50 Years of Gratitude.
With Every Stroke,
We Pump Confidence.

Since its market debut in 1976,
Yamada Diaphragm Pumps
have kept industries flowing.
We continue to pioneer
the future of fluid transfer,
delivering reliability
to our customers worldwide.

HISTORY

50 Years of YAMADA Diaphragm Pumps

1976

Yamada AODD Launch

Supporting the growth of Japanese industry.

1979

Full Lineup Completion

Asia’s first full AODD lineup, ranging from 1/4” (NDP-5) to 3” (NDP-80) in various materials.

1981

Launch of DP-F Series

High-purity PTFE pumps for the semiconductor market. (Originally introduced as DP-T)

1994

Full Model Change:
NDP Series Launch

Increased flow and performance for global market expansion.

1995

NDP-E Series Launch

Sensor control models with built-in proximity sensor.

2009

NDP-50FAN Launch

Flapper-valve pumps for transferring solids up to 30mm.

2010

NDP-H Series Launch

Mechanical switching models for low-pressure, low-speed, and high suction-head operations.

2016

Global Series Launch

Balanced performance and cost-efficiency for diverse global markets. Expanding the versatility of AODD pumps worldwide.

2024

NDP-500 Series Launch

A major upgrade to the 2-inch pump series. The highest-flowing 2" pump on the market!

Future

Commitment to Quality.

Dedicated to continuous improvement and developing solutions that meet the real-world needs of our customers.

NUMBERS

YAMADA Diaphragm Pumps by the Numbers

  • Total Units Sold

    0
    +
    Units
    Sold

  • Global Reach

    0
    Countries
    and
    Regions

  • Product Lineup

    0
    +
    Different
    Models

REASON

Why Yamada Diaphragm Pumps Are Trusted

Proprietary design focused on stable operation and ease of maintenance.

Maximizing diaphragm life and performance while minimizing maintenance costs and downtime.

  • 《 Stable Operation 》

    Diaphragm-friendly
    short-stroke design

    Less wear, longer life

    Yamada’s proprietary short-stroke structure reduces diaphragm stress and minimizes wear.
    It also lowers air consumption, maintaining high performance while cutting running costs.

  • 《 Ease of Maintenance 》

    Simple structure
    with minimal parts

    Less downtime through fast maintenance

    Our simple design with fewer parts reduces the risk of failure. It significantly shortens repair and maintenance time, minimizing downtime to ensure stable operation at the site.

  • ① Reset Button

    The Reset Button is a unique feature for risk management and a proprietary Yamada feature designed to minimize downtime in critical situations. Even if a pump stalls due to valve friction, it ensures an immediate restart, keeping your operations running.

  • ② Air Switching Valve (C-SPOOL)

    The Air Switching Valve can be serviced and maintained without disassembling the pump body.
    Our unique C-Spring mechanism prevents the pump from stalling, ensuring continuous and reliable operation.

  • ③ Pilot Valve

    The Pilot Valve, which drives the air switching valve, features an independent left-right design.
    By eliminating dynamic seals, this structure provides exceptional resistance to friction.

Both the Air Switching Valve and Pilot Valve are 100% oil-free.
No lubrication required.

Applications Across Sectors

  • General industrial and wastewater treatment

    For circulation and spraying of mold-release agents, factory wastewater, and pumping of waste oil.

  • Chemical industry

    Transfer of flammable liquids in explosion-proof area

  • Painting and printing

    As a coating pump for supplying paint to roll coaters, coating exterior wall materials, etc.

  • Energy industry

    Drainage from power plants, waste liquid collection during piping and tank cleaning, fuel transfer in explosion-proof area

  • Coal mine

    Transferring liquids mixed with sediment, wastewater, and oil

  • Ceramic

    Transfer of clay and glazes

  • Food and beverages

    Transfer of food ingredients and additives, supply of pipe cleaning solution, collection of waste oil and wastewater

  • Semiconductors

    As a chemical supply system pump

  • Drug production

    Transfer of alcohol, disinfectants and solvents

  • Automobiles

    Supplying oil, coolant fluid, paint, etc.

  • Shipbuilding

    Rainwater discharge, bilge and waste oil collection, chemical transfer, and lubricant supply

  • Powder

    Transfer of anhydrous powder

  • Features of Air Operated Double Diaphragm Pump

  • Air-driven powder transportation Diaphragm Pump

  • Oil Change of Heavy Machinery

  • Semiconductor & Chemical Industires

  • Waste Liquids & Waste Water

  • Spraying of paints and mold release agents

FUTURE

The Vision for YAMADA Diaphragm Pumps

In Constant Pursuit of Quality:
Pumps that Endure.

"It is not the strongest of the species that survives,
nor the most intelligent.
It is the one that is most adaptable to change."
—— Charles Darwin

We believe that facing change while protecting the core is the only way to carry quality into the future.

For us at Yamada, "adapting" is not about change for the sake of change;
it is about preserving and pursuing the true quality demanded by the times and the field.

Every Yamada pump is designed to last.
Durability, stability, and trust are the results of our continuous quest for reliability in an evolving environment.

By identifying what must evolve and inheriting what must remain, we will continue to build Yamada pumps for the next generation.

Inheriting quality,
responding to the era.
This is the vision for Yamada pumps.