KOL-02-​PUMP

Diaphragm Pump Pro –
Built for Maximum Compression

Achieve up to 35 kPa of vacuum pressure-

about 1.75× the power of a Dyson vacuum (≈ 20 kPa)

and 5× stronger than our classic travel pump (≈ 6 kPa).

Switch it on, wait about 2 minutes, and watch your clothes shrink dramatically--creating space you never knew you had. It runs quietly and delivers jaw-dropping results. Perfect for long trips, bulky gear, or when every cubic inch matters.

Classic Travel Pump –
Light and Fast

Our classic pump is made for minimalists and light packers.

It delivers around 6 kPa of vacuum pressure, weighs just 133 g, and takes about 30 seconds to finish the job. Palm-sized and ultra-portable, it’s perfect when speed and convenience matter more than maximum compression.

Title

Why the Diaphragm Pump Works Better?

Traditional fan pumps work like a vacuum cleaner: an impeller spins, creating strong suction at first. But when most of the air is gone, the pressure equalizes and suction drops—leaving compression incomplete. The Diaphragm Pump keeps vibrating and pushing air out, even when the pressure difference is small—removing nearly all remaining air for a truly airtight seal.

Diaphragm Pump Pro –Built for Maximum Compression

Achieve up to 35 kPa of vacuum pressure-

about 1.75× the power of a Dyson vacuum (≈ 20 kPa) and 5× stronger than our classic travel pump (≈ 6 kPa).

Switch it on, wait about 2 minutes, and watch your clothes shrink dramatically--creating space you never knew you had. It runs quietly and delivers jaw-dropping results. Perfect for long trips, bulky gear, or when every cubic inch matters.

Classic Travel Pump – Light and Fast

Our classic pump is made for minimalists and light packers.

It delivers around 6 kPa of vacuum pressure, weighs just 133 g, and takes about 30 seconds to finish the job. Palm-sized and ultra-portable, it’s perfect when speed and convenience matter more than maximum compression.

Title

Why the Diaphragm Pump Works Better?

Traditional fan pumps work like a vacuum cleaner:

an impeller spins, creating strong suction at first. But when most of the air is gone, the pressure equalizes and suction drops—leaving compression incomplete. The Diaphragm Pump keeps vibrating and pushing air out, even when the pressure difference is small—removing nearly all remaining air for a truly airtight seal.