Best High Quality Wound Vac Dressing Manufacturer – Wrist Joint Locking Plate System – AND
Best High Quality Wound Vac Dressing Manufacturer – Wrist Joint Locking Plate System – AND Detail:
Distal back radius L-type locking plate (head 2holes)
Code: 251704
Width: 7mm
Thickness: 2.5mm
Material: TA3
Screw size: HC2.4/2.7, HA2.5/2.7
Based on three column theory of distal radius
● Excellent anatomic pre-shaped design is better to fit the bone surface.
● Double plates with angular fixation, reliable fixation.
● More suitable for the fracture of distal radius with dorsal sift.
Distal radius lateral locking plate
Code: 251705
Width: 7mm
Thickness: 1.6mm
Material: TA3
Screw Size: HC 2.4/2.7 HA 2.5/2.7
Based on three column theory of distal radius.
● Excellent anatomic pre-shaped design is better to fit the bone surface.
● Double plates with angular fixation, reliable fixation.
● More suitable for the fracture of distal radius with dorsal sift.
Distal Radius Volar Locking Plate I(Head 8 Holes)
Code: 251702
Width: 9mm
Thickness: 2mm
Material: TA3
Screw Size: HC 2.4/2.7 HA 2.5/2.7
Excellent anatomical design
● The distal end more closer to the joint surface.
● Reduce irritation to the soft tissue.
Proximal joint part with 9pcs locking screw
● The precise screw distribution can effectively support the ulnar/radius joint, lunate joint surface and radius styloid.
● The angular screw design, more stable fixation and suitable for osteoporotic bone.
Distal Radius Volar Locking Plates I(Head 9 Holes)
Code: 251701
Width: 9mm
Thickness: 2mm
Material: TA3
Screw Size: HC 2.4/2.7 HA 2.5/2.7
Excellent anatomical design
● The distal end more closer to the joint surface.
● Reduce irritation to the soft tissue.
Proximal joint part with 9pcs locking screw.
● The precise screw distribution can effectively support the ulnar/radius joint, lunate joint surface and radius styloid.
● The angular screw design, more stable fixation and suitable for osteoporotic bone.
Distal Radius Volar Locking Plates III
Code: 251700
Width:11mm
Thickness: 2.5mm
Material: TA3
Screw Size:
Head: HC 2.4/2.7
Body: HC 3.5, HA3.5, HB4.0
Precise anatomic design
● The distal end fit watershed tightly
● Distal end with low-profit design
● Provide intraoperative reference for fracture reduction
Proximal Joint with double row screw design
● Accurate screw distribution can effectively fix the palmar, dorsal joint surface and radius styloid
● Double row screw make triangle structure can provide strong support
Distal Radius Volar Oblique T locking Plate(Head 5 Holes)
Code: 251703
Width: 7.4mm
Thickness: 1.8mm
Material: TA3
Screw Size: HC 2.4/2.7 HA2.5/2.7
Excellent anatomic pre-shaped design
● Closer to the palmar joint surface.
● Distal 5pcsscrewparallelplacementcan effectively support the joint surface.
● More suitable for the fracture of distal radius with dorsal shift.
Ulnar styloid locking plate
Code: 251706
Width:6mm
Thickness: 1.3mm
Material: TA3
Screw Size: HC 2.0 HA2.0
● The hook catch the ulna styloid to provide reference point for pate placement.
● Excellent anatomic pre-shaped design to reduce the intraoperative bending.
● Angular screw design, more stable fixation..
Product detail pictures:
Related Product Guide:
It can be our accountability to satisfy your preferences and competently provide you. Your satisfaction is our greatest reward. We are searching ahead towards your visit for joint growth for Best High Quality Wound Vac Dressing Manufacturer – Wrist Joint Locking Plate System – AND , The product will supply to all over the world, such as: Poland, Lyon, Tunisia, We now have established long-term, stable and good business relationships with many manufacturers and wholesalers around the world. Currently, we've been looking forward to even greater cooperation with overseas customers based on mutual benefits. You should feel free to contact us for more details.
By Brook from Uganda - 2018.09.29 17:23
The sales manager is very patient, we communicated about three days before we decided to cooperate, finally, we are very satisfied with this cooperation!
By Marjorie from Florence - 2017.06.22 12:49