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Drop-In Products
Now Available
Available in the Air-Lock, Easy-Off Lock,
and now the Drop-In Suction Puck
The New Drop-In Suction Puck.
Designed for 3D Sockets.
Drop-In Air-Lock
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CD122A | Drop-In Air-Lock
Weight Limit: 350 lbs
Build Height: 2.020"
Use the Drop-In Air-Lock for when you want a removable lock housing
CD122AFD - Fabrication dummy sold separately
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Expulsion valve or suspension sleeve not needed in most cases
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Airtight suction - dual suspension security of a pin
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Water-resistant
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Not vacuum compatable
CD122AFD | Drop-In Air-Lock Fabrication Dummy
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Dummy for Drop-In Air-Lock
Drop-In Dummy
Push Plate
Threaded
Stud
Extractor
Bolt
If lock plate replacement is happening frequently, make sure you are adjusting pin spacers to minimize pistoning. If the prosthetic is used in a gritty, sandy environment you might have the patient clean out the bottom of the socket more frequently.
*CD103LP: the part # for the replacement lock
Drop-In Easy-Off Lock
CD122E | Drop-In Easy-Off Lock
Weight Limit: 265 lbs
Build Height: 2.175"
Use the Drop-In Easy-Off Lock for when you want a removable lock housing
CD122EFD - Fabrication dummy sold separately
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Airtight suction - dual suspension security of a pin
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Easy donning and doffing with lever release
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Water-resistant
CD122EFD | Drop-In Easy-Off Lock Fabrication Dummy
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Dummy for Drop-In Easy-Off Lock
Drop-In Dummy
Push Plate
Threaded
Stud
Extractor
Bolt
Drop-In Air-Lock 3D
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Expulsion valve or suspension sleeve not needed in most cases
-
Airtight suction - dual suspension security of a pin
-
Water-resistant
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Not vacuum compatable
CD122A3D | Drop-In Air-Lock 3D
Weight Limit: 350 lbs
Build Height: 2.020"
Use the Drop-In Air-Lock for
for when you want to print a 3D socket.
For 3D printing contact Coyote® for your STL and OBJ Files.
Drop-In Easy-Off Lock 3D
CD122E3D | Drop-In Easy-Off Lock 3D
Weight Limit: 265 lbs
Build Height: 1.825"
Use the Drop-In Easy-Off Lock 3D for when you want to print a 3D socket.
For 3D printing contact Coyote® for your STL and OBJ Files.
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Airtight suction - dual suspension security of a pin
-
Easy donning and doffing with lever release
-
Water-resistant
Drop-In Suction Puck
Now Available
Tailored for seamless integration with 3D printed sockets
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Designed for 3D Printed Sockets
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Enhanced comfort for users
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Efficient built-in one-way air expulsion valve
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Built in four hole connector
CD120SP | Drop-In Suction Puck
Weight Limit: 265 lbs
Build Height: 1.5"
Use the Drop-In Suction Puck for when you want to print a 3D socket.
For 3D printing contact Coyote® for your STL and OBJ Files.
PINS ARE SOLD SEPARATELY & COME 2 PER PACKAGE
The two-part pin has been our standard for years. The solid brass pin can be quieter and has a higher pull strength. The thread is determined by which liner you choose.
Which Pin to Choose?
Billing Information: Recommended Codes
L5671: Addition to lower extremity, Below Knee/Above Knee suspension locking mechanism (shuttle, lanyard, or equal), excludes socket insert
*L5647: Addition to lower extremity, Below Knee, suction socket
*L5652: Addition to lower extremity, suction suspension, Above Knee or Knee Disarticulation Socket
*Not recommended for billing Medicare. Coyote believes that "suction" in a prosthetic refers to the negative pressure created inside the socket, rather than componentry such as an expulsion valve or sleeve. Because we think suction as a function, we believe it should be permitted to bill L5671 in conjunction with the L5647 or L5652 in cases when it is medically necessary. As with other situations where multiple suspension methods are used and billed we feel the combination of a lock and suction helps to increase safety for the patient.
**The CD117 Easy-Off Lock can be used with a vacuum system and will maintain vacuum levels. Both lock code and vacuum code can be billed when using dual suspension. Not recommended for billing with Medicare.
The listing of codes with our products should not be construed as a guarantee for coverage and/or payment.
The ultimate responsibility for the coding of services/products rests with the individual practioner.
For more information regarding billing the Air-Lock and our socket pressure study between airtight and traditional pins, please fill out the contact form below or head to our Contact page for more options.