Nitto Kohki USA
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For over three decades, Nitto Kohki, USA has been designing, developing, engineering, and continuously improving high quality air compressors and vacuum pumps for challenging applications like medical devices, laboratory equipment, applied robotics and environmental sensing equipment. The result is an intelligent package that runs quieter, consumes less energy, and lasts longer than comparable equipment for these applications.
Nitto Kohki’s unique linear free piston design has one moving part per pump— the piston. The result is a pump with exceptionally reliable performance in tough medical applications. The linear free piston concept enables Nitto Kohki pumps to be smaller and lighter than conventional aerators, allowing designers greater flexibility in system design. The compact integrated design is also self-cooling, free of lubrication, and self-adjusting for pressure spikes– automatically adjusting power consumption and guarding against potential temperature overloads.
Based outside of Chicago, with corporate headquarters in Tokyo, Japan, we are a global manufacturing organization committed to assessing your application from an engineering perspective – so we can fully understand your challenges, and so we can recommend the most appropriate product to meet them.
Why Designers Choose Nitto Kohki
- Exceptionally reliable performance for critical applications
- World class manufacturing expertise ensures consistent product quality
- Clean, simple design maximizes performance, minimizes maintenance — adding value over the integrated product lifecycle
- Click HERE for our online catalog
Linear Piston Air CompressorsNitto Kohki Linear Piston Driven Air Compressors are ideal for a wide range of medical equipment, instrumentation, and other applications where reliable performance and quiet operation are principal requirements. Featuring lubricant-free operation, a single moving part, low noise, and low vibration, this line of linear air compressors and pumps provides both AC and DC (12V and 24V) models.
Nitto Kohki air compressors are significantly quieter than competitive products—typically by as much as 10-12 decibels—a benefit highly valued in many medical settings.
Click here for technical specifications on Nitto Kohki Linear Piston Air Compressors.
Linear Piston Vacuum PumpsNitto Kohki Linear Piston Driven Vacuum Pumps are ideal for a wide range of medical equipment, instrumentation, and other applications where reliable performance is a primary requirement.
Featuring oil-free operation, a single moving part, low noise, and low vibration, this line of linear air compressors provides both AC and DC (12V and 24V) models. Other benefits include very low power consumption, self-cooling design, easy maintenance and an exceptional service life (rated 10,000 hrs.).
Click here for technical specifications.
PumpsIdeal for products requiring high reliability, our diaphragm pumps are well suited for any application requiring intermediate flow rates at low pressures. They are designed for low vibration, lower noise and longer life— like all Nitto Kohki pumps.
Other benefits include:
- Low power consumption
- Excellent service life
- High reliability, safe operation (UL and CE recognized)
DC PumpsNitto Kohki linear piston and motor-driven pumps are ideal for a range of applications requiring reliable pressure or vacuum. Featuring quiet operation and low vibration, these DC pumps are easy to install and maintain— and uphold Nitto Kohki’s reputation for exceptional reliability and worry-free performance.
Nitto Kohki's BImor product line of miniature piezo-driven pumps are capable of pumping gases or liquids with flow rates from 30 to 500cc/min. Sizes currently range from 36mm to 80mm square. Depending upon the selected wetted surface materials, these pumps will handle detergents, hydrochloric and sulfuric acids, oils, potash, caustic sodas, biological liquids, and gases. Featuring exceptional versatility, long life, and silent operation, Nitto Kohki Bimor pumps are ideal for use in medical, laboratory, and scientific applications.