Specific examples useful for you to review have been selected from a number of cases of our devices in use and are listed in the table. The table includes information on the applicable field, purpose, and configuration of individual cases, although it does not go into much detail and you may not be able to gain a full understanding of them. We do hope however that it may be of some help to you. If you would like more details please use the inquiry form, to which we will quickly reply.
Case No |
Applicable fields | Countries installed | Major intended use |
Customer | Purpose of introduction | Major product lines |
PC 001 |
Example of pharmaceutical factory | Japan | Room pressure control is performed to prevent contamination of the production facility from active pharmaceutical ingredients, liquid medicine, sterilized formulations, solid formulations, etc. |
Pharmaceutical company | Prevention of contamination of drugs | PECX, EEP02: Several hundred units respectively |
PC 002 |
Example of pharmaceutical laboratory | Japan | Room pressure control is performed to prevent any contamination of the rooms in which experimental animals are housed for aseptic rearing. |
Pharmaceutical laboratory | Sterilization of experimental animals | PECX, EEP02: Several dozen units respectively |
PC 003 |
Example of large hospital | Japan | Room pressure control is performed to prevent ICUs and infectious disease wards from any contamination. |
Hospital | Prevention of in-hospital infections | PECX,EEP02: Several dozen units respectively |
PC 004 |
Example of high technology product factory | Japan | The device is used with manufacturing equipment that requires particularly high cleanliness in a clean room to maintain the fine differential pressure between the room and the inside of the equipment at a specific level. |
High technology manufacturer | Prevention of foreign matter contaminating highly precise equipment | PECX,EEP02: Several dozen units respectively |
PC 005 |
Example of industrial waste treatment facility | Japan | Room pressure control is performed to prevent contamination of toxic gases generated when treating harmful substances. |
Industrial waste treatment company | Prevention of diffusion of toxic gases | PECX,EEP02: Several units respectively |
PC 006 |
Example of incinerated ash melting facility | Japan | Garbage collected from households is temporarily stored in a pit. The inner pit pressure is controlled at a negative value to prevent the odor generated from the garbage from escaping. |
Local government | Prevention of diffusion of odor from stored garbage | PECX,EEP02: Several dozen units respectively |
PC 007 |
Example of glass factory | Japan | Manufacturing room is controlled at a positive value to prevent any impurities from entering while glass is being manufactured. |
Glass factory | Prevention of contamination of a foreign matter into the glass | PECX,EEP02: Several dozen units respectively |
PC 008 |
Case of an infectious disease laboratory | Japan | The research room is controlled at a negative value to prevent any viruses from escaping. |
Example of association of infectious diseases | Prevention of viruses escaping | PECX,EEP02: Several dozen units respectively |
PC 009 |
Example of influenza vaccine production factory | Japan | Production room is controlled at a positive value to prevent any bacteria from entering while vaccines are being produced. |
Research institute for microbial diseases | Prevention of bacterial contamination of vaccines | PECX,EEP02: Several hundred units respectively |
PC 010 |
Example of anticancer drug – biotechnology laboratory | Japan | In the laboratory for anticancer drug or biotechnology, whole building is controlled in high level and prevention of contamination by the fine differential pressure control is strictly requested. |
Pharmaceutical laboratory | Prevention of contamination over whole laboratory | PECX,EEP02: Several hundred units respectively |
PC 012 |
Example of liquid crystal production factory | Japan | As the result of liquid crystal size becomes larger, production process requires still higher clean level circumstances. For materialization of it, fine differential pressure controls are applied in the production process equipment. |
Liquid crystal production factory | To secure super clean circumstances of equipment | PECX,EEP02: Several dozen units respectively |
PC 013 |
Example of semiconductor production factory | Japan | With the semiconductor design becomes minute, clean circumstances requested by the production process becomes severer. Fine differential pressure control for the rooms and facilities are applied so that clean circumstances can be obtained effectively. |
Semiconductor production factory | To secure super-clean circumstances of facilities | PECX,EEP02: Several dozen units respectively |
PC 014 |
Example of film production factory | Japan | Film products have been requested to be delivered without adhesion of even very small impurity as the result that customer's products are becoming minute. Then fine differential pressure control line was applied to the film production line in order to avoid contamination. |
Film production factory | Prevention of fine impurity adhesion to film product | PECX,EEP02: Several dozen units respectively |
PC 015 |
Example of fine chemical laboratory | Japan | In the process of clinical reagents development, fine differential pressure control was applied with explosion proof function in order to keep up with same severe requirement of circumstances as the case of medicine. |
Fine chemical laboratory | To prevent diffusion of explosive gas | PECX,EEP02: Several dozen units respectively |
PC 016 |
Example of nanotechnology laboratory | Japan | With enlargement of nanotechnology application research, its development process and production process have been applying fine differential pressure control for preventing contamination. |
Nanotechnology laboratory | To keep super-clean circumstance | PECX,EEP02: Several Dozen units respectively |
PC 017 |
Example of regenerative medicine laboratory | Japan | For the research of cell culture at regenerative medicine, fine differential pressure control is applied for prevention of contamination with avoiding mixture of various germs. |
Cell culture center | To avoid mixture of various germs | PECX,EEP02: Several dozen units respectively |
PC 018 |
Example of beverage factory | Japan | At factory where high temperature steam is used, room pressure control is applied in order to confine high temperature steam |
Beverage factory | To confine high temperature steam | PECX,EEP02: Several units respectively |
PC 019 |
Example of food, beverage factory | Japan | For the production of germfree drug material or bulk material, fine differential pressure control is applied with same standard as the case for pharmaceutical factory. |
Food, beverage factory | To prevent mixing of various germs | PECX,EEP02: Several dozen units respectively |
PC 020 |
Example of care center | Japan | For preventing infection of diseases or diffusion of smell in care center, room pressure control is applied. |
Care service corporation | To prevent infection/smell diffusion | PECX,EEP02: Several units respectively |
Case No |
Applicable fields | Countries installed | Major intended use |
Customer | Purpose of introduction | Major product lines |
OP 001 |
Example of sewage treatment facility | Japan | A blower fan feeds air into a sewage reservoir located at a sewage treatment facility for purification. In this process the airflow volume of the fan is ECO-controlled in accordance with the quantity of sewage. |
Sewage treatment facility of a local government | Control of air flow rate | HOP: 2 units |
OP 002 |
Example of sewage treatment facility | Japan | ECO control of the airflow pressure is performed to prevent the fan motor being overloaded. |
Sewage treatment facility of a local government | Control of airflow pressure | COP: 2 units |
OP 003 |
Example of sewage treatment facility | Japan | When a single blower fan is used to feed air to several sewage reservoirs an ECO control is positioned at each inlet of the reservoirs to align the airflow of the fan with the quantity of sewage. |
Sewage treatment facility of a local government | Control of air flow rate | EOP: 3 units |
OP 004 |
Example of incinerating furnace | Japan | The pressure in an incinerator is controlled to be slightly lower than atmospheric pressure in order to prevent the exhaust gases from flowing back to the garbage feed point when pressure increases in the incinerator in use. |
Disposal facility of a local government | Pressure control of incinerator | COP: 2 units |
OP 005 |
Example of incinerating furnace | Japan | Exhaust gases from an incinerator are filtered for removing any hazardous components. The temperature of the gas is controlled to prevent the filter from being damaged by too high a temperature gas. |
Disposal facility of a local government | Temperature control of exhaust gas | EOP: 2 units |
OP 006 |
Example of incinerating furnace | Japan | ECO control of the flow rate of exhaust gas is performed in effectively passing the exhaust gases through a filter. |
Disposal facility of a local government | Flow control of exhaust gas | HOP: 2 units |
OP 007 |
Example of industrial furnace | Japan | Subtle gas flow control performed in a carburizing furnace and others. |
Heat treatment processing manufacturer | Flow control of gas | VOR: 4 units |
OP 008 |
Example of boiler | Japan | Combustion efficiency optimally controlled by maintaining the differential pressure at a constant between atomized steam or air pressure and fuel oil in an oil burning boiler. |
Special paper manufacturer | Improved combustion efficiency | RCV: 3 units |
OP 009 |
Example of induced fan damper of OG equipment in a basic oxygen furnace facility | India | Control is performed by the damper of an IDF (induced draft fan) in a basic oxygen furnace facility. |
Steel manufacturing company | Pressure control in furnace | DECK: 7 units |
OP 010 |
Example of turbine | Malaysia | Bleed air pressure and exhaust pressure in a turbine is controlled in maintaining them at preset levels. |
Electric company | Pressure control of turbine | R-B BESA3-SFU: 2units |
OP 011 |
Example of top pressure recovery turbine | Japan | Damper of blast furnace gases that is sent to a power generating installation is driven. A turbine generator uses blast furnace gases produced in the iron making process to generate power. |
Steel manufacturing company | Flow control of blast furnace gas | DECK,other required equipment 1 set |
OP 012 |
Example of boiler used to process coconut oil | Indonesia | The exhaust damper of a boiler used to process coconut oil is controlled in ensuring efficient combustion within the boiler. |
Oil manufacturer | Combustion control of boiler used to process coconut oil | COP1 100 units or over |
OP 013 |
Example of fuel control for heat treatment furnace | India | Combustion control of a heat treatment furnace for automobile parts is performed to improve the efficiency of combustion and eliminate any unnecessary fuel consumption. |
Heat treatment processing manufacturer | Combustion control of heat treatment furnace | FCU-VOR-CMP02 Several hundred units |
OP 014 |
Example of sugar plant | Myanmar | The exhaust damper of a boiler used to process sugar is controlled in ensuring efficient combustion within the boiler. |
Sugar manufacturing plant | Combustion control of boiler used to process sugar | COP313 2 units |
OP 015 |
Example of incinerating furnace | Libya | Combustion control of a refuse incinerator is performed to improve the efficiency of combustion and eliminate any unnecessary fuel consumption. |
Incinerator manufacturer | Combustion control of refuse incinerator | RCV15 10 units or more |
OP 016 |
Example of boiler | Japan | The flow rate of boiler combustion oil is controlled for the supply of steam to seal a axis in a turbine of nuclear power plant. (Made of cast steel) |
Nuclear power plant | Flow rate control for auxiliary boiler combustion oil | FCV25-25-S-20-SS 1 units |
OP 017 |
Example of boiler | Japan | Oil is atomized into a fine spray in a boiler in ensuring effective combustion. The atomizing pressure is controlled in this process. (Made of steel) |
Nuclear power plant | Atomizing pressure control for combustion oil | RCV15-S-SS-14 11 unit |
Case No |
Applicable fields | Countries installed | Major intended use |
Customer | Purpose of introduction | Major product lines |
ST 001 |
Example of camera sensor based CPC (Center Position Control) | Japan | Control is performed in a strip processing line to align the coil edge when winding into coil. |
Special steel manufacturing company | Aligning the coil edge of a stainless steel strip | EMG camera sensor: 4 units |
ST 002 |
Example of inductive sensor type CPC | Japan | Inductive sensor CPC that prevents the strip from off-center running in a heat treatment furnace. |
Special steel manufacturing company | Strip guiding control of copper strip | Inductive sensor for high temperature application: 4 units |
ST 003 |
Example of IGS sensor based CPC | Japan | The strip edge in a plating line is followed and detected using the electromagnetic induction method and CPC performed. |
Steel manufacturing company | Strip guiding control of steel strip | EMG inductive sensor: 10 units |
Case No |
Applicable fields | Countries installed | Major intended use |
Customer | Purpose of introduction | Major product lines |
LE 001 |
Example of content inspection for yogurt | Japan | Underfilled yogurt products in a liquid state before solidifying are identified after being filled and sealed. |
Dairy product manufacturer | Filled bottle inspection of yogurt | LE4 series X-ray type: 1 unit |
LE 002 |
Example of X-ray based filled bottle inspection of beer | Japan | In accordance with the liquor tax law, high-speed inspection at a rate of up to 2000 containers/min can be performed. |
Beer manufacturer | Filled bottle inspection of canned beer | LE4 series X-ray type: 3 units |
LE 003 |
Example of X-ray based filled bottle inspection of beverage product | Japan | The filled bottle inspection is not influenced by the label and/or container shape. A large number of product types can be registered and hence inspection unit most suits high-mix, low-volume production. |
Beverage manufacturer | Filled bottle inspection of plastic bottled beverage | LE4 series X-ray type: 2 units |
LE 004 |
Example of optical filled bottle inspection of glass bottled beer | Japan | High-speed inspections are performed in checking the filled level of glass bottled beer, with any nonconforming products then automatically removed from the shipping line. |
Brewing company | Filled bottle inspection of glass bottled beer | LE1 series optical type: 2 units Bottle removal equipment: 2 units |