VAPamore MR-1000 Forza Mode D'emploi page 9

BEDBUG - DUST MITES - ALLERGENS
GO TO VAPAMORE.COM TO SEE THE MR-1000 FORZA INSTRUCTIONAL VIDEO
WHY USE STEAM?
The Vapamore MR-1000 Forza produces steam with an output temperature between 210˚
to 240˚ degrees. Pests such as bedbugs, dust mites and other allergens along with their
eggs are killed on contact at a temperature of 180˚ degrees. Using steam is an extremely
other bacteria or viruses without leaving any harmful chemical residue behind. The tools
supplied with the Vapamore MR-1000 Forza allow you to treat all areas where these pests
can hide such as bedding, sofas, furniture, pillows, carpet, cracks and crevices that are
ideal hiding places for pests.
Fig.1
Fig.2
Use clips for
Fig.3
BEDS
Carpet
Fig. 4
Accessory tool
adaptor
Detail jet tool
BEDDING / FURNITURE
The bed bug / fabric tool with cotton cover is ideal for
treating bedding, furniture, pillows, and carpet areas
around bed posts and base boards. Start by installing
the supplied cotton cover on the clothes - fabric /
smooth surface tool. Apply light consistent pressure and
slowly pass it along the surface (1" per second) to insure
the area being treated has a chance to come to full
temperature killing pests and their eggs. (Fig.1)
great for treating large surface areas such as bedding,
furniture, and carpet areas. Start by installing the
head to glide over fabric or carpet. (Fig.2)
Apply light consistent pressure and slowly pass it along
the surface (1'' per second) to ensure the area being
treated has a chance to come to full temperature, thereby
killing pests and their eggs. (Fig.3)
The accessory tool adaptor or the detail jet tool can be
used on their own. These tools are great for cracks and
crevices. Make sure to concentrate the steam directly on
the area to be treated with as minimal distance as
not kill pests and their eggs if the jet tip is not directly on
the surface being treated.
The accessory tool adaptor or the detail jet tool can be
attached directly to the steam gun or to any of the
extension tubes. (Fig.4)