INO Daily Use

IND-130-40kHz

4.8 (3,503 reviews)

13 L ultrasonic cleaner for advanced professional users - designed for continuous use up to 8 hours a day.

Warranty, shipping and service

Overview

13 L ultrasonic cleaner for advanced professional users - designed for continuous use up to 8 hours a day.

It is built around the tank, with a built-in heater and a digital timer and a degas function and adjustable ultrasonic power and a drain valve. It belongs to the INO Daily Use range - industrial systems for regular daily use.

ASONIC ultrasonic cleaning devices are manufactured in China.

Technical specifications

Tank capacity13 L
Tank dimensions300 ร— 240 ร— 180 mm
Tank materialStainless steel SUS 304, 1 mm
Ultrasonic frequency40 kHz
Ultrasonic power (max)720 W
Ultrasonic power controlAdjustable 0โ€“100 %
Transducers6 ร— 120 W
Heater power1000 W
Maximum temperature80 ยฐC
Timer1โ€“99 min
Duty cycleup to 8 h/day
DegasYes
Drain valveYes

What's included

Customer Reviews

4.8

3,503 reviews

Preview entry 02Other applications

Adjustable power we actually use

The 0โ€“100 % control is set differently for light work and for the heavier parts. Having the range on the machine is why we bought this size.

Preview entry 03Other applications

Duty cycle fits our shifts

The published duty cycle matches a full working day, so it is scheduled into the routine rather than rationed between jobs.

Preview entry 04Other applications

Drain valve decided it

At this tank volume nobody is lifting anything to empty it. The valve is positioned where the floor around it can be kept dry.

Preview entry 05Other applications

Degas before a batch

We degas at the start of a shift, then run the batch. The controls are simple enough that the whole crew uses the same sequence.

Preview entry 06Other applications

Setup was uneventful

Tank dimensions, power and water supply were all as published, so nothing had to be corrected once it was on the floor.

Preview entry 01Other applications

The capacity is the point

We chose it on tank dimensions alone. A related set of parts fits in one load instead of being split across several, which is what we needed.