ODM Orthopedic Surgical Use Cervical ACP Plate System Instrument Set Manufacturer, Pricelist

The anterior cervical spine plate instrument set is a surgical tool specifically designed for anterior cervical spine surgery.

Product Description

What is Anterior Cervical Plate Instrument Set?

The anterior cervical spine plate instrument set is a surgical tool specifically designed for anterior cervical spine surgery. This cervical instrument set is crucial for surgical procedures involving cervical spine stability and fusion, especially for the treatment of degenerative disc disease, trauma, or spinal deformities.

Core Instrument Functions: The main components of the anterior cervical plate instrument set include plates, screws, and a series of instruments that facilitate precise placement and fixation of these components. These plates are typically made of biocompatible materials such as titanium or stainless steel to ensure their durability and compatibility with the human body. They come in different sizes and structures to accommodate the anatomical structures and surgical needs of different patients.

During the surgery, the anterior cervical plate is fixed in front of the cervical spine, providing a stable platform for vertebral fusion. This stability is crucial for promoting healing and restoring normal function. This surgical instrument kit includes tools for measuring, drilling, and fixing plates and screws, enabling surgeons to perform surgeries accurately and efficiently.

In addition to physical components, the anterior cervical laminectomy instrument kit typically includes instructional materials and usage guidelines to help surgeons understand how to effectively use these instruments. This ensures that the surgical team is well prepared and reduces the risk of complications during the surgery.

Shielder ACP Instrument Set
Shielder ACP System Instrument Set
No. English Name Product Code Specification Quantity
1 Pin Driver 14010001 / 1
2 Distraction Pin 14010002 / 2
3 Plate Holding Pin 14010003 / 4
4 Cervical Distractor 14010004 / 1
5 Bone Tap 14010005 Φ4.0 1
6 Drill Bit 14010006 12 1
7 14010007 14 1
8 14010008 16 1
9 14010009 18 1
10 Quick release handle 14010010 / 2
11 Screwdriver 14010011 T15 2
12 Plate Holder 14010012 / 1
13 Plate Bender 14010013 / 1
14 Single-barrel Drill Guide 14010014   1
15 Double-barrels Drill Guide 14010015   1
16 Awl 14010016 / 1
17 Screw Holding Sleeve 14010017 / 1
18 Screw Box 14010044 / 1
19 Bone Trial 14010018 19 1
20 14010019 21 1
21 14010020 23 1
22 14010021 25 1
23 14010022 27.5 1
24 14010023 30 1
25 Bone Trial 14010024 32.5 1
26 14010025 35 1
27 14010026 37.5 1
28 14010027 40 1
29 14010028 42.5 1
30 14010029 45 1
31 14010030 47.5 1
32 14010031 50 1
33 Bone Trial 14010032 52.5 1
34 14010033 55 1
35 14010034 57.5 1
36 14010035 60 1
37 14010036 62.5 1
38 14010037 65 1
39 14010038 67.5 1
40 14010039 70 1
41 14010040 72.5 1
42 Bone Trial 14010041 75 1
43 14010042 77.5 1
44 14010043 80 1

Frequently Asked Questions

What clinical indications require an Anterior Cervical Plate Instrument Set?
This instrument set is primarily indicated for anterior cervical spine stabilization and fusion procedures, addressing conditions like degenerative disc disease, spinal trauma, fractures, cervical deformities, and instability.
What materials are the cervical plates and screws made from?
The plates and screws included in this system are manufactured using medical-grade biocompatible materials, predominantly titanium alloys or stainless steel, to prevent tissue rejection and ensure optimal structural support.
What is the function of the Bone Trial instruments?
Bone trials (ranging from 19mm to 80mm in specification) are designed to help the surgical team accurately measure, calibrate, and select the appropriate plate size matching the patient's individual anatomical profile.
Why are both single-barrel and double-barrel drill guides included?
The single and double-barrel drill guides offer options for controlled drilling angles and depths, accommodating surgeon preference and enhancing screw insertion accuracy across different plate hole orientations.
How does anterior cervical plating promote postoperative recovery?
By establishing rigid internal fixation in front of the cervical vertebrae, the plate maintains proper alignment, prevents graft displacement, and creates an optimal biomechanical environment for successful bone fusion.

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