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Print-to-cut Register Control Systems
Print-to-cut Register Control System CT6000



Unrivaled Reliability and Operability!Introducing the Print-to-cut Register Control System

From small food wrapping machines to lớn large offset rotary presses, print-to-cut register control system Cutmatic CT6000 features cut positioning control of any sheeter and folder, face-back matching, pre-print sheeting, and overprint. Significant improvements in performance have been achieved through high-speed processing & the ability to select the optimum control mode (Control A, B and C) for each website operation. Implementing a LCD cảm ứng panel that functions as both a display and a means of inputting data has simplified the panel, improving operability.

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Mark search function

The mark search function recognizes part of a pattern as a mark using a time-tested conventional controller.

LCD cảm ứng panel both enables operation và shows information

The LCD cảm ứng panel enables the data necessary for an operation to lớn be entered, & displays various parameters, gate mark waveforms, deviations, repeat lengths và other information. The color screen makes it easy to understand the operating status of the controller.

A panel designed with operability in mind

The frequently-used motor operation switch has a user-friendly design that maintains a conventional sheet switch, which enables finger operation by the operator. This has also reduced the frequency with which the cảm ứng panel is used, extending its life.

High processing speed

A single-chip microprocessor guarantees high-speed processing. (50% UP)

Fail-safe circuit

The system automatically stops, reducing paper waste, when normal operation is impossible such as when signals from the sensor cannot be detected or when the web speed slows down.

Built-in check function

The controller is equipped with a self-diagnostic function khổng lồ verify operation in the event of a breakdown. As the line speed & the encoder pulse count can be displayed, the user can check whether the encoder is functioning normally & identifying malfunctioning areas has become easier than ever before.

Deviation display và output

By displaying the measured deviation rate (cutting discrepancy) on the cảm ứng panel as a graph, movements in the print-to-cut register can be instantaneously confirmed. It is also possible to record the deviation rate by analog voltage. (±5V DC)


System Diagram



Operating under microprocessor control, the controller processes electric signals from the scanning head and the encoder. Control mode, gain, etc. Can be set lớn control parameters. The correction motor is driven by controller correction signals.


The optical fiber sensor was developed to enable detection at a constantly stable level, further improving the detection capability of a conventional S/H (sample/hold) circuit. The sensor uses a halogen lamp, which produces a high màu sắc temperature, và provides an outstanding color rendition. The sensor is superb at detecting marks with pale color combinations and adapts well khổng lồ special webs. The circuit has also been designed khổng lồ extend the life of the lamp, which has increased 1.7 times (5,000 hours). All of these improvements have made the sensor extremely easy khổng lồ use.

Our industrial chillers pull heat from equipment, maintaining a temperature to ±1°F khổng lồ prevent spikes, no matter how many processes you use.


With over 40 years of experience designing và building process chillers for industrial applications, we help keep your equipment cool even in the heat of production. Our industrial chillers come as a complete packaged unit that can simply be dropped in place và turned on. The internal tank helps maintain a cold-water temperature khổng lồ ±1°F lớn prevent temperature spikes, no matter how many processes are operating. You can count on us khổng lồ build reliable & custom solutions for every industrial process cooling application. Our chillers take the heat, so you don"t have to!


Industrial chiller applications

Our industrial chillers use process cooling lớn draw heat away from your equipment during production. They are ideal for a variety of industries & applications, including:


Plastics, such as injection molding

Food và beverage

Pharmaceutical và chemicals

Commercial printing

Transportation manufacturing

Metal finishing

Composite manufacturing

Laser cutting

Machine tooling & die-cutting


Regardless of your industry and process, adequate process cooling is critical lớn your productivity and cost savings. Tell us about your application, & we’ll design a chiller for you.

How industrial chillers work

During production, industrial processes generate heat from friction, equipment, or burning. Our industrial chillers use process cooling to lớn direct heat away from the equipment. They help maximize the lifetime of your components & keep your production moving. Process chillers are different than standard HVAC systems that you have in your trang chủ or office. A pumping system directs cool fluid from the chiller to your process to lớn remove heat, and then returns the warm liquid khổng lồ the chiller. By eliminating the heat using the process water, your equipment stays cool. Process industrial chillers have four main components, each playing a vital role in the cooling process:


Evaporator: As the first step in the cooling phase, process water enters the evaporator, và the heat starts khổng lồ boil the refrigerant, which transforms it from a low-pressure liquid lớn a low-pressure gas.

Compressor: Inside the compressor, the gas converts from low-pressure to high-pressure before traveling khổng lồ release its heat in the condenser.

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Condenser: Ambient air or condenser water cools the high-pressure gas, condensing it back into a low-pressure, low-temperature liquid.

Expansion Valve: Finally, the liquid refrigerant travels to the expansion valve và enters the evaporator and begins the cycle again.