A pioneer in automatic control

The corporation currently known as Nireco made its start when in 1931, a German enterprise Askania Werke AG established its Japanese corporation Askania. Five years later, in 1936, Askania reorganized to become a joint-stock corporation, at the same time redirecting its business activity from importing to domestic production of hydraulic-jet-pipe automatic control systems. Eventually, Askania was succeeded by Nihon Regulator, which, based on manufacturing experience and technological know-how gained during the 2nd World War, became a developer and manufacturer of process automation systems. Nihon Regulator made a name for itself as a pioneer in automatic control and was actively involved in industrial development in Japan. Since then, Nireco has come to embody the essential technology of control systems that are used by manufactures at each step of the process, from the procurement of raw materials to the delivery of the finished product, to use resources more effectively, automate processes, save energy and standardize output ? all to help build today's international competitiveness.

Nireco Edge Position Control Systems
(Electric type)

• Nireco Compact Guide Roll Mechanism LCD series

• Nireco Guide Roll Mechanism

• Nireco Motor-Driven Actuator A352

• Nireco Motor-Driven Actuator A151

• Nireco Motor-Driven Actuator A031

• Nireco Motor-Driven Actuator K80

• Nireco Motor-Driven Actuator K62 K62/A

• Nireco Motor-Driven Actuator K12 series

• Nireco Liteguide Amplifier AE61 series

• Nireco Litegude Amplifier AE120series

• Nireco Liteguide Controller AE1000

• Nireco Liteguide Controller AE500

Nireco​ Edge Position Control Systems
(Hydraulic type)

• Nireco Servoguide Mark-Ⅳ D-Series
  PNEUMATIC-HYDRAULIC TYPE

• Nireco Sensing Nozzle SN12G / SN15

• Nireco Servoguide Mark-Ⅳ M-Series
  ELECTLIC-PNEUMATIC TYPE

• Nireco Webguide Amplifier EH321B / EH322B

Nireco Tension Control Systems

• Nireco Electro-Pneumatic Converter EN40

• Nireco MC Tension Sensor

• Nireco MG Tension Sensor

• Nireco MB Tension Sensor

• Nireco CJ Tension Sensor

• Nireco MJ Tension Sensor

• Nireco TSA Tension Sensor

• Nireco Open loop Tension Control System TCD050

• Nireco Open loop Tension Control System TCD030

• Nireco Tension Meter TM310T

• Nireco Tension Meter TM340

• Nireco Tension Controller TC680A/D

• Nireco Tension Controller TC920V

Automaic Register Control Systems

• Nireco Automaic Register Control System MR5500

Print-to-cut Register Control Systems

• Nireco Print-to-cut Register Control System CT6000

Paper Checker PC300/210

• Nireco Tension Control Systems

• Nireco Automatic Register Control Systems

• Nireco Print-to-cut Register Control Systems

Nireco Defect Inspection System
for Plain Surfaces

• Nireco Defect Inspection System for Plain Surfaces

Nireco Gluing Control Systems

• Hot Melt System
• Cold Glue System
• Gluing System Components
• Inspection System Components
• Related Equipment

Nireco Agricultural Produce
Quality Inspection Systems

Compact, Neat Design
Release of Space-Saving Ultrasonic Sensor

The Ultrasonic Sensor UH05 is an EPC (Edge Position Control) sensor developed for use with transparent film and photosensitive materials. Its installation in a space-saving space has become possible, which was difficult until now, and the designability has been improved so that it fits neatly into a compact machine. It can detect the edge of a web with high accuracy and is not affected by irregularities in the coating near the edge of transparent film and printed patterns. Conventional optical sensors cannot do this. The UH05 Ultrasonic Sensor can be combined with Nireco' s controller to configure an electrical EPC system or an electrohydraulic EPC system. The recess length of the UH05 (the distance from the detection center position to the inner side of the casing) is fixed at 30 mm.

The HE120A is a high temperature EPC sensor for use in temperatures of up to 300° C for detecting edges via the transmission method

This optical sensor for the detection of the position of(non-transparent) webs has a wide field of view (280 mm) so there is no need to move the sensor to the web end position every time the web width changes.

At-roller-surface detection and off-roller detection

This system can be used in both at-roller-surface detection (that reduces the effects of play in the web on detection) and off-roller detection (that reduces the influence of the type of roller material on detection).

Line Follower Head LH500 is a sensor that optically detects register lines or patterns printed on a web and, in combination with a controller (*1), can be used to form an EPC (Edge Position Control) and LFC (Line Follower Control) system

The LH110 can be used on slitting machines as the sensor to optically detect register lines or patterns printed on the web. In combination with an amplifier (Liteguide Controller AE1000, AE900L or Webguide Amplifier EH321A), the LH110 can form an EPC (Edge Position Control) and LFC (Line Follower Control) system.

Line Follower Head LH19 is a sensor which optically detects meander of register lines or patterns printed on or edges of webs, This meander sensor can be used safely for a long time since it uses SPD as the sensing element and white LED as the light source.

The Photohead is the sensor of an EPC (Edge Position Control) system. It uses optical means to detect the edge of a strip (web).
The sensor signal is transmitted to an amplifier, and the amplified output signal is forwarded to a hydraulic jet pipe type controller or a servo valve, controlling the strip edge, so that it remains at the determined position.
If the operating environment of the Photohead is exposed to airborne dust, or if there is the risk that oil or water droplets etc. could fall onto the Photohead projector lens, use a sensor with the air purge specification.

The CMOS linear sensor (model SLH30) is a sensor used in our EPC (Edge Position Control) system. It uses projected LED light and a CMOS line sensor to detect the edge position of the web (the product in sheet form). The SLH30 is an EPC sensor that has been developed to be able to detect a wider range of materials.
Webs that are difficult to detect (such as tire cord, netting, non-woven fabric, electrical wires) can be detected. In addition, the 4096-pixel CMOS line sensor gives an excellent linearity and responsiveness

Consistently detects changes in the edge position of transparent/thin/reflective webs - over a wide field of view.　

Not only is the Ultrasonic Autowide Sensor UHW resistant to changes in ambient temperature and humidity, this sensor for the detection of meandering web edges has outstanding features, including a function that automatically corrects the level of ultrasonic transmission when the thickness of the detected web changes. The Ultrasonic Autowide Sensor UHW is a meandering web edge detector that saves time and labor, and is easy to use.

Consistently detects changes in the edge position of transparent/thin/reflective webs - over a wide field of view.

The ultrasonic Autowide sensor is able to detect -- over a wide field of view -- the edge of webs that are transparent or are thin films or have other qualities that make them difficult to be detected by optical sensors.
Not only is the ultrasonic Autowide sensor UHW280 resistant to changes in ambient temperature and humidity, this sensor for the detection of meandering web edges has outstanding features, including a function that automatically corrects the level of ultrasonic transmission when the thickness of the detected web changes.
The ultrasonic Autowide sensor UHW280 is a meandering web edge detector that saves time and labor, and is easy to use.

Consistently detects changes in the edge position of transparent/thin/reflective webs - over a wide field of view.

The ultrasonic Autowide sensor is able to detect -- over a wide field of view -- the edge of webs that are transparent or are thin films or have other qualities that make them difficult to be detected by optical sensors.
Not only is the ultrasonic Autowide sensor UHW051 resistant to changes in ambient temperature and humidity, this sensor for the detection of meandering web edges has outstanding features, including a function that automatically corrects the level of ultrasonic transmission when the thickness of the detected web changes.
The ultrasonic Autowide sensor UHW051 is a meandering web edge detector that saves time and labor, and is easy to use.

It can detect the edge of a web with high accuracy, not affected by irregularities in the coating near the edge of transparent film and printed patterns, which is conventionally impossible by optical sensors. Combined with Nireco,s controller, an electrical EPC system and electro-hydraulic EPC system can be constructed. The UH01A is a version of our UH01 ultrasonic sensor with a longer internal length(the distance from the sensor center position to the inner side of the casing). Internal lengths of 200mm, 300mm, 400mm and 500mm are available. The internal length of the UH01 is 60mm (fixed).

A sensor most suitable for sensitive materials that does not use ultraviolet or infrared as the light source

Easy detection setup eases the burden on the users

The Photohead PH22 is a sensor designed to detect a transparent web or a nonwoven fabric as a detector for EPC. The sensor adopts SPD as the detector element and white LED as the light source to offer a long time, safe operation of meandering detection.

The Photohead photoelectrically detects the web edge.

As a pulsed infrared light emitting diode (LED) is used as the light source, the Photohead can be applied for a web such as photosensitive paper, which is adversely affected by light.

The Photohead PH21 photoelectrically detects the web edge.
This sensor is a miniaturized model of PH16B, but with the same functions.

High-Torque Electric Actuator
Release of DC Motor Specifications
The Linear Actuator K300 is connected to a Liteguide controller and is mainly used for EPC systems. Linear actuators are solidly built, with an integrated speedreduction (spur gear) and ball screw

Compact, with a full range of functions!
Separated monitor version available!
The display unit and the operating unit feature a color touch-screen panel, for enhanced visibility and ease of use.
In addition, increasing the input circuits enables CPC control and increases the choice of sensor options

The The K50 is connected to a controller (AE550/AE560/AE500) and is mainly used in EPC systems.
This linear motion actuator has a robust construction that features a reduction mechanism (spur gear) and ball screw as a single piece

Faster, labor-saving, more user-friendly to meet your needs!

This Compact Guide Roll Mechanism is Nireco' s EPC (Edge Position Control) system that seeks to achieve both ease of use and cost performance that are essential to web conveyors. Nireco sells integrated systems that use the center-pivot approach that puts very little load on the web and integrates the guides, controller and sensors. In response to strong market needs, Nireco will soon begin sales of a new guide roller system that saves time and labor, and is easy to use.

The Guide Roll Mechanism is used to correct meandering of the traveling web. The Guide Roll Mechanism is available with the center pivot system and the end pivot system.
NIRECO provides the guide roll mechanism suited to the requirements of web material quality, width, tension, correction quality and speed and installation conditions of a machine by applying its long experience of EPC technologies.

The A352-150-20 AC servo actuator is connected to a servo driver and a strip guide amplifier. This model is primarily used as an actuator (drive) for EPC systems. The totally enclosed structure of the actuator combines a highly efficient ball screw and an AC servo motor. The ball screw is driven by the forward or reverse rotation of the AC servo motor. The ball screw nut moves in the direction of the thrust, generating an external reciprocating motion.

The motor-driven actuators in the A151 series are connected to an SP-151 AC servo driver unit and are used primarily for EPC systems. Direct-acting actuators are solidly built, with an integrated reduction gear and ball screw.

The Motor-Driven Actuator A031 is connected to an SP-151 AC servo driver unit and is used primarily in EPC systems. Direct-acting electric actuators are solidly built, with an integrated speed-reduction gear (planetary gear) and ball screw, which minimizes gear backlash.

The Actuator K80 is a high-precision rotary model in combination with a high-power DC motor and a planetary gear.

The K62 series is a strong actuator combined into a single structure with a planetary gear and ball screw.
In addition, the K62 actuator uses a high-output DC motor and has the highest thrust of the K series.
Its sister-product, the K62/A actuator, is equipped with an internal centering-sensor.

We have translatory and rotary models in the K12 series, and both types are strengthened to withstand thrust load.
In addition, they are constructed to control thrust direction as much as possible and combining the translatory motor-driven actuators with planetary gear and ball screws in a single structure provides a strong and precise actuator.

The Liteguide Amplifier AE61E performs high precision Center Position Control (CPC) and Edge Position Control (EPC) in combination with the Autowide Sensor (AWE280), Motor-driven Actuator (K12) and Remote Control Unit. The Remote Control Units are provided for single circuit and twin circuit types.

We offer two model types for the AE120 Liteguide Amplifier series, a panel attachment type and a wall attachment type.

Autowide Sensor AWE280

The Liteguide Controller AE1000 carries out EPC （Edge Position Control） through a combination of Photoheads （PH16B） and Ultrasonic Sensor （UH01）, CPC （Center Position Control） through a combination of Photoheads and Autowide Sensor （AWE280 etc.） and LFC （Line Follower Control） through a combination of LH19 and LH110

The Servoguide MK-IV is a new type of hydraulic controller which embodies our long experience and technology in the field of web control.

The Servoguide MK-IV.D is a pneumatic-hydraulic Edge Position Control(EPC) device. The edge sensors are pneumatic, which gives them an extremely simple structure, while the controller is a robust, yet highly responsive, hydraulic unit. Control is precise and maintenance is simple.

The Sensing Nozzle pneumatically and continuously detects the displacement of a web edge without contacting the web. The air pressure for detection is sent to the diaphragm detecting element of the hydraulic controller or the pneumoelectric transducer.

The Sensing Nozzle (SN12) is designed for light industries such as paper, film and textiles. Low-pressure air is blown onto the web edge, therefore, blowing problems may be expected if web material is gauze or the tension is weak. In such a case, a guide bar is used to maintain a constant path line for the web. This sensing nozzle delivers the same performance as the SN15, in a smaller and more lightweight package. Use it in cramped areas where an SN15 won't fit.

The Servoguide MK-IV is a new type of hydraulic controller which embodies our long experience and technology in the field of web control.

The Servoguide MK-IV.M is an electro-hydraulic EPC device. This is the most precise and responsive control method currently available. We also offer a full range of sensors for all applications and reliability needs, and hydraulic servo valves for all loads and operating speeds. Besides EPC, these components can be used in systems for LFC(Line Follow Control) and CPC(Center Position Control) and various servo mechanisms

M121-AM  Single standard
The Model M121-AM receives a signal from the web guide amplifier and converts it into a hydraulic control signal. One Servoguide MK-IV M-series controller is mounted in the hydraulic pump unit. The model is equipped with an AUTO / MAN selecting function, which enables the controller to be swiched from automatic to manual operation, and the reel stand to be moved right and left manually

M220-AM Twin standard
Two Servoguide MK-IV M series controllers are mounted on one hydraulic pump unit in the M220 model, for economic and compact instrumentation when more than one EPC system such as a laminator line or a multi-stage guide roll is installed nearby

M721-AM High-load controller
The Model M721-AM is a high-powered Servoguide for high loads and high speed lines.

M550-AM High pressure / High resolution-type controller
The Servoguide Unit Model M550-AM is a controller suitable for use with high-pressure, high-precision lines, using general-purpose industrial servo valves developed by Nireco as its control elements

M810-AM High-load controller
The Model M810-AM controller incorporates our industrial servo values (Powerguide), giving it greater power output and responsiveness than other models

The Web Guide Amplifier amplifies signals from the sensors to operate the Servoguide controller, and also functions as a controller.

Changeover between automatic and manual operation can he done with the manual operation pushbutton switch. Truce models are available depending in the type of sensor.

The Booster Amplifier is capable of amplifying the control signal of the tension controller into signals necessary for operating the electromagnetic and clutch.

The TB800 booster amp amplifies the 0 to 10-V control signal output of the tension controller to a maximum of 6 A. Although the TB820 is used with the same purpose as the TB800, the TB820 has attenuation, bias, and AUTO/MAN operational features.

When the air brake or air clutch is used to control tension, the tension controller output current signals are converted into pneumatic signals by the electro-pneumatic converter.

The EN40 electro-pneumatic converter uses the characteristics of moving coils and nozzle flappers to convert electrical input signals into air pressure signals.
The EN40 produces air pressure output signals that have excellent linearity and frequency characteristics. The built-in volume booster means that the EN40 can supply various pneumatic devices with the necessary air volume and pressure. Through remote control, the range of application of the EN40 to industrial pneumatic equipment can be widened.

Specifications

The MB Tension Sensor was designed to be used with a tension controller or tension meter. It supports a wide range of products, with any tension range.

Specifications

The MC tension sensor is a force converter designed especially for tension controllers or tension meters. It is a high-precision instrument suited to high-speed lines.

This tension sensor has a high spring stiffness and therefore a high resonance frequency, which makes it ideal for high-speed lines. Since there is very little displacement under loads, it is particularly useful for sensing deflection in thin webs (films and aluminum foil, etc.). The sensor's simple, monoblock construction makes it more accurate, and gives it an excellent hysteresis and linearity. A stopper protects it against overloading.

The MG Tension Sensor was designed to be used with a tension controller or tension meter. It features compact and rigid construction, high accuracy, reduced temperature drift and high response.

The TCD050 s a controller for controlling the tension of a web at the unwinder or winder, without using a tension sensor. The roll diameter is calculated by using signals from two generators mounted on the winding/unwinding reel, and a control signal corresponding to the change in the roll diameter is delivered.

The TCD030 is a controller for controlling the tension of a web at the unwinder or winder, without using a tension sensor. The roll diameter is calculated by using a signal from a gate generator mounted on the winding/unwinding reel, and a control signal corresponding to the change in the roll diameter is delivered.

Operation status can be known in real timedue to additional communication function

Tension meter TM310T is a compatible with Nireco's entire line-up of tension sensors (MB, MG, MC, CD, MJ, CJ, TSA, Intrinsically safe TSA) and displays their tension readings.
The display range is from 0 to 10 kN (1,000 x 10 N). The tension signal output (0 to 10 V (0 to 5 V), or 4 to 20 mA) can be output to a sequencer, indicator, recorder or other device.

The Tension Meter TM310T quantitatively measures the tension of a running web in manufacturing and processing lines of webs such as film, textile and rubber.
Nireco tension sensors that have good accuracy and responsiveness are used. These sensors electronically measure the tiny changes that vary in proportion to the web tension. The TM310T tension meter then adds and amplifies the sensor signals and indicates the tension.

Easy tension settings that can be used immediately

Operation status can be known in real timedue to additional communication function

Our new TM340 tension meter is compatible with Nireco's entire line-up of tension sensors (MB, MG, MC, CD, MJ, CJ, TSA, Intrinsically safe TSA ) and displays their tension readings.
The display range is from 0 to 10 kN (1,000 x 10 N). The tension signal output (0 to 10 V (0 to 5 V), or 4 to 20 mA) can be output to a sequencer, indicator, recorder or other device. By using the new communications function (RS485), the tension meter can be linked to a PC or other receiver, so that the operating state of the equipment can be monitored remotely.

The Tension Meter TM340 quantitatively measures the tension of a running web in manufacturing and processing lines of webs such as film, textile and rubber.
Nireco tension sensors that have good accuracy and responsiveness are used. These sensors electronically measure the tiny changes that vary in proportion to the web tension. The TM340 tension meter then adds and amplifies the sensor signals and indicates the tension.

This analog tension controller was designed for easy-to-use, safe control and ease of operation. This intuitive controller, with its simple functionality, is easy for anyone to use.

For a wide range of materials: Paper, Aluminum Laminate, Poly-Laminate, Plastic

The Paper Checker series can be used as a double-sheet detector for sheet-fed presses, as well as a web splice or break detector. These products can be used for a wide range of materials including paper, aluminum laminate, poly-laminate, and plastic.

Main applications of the Paper Checker PC300

Main applications of the Paper Checker PC210

Print Quality Inspection Systems

Nireco Print Quality Inspection Systems
​Web control and Quality control 

Equipment systems that detect printing blots on a food package or printing surface and automatically identify fault sections.

Print Quality Inspection Systems
Model :BCON3500
Manufacturer : Nireco

Overview

Print Quality Inspection Systems
Model :BCON5000
Manufacturer : Nireco

Overview

Its simple design means that anyone can easily and accurately operate it

Defect Inspection System for Plain Surfaces

Overview

Announcing a new high-grade model for the Mujiken series!
Incredible high-speed and high-volume inspection performance

Overview

A new solution for plain web production

Nireco Pouch Packaging Inspection Systems

Pouch Packaging Inspection Systems

Overview

Soft X-ray-type product package internal defect inspection equipment that responds to increased awareness of quality control for safety and reliability

Nireco Process Control Systems
Process Control Systems

A wide range of products is available mainly for various steel and nonferrous metal production processes to support product quality and production efficiency.

Process Control Systems : Automatic Marking Systems
Product : Dot Marker
Manufacturer : Nireco

Overview

Seven nozzles arranged in a row are moved parallel to the object; Gpaint is ejected in a previously-specified 7x5 matrix for each character to form dot characters

Process Control Systems : Automatic Marking Systems
Product :Jet Marker
Manufacturer : Nireco

Overview

Process Control Systems : Automatic Marking Systems
Product :Laser Marker
Manufacturer : Nireco
Overview

Feature

• Handles all surface states.

• Writes on all casting surface irregularities.

• Harmless, water-soluble ink.

• Newly-developed surface coat application nozzle eliminates ink blockages.

• Low laser marker running cost - just surface coat and electricity.

• High printing speed allows instant marking.

• Prints regular, 2D, RSS and other types of barcode.

• Prints on hot materials at up to 900°C, as standard

Process Control Systems : Edge Position Control Systems

Product :Modular Strip Guide system controller MGC1000

Manufacturer : Nireco

Overview

Process Control Systems : Edge Position Control Systems

Product :High-precision Position Transmitter GYKM-LT
Manufacturer : Nireco

Feature

Process Control Systems : Edge Position Control Systems
Product :Analog Position Transmitter FW80
Manufacturer : Nireco

Overview

Overview

Overview

Process Control Systems : Edge Position Control Systems
Product :Measuring systems

Process Control Systems : Edge Position Control Systems
Product :Actuators

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