Specific Warnings; Residual Risk; Technical Data And Components - Spencer BLUE SPLINT Manual De Uso Y Mantenimiento

6.

SPECIFIC WARNINGS

To use the splints, you must also have read, understood and carefully follow all the instructions in the user manual.
Perform immobilisation simulations with dummies before putting the device into service.
•
Improper use may result in injury or permanent disability. Always follow the procedures and protocols approved by the relevant Emergency Medical Service.
•
• To preserve the life of the device, protect it as much as possible from UV rays and adverse weather conditions.
• If the product is found to be malfunctioning, immediately use a similar device to ensure continuity of ongoing operations. Non-compliant devices must be taken out of
service.
• Qualified personnel must be present during use of the device.
• The splint must be applied by at least two trained responders with good dexterity and common sense.
• Before shaping the splint, evaluate the application according to the visibility of any wounds or the fracture site..
• The device must not be exposed, much less come into contact with thermal sources of combustion or flammable agents.
• Only use the device as described in this manual.
• Always check the conditions of all parts before use.
• Operators must be able to assess the patient's injuries and decide whether the use of the splint is appropriate.
• Professionals must be able to assess the most appropriate type and size of splint to use, considering the type of patient and the characteristics of the fracture.
• If pumps not supplied by Spencer are used, it is necessary to ensure that the pump being used is suitable for the correct immobilisation of the limb. The use of unsuitable
pumps may prevent the splint from achieving its intended results. The suitability of this part must be checked before using the device.
7.

RESIDUAL RISK

No residual risks are identified, i.e. risks that could arise despite compliance with all the warnings in this user manual.
8.

TECHNICAL DATA AND COMPONENTS

BLUE SPLINT (Semi-rigid)
1
2
3
FIXO SPLINT (Rigid)
1
2
Res-q-splint/Res-q-splint pro (Vacuum)
1
2
3
Characteristics Leg
Size (mm) 580x450
Weight (grams) 360
Fixo splint
Characteristics XS
Size (mm) 120x220x310
Weight (grams) 410
Flexible core
Made of aluminium, it allows the splint
to be shaped as required.
Splint body
Made of polyurethane, it wraps around
the limb.
Closing phase Equipped with strap
elements, they allow the splint to be
applied to the patient's limb.
Splint body
Made with a PVC-coated polyurea core
Closing phase
Equipped with strap elements, they
allow the splint to be applied to the
patient's limb.
Splint body
Made of PVC, it is filled with small
polystyrene balls
Valve
Made of aluminium, allows the splint to
be depressurised and released once use
is complete.
Closing phase
Equipped with strap elements, they
allow the splint to be applied to the
patient's limb.
Blue splint
Arm
590x280
300
S L
120x230x500 150x230x730
640 870
EMSOFT (Vacuum)
Splint body
1 Made of PVC, it is filled with small
polystyrene balls
Valve
Made of PVC, allows the splint to be
2
depressurised and released once use
is complete.
Closing phase
Equipped with strap elements, they
3
allow the splint to be applied to the
patient's limb.
AIR SPLINT (Inflatable)
Splint valve
1 Made of PVC, allows the splint to be
inflated
Splint body
Made of PVC, it stiffens around the
2
patient's limb as it inflates.
Urrà (Semi-rigid)
Splint body
1 Made with an aluminium core coated
with XPE
Forearm Wrist
390x300 310x240
206 145
URRA'
Characteristics S
Size (mm) 22x11x0,5
Weight (grams) 43
Elbow-ankle
540x280
273
M L
46x11x0,5 91x11x0,5
82 145
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