This product is not currently available in the United States.

in check dial g16

In Check Dial G16

Enables healthcare professionals to coach patients to use their inhalers correctly. In Check Dial G16 from Clement Clarke measures peak inspiratory flow rate, and can simulate the resistance characteristics of the specific patient inhaler.

dark blue gradient

In-Check DIAL G16 enables healthcare professionals to coach patients to use their inhalers correctly. The device measures peak inspiratory flow rate, and can simulate the resistance characteristics of the specific inhaler of a patient, providing the device is set on the correct setting. The patient can then be trained to inhale at a flow rate known to be suitable for their personal DPI or pMDI.

in check dial g16 icons

In-Check DIAL G16 groups inhalers as a function of their internal airflow resistance, in order to accommodate information on the new devices.

There are six resistance groups, five of which relate to dry powder inhalers (DPIs) and one of which to pressurised metered dose inhalers (pMDIs). A guide to identify the resistance group for each inhaler is provided on the In-Check DIAL and on the associated guide.

The ability to use In-Check DIAL to measure specific flow rate of a particular inhaler can still be achieved through the use of a specific restrictive adapter. An example adapter is now included in the pack.

Download our free In Check Dial G16 Resistance Range chart to verify if your inhaler is included. 

download

Features

Groups inhalers as a function of their internal airflow resistance, in order to accommodate new inhaler devices

Individually calibrated for accuracy

Patient learns to inhale at correct flow rate

Easy to clean, by simple washing

Patients learn to inhale at the correct flow rate

Inhaler training can be conducted quickly

Low-cost, simple yet effective method of inhaler technique training

In-Check Dial G16 enables healthcare professionals to coach patients to use their inhalers correctly. The device measures peak inspiratory flow rate, and can simulate the resistance characteristics of the specific inhaler of a patient, providing the device is set on the correct setting. The patient can then be trained to inhale at a flow rate known to be suitable for their personal DPI or pMDI.

You may also like…

mini wright peak flow meter with mouthpiece

Mini Wright Standard

The Gold Standard accurate peak flow measurement device for asthma management, Mini Wright™ enables objective measurement of airway constriction, suggesting actions necessary for asthma management. Individually calibrated for absolute accuracy.

clip tone e with inhaler clement clarke

Clip Tone E

Designed to improve inhaler technique. Clip Tone E fits around the pMDI cannister at the top of the inhaler and does not change medication delivery. Simply clip into place.

trainhaler cr clement clarke

Trainhaler CR

Trainhaler is the first non-electronic pMDI training system to provide flow and co-ordination coaching. Trainhaler is a placebo-like pMDI training device. With the addition of a Flo-Tone Trainer, it becomes the essential tool for healthcare professionals to teach inhaler technique (flow and co-ordination).

Dimensions

174 x 58mm – w/o mouthpiece
213 x 58mm – with mouthpiece

Weight

106g

Measurement Range

15 – 120 L/min

Accuracy

±10% or 10 L/min

Repeatability

5 L/min

In Check Dial G16 Resistance Range Chart
PARTDESCRIPTIONQTY
3109300In-Check Dial G161

CONTACT US

    At Flexicare (Group) Limited we take your privacy seriously and will only use your personal information to manage your account or your enquiry, process your order, to personalise your use of the website, or to post offers of products and services which may be useful to you. We will not share your information for marketing purposes with companies outside of the Flexicare Group. Please refer to our Privacy Statement in full, which can be downloaded here.
    If you consent to us using your personal data or contacting you for these reasons please tick to say how you would like us to contact you: