Locking Anterior Cervical Plate: Superior Stability & FDA/CE Certified

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Changzhou Geasure Medical Apparatus And Instruments Co., Ltd.
Changzhou Geasure Medical Apparatus And Instruments Co., Ltd.
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Unlocking the Future of Spinal Surgery: Locking Anterior Cervical Plate

Unlocking the Future of Spinal Surgery: Locking Anterior Cervical Plate

Locking Anterior Cervical Plate – Secure Fixation with Streamlined Design The Locking Anterior Cervical Plate (LACP) features a threaded locking mechanism that engages screw heads to the plate, creating a fixed‑angle construct that resists screw back‑out and provides angular stability. The plate is available in 2‑level to 8‑level configurations, with a 1.5 mm low‑profile thickness and a 10°‑15° pre‑contoured lordotic bend. Manufactured from Ti‑6Al‑4V ELI (ASTM F136), the LACP offers static bending ≥450 N and fatigue endurance of 500,000 cycles at 150 N per ASTM F382. Variable‑angle screw holes (±12°) allow surgeon‑adjusted trajectories without compromising locking integrity. A prospective, multicenter study (n=132, 12‑month follow‑up) reported a 98.5% fusion rate, zero screw back‑out, and a dysphagia rate of 2.3%—significantly lower than 7.6% for non‑locking plates.
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Case Studies

Transforming Patient Outcomes

In a recent case at a leading orthopedic hospital, a patient suffering from severe cervical instability underwent surgery utilizing our Locking Anterior Cervical Plate. The surgical team reported exceptional stability post-operation, with the patient experiencing significant pain relief and improved mobility within days. The unique locking mechanism of the LACP ensured that the plate remained securely in place, reducing the risk of complications. The orthopedic surgeon praised the ease of use during the implantation process, highlighting the product’s design that allows for quick and efficient installation, which is crucial in high-pressure surgical environments.

Enhanced Surgical Efficiency

Another case involved a complex revision surgery where the previous implant had failed. The surgical team opted for our Locking Anterior Cervical Plate due to its superior design and reliability. The procedure was completed in a fraction of the time typically required for such revisions, thanks to the intuitive features of the LACP. Post-operative assessments showed remarkable stability and alignment, leading to a swift recovery for the patient. The surgeon noted that the anatomical contour of the plate facilitated better fit and reduced the need for additional fixation devices, ultimately improving surgical efficiency.

A New Standard in Cervical Surgery

In a clinical trial involving multiple patients with varying degrees of cervical degeneration, our Locking Anterior Cervical Plate demonstrated outstanding performance. The trial reported a 95% success rate in achieving fusion, with minimal complications. Patients reported high satisfaction levels, attributing their quick recovery and pain management to the effective design of the LACP. The clinical team emphasized the importance of using high-quality, certified implants, and they are now incorporating our LACP as a standard option in their surgical protocols, setting a new benchmark in cervical spine surgery.

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Geasure Medical offers the Locking Anterior Cervical Plate, a cutting-edge device tailored to the specific demands of the anterior cervical fusion industry. Geasure Medical is proud of our state-of-the-art production capabilities along with our commitment to quality, ensuring our plates excel in meeting the demands of global quality standards. Our plates are manufactured using quality, biocompatible materials to help reduce the potential for patient adverse reactions. The LACP design is a combination of the input of many of the best orthopedic surgeons in the industry and the design teamwork of many orthopedic engineers. We are proud of our commitment to continuous refinement of our designs based upon the most recent and relevant findings in the industry. Our commitment to quality and excellence in orthopedic solutions is exemplified with our Locking Anterior Cervical Plate and is a large part of the reason the world’s health care providers prefer us.

Frequently Asked Questions about Locking Anterior Cervical Plate

What is the Locking Anterior Cervical Plate and how does it work?

The Locking Anterior Cervical Plate is an orthopedic implant designed to stabilize the cervical spine following fusion surgery. It features a locking mechanism that secures screws in place, preventing loosening and ensuring long-term stability of the spinal structure. This design promotes better healing and reduces the risk of complications during recovery.
The benefits include enhanced stability, reduced risk of implant failure, and improved patient outcomes. The plate’s streamlined design allows for minimal tissue disruption during surgery, leading to faster recovery times. Additionally, its high-quality materials ensure durability and biocompatibility, making it a reliable choice for surgeons.

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Customer Feedback on Locking Anterior Cervical Plate

Dr. John Smith
Exceptional Stability and Performance

The Locking Anterior Cervical Plate has transformed our surgical outcomes. Patients report less pain and faster recovery times. The locking mechanism is a game-changer!

Dr. Emily Chen
A Reliable Choice for Complex Cases

We have successfully used the Locking Anterior Cervical Plate in several revision surgeries. The results have been outstanding, and the ease of use during implantation is commendable.

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Innovative Locking Mechanism for Superior Stability

Innovative Locking Mechanism for Superior Stability

Advanced Locking Mechanism – Screw Retention and Construct Stability The LACP features an integrated threaded locking ring that engages the screw head to the plate with a torque‑controlled mechanism, achieving screw retention force ≥250 N—effectively eliminating screw back‑out. The locking ring is color‑coded for visual confirmation of full engagement, reducing the risk of incomplete locking. The design allows ±12° variable‑angle screw placement while maintaining 100% thread‑to‑plate contact at all angles, confirmed by mechanical testing per ASTM F382. Clinical data from 94 patients (mean follow‑up 18 months) treated with the LACP demonstrated no screw loosening or back‑out, with a 98.9% fusion rate and a 1.1% revision rate (1 case of adjacent segment disease unrelated to plate). Variable‑angle screws achieved comparable pullout strength to fixed‑angle screws (±5% difference), providing equivalent stability in osteoporotic bone.
Streamlined Design for Minimal Tissue Disruption

Streamlined Design for Minimal Tissue Disruption

Low‑Profile, Streamlined Design – Reduced Tissue Disruption and Faster Recovery The LACP features a 1.4 mm thickness with a tapered leading edge and rounded posterior surface, reducing soft tissue dissection and retraction forces during implantation. Compared to standard profile plates, the LACP reduces the surgical field footprint by 18%, based on cadaveric measurement studies. This streamlined geometry has been associated with a 62% reduction in transient postoperative dysphagia (1.9% vs. 5.0% in historical controls), a statistically significant difference in a retrospective cohort of 210 patients. The plate’s low profile also facilitates easier plate positioning and screw targeting, reducing average instrumented OR time by 12 minutes per level (n=78, p<0.001). The pre‑contoured lordotic bend (10°‑15°) matches natural cervical curvature, minimizing the need for intraoperative bending.