Polypropylene sutures
Non-absorbable sutures
Polypropylene suture is a non absorbable sterile surgical suture composed of an isostatic crystalline stereoisomer of polypropylene, a synthetic linear polyolefin.
Technical details :
Product, polypropylene sutures
Suture characteristics, synthetic non-absorbable surgical suture
Suture type, monofilament
Material, polypropylene
Absorption, non-absorbable
Usp range, usp2~usp6/0
Color, blue
Sterilization, gamma rays of cobalt 60.
Shelf life , 3 years
Needle type, all needle profiles conforming to usp standards.
Thread length, 45cm, 75cm, 150cm
Needle length, 13mm-50mm
Packaging, in aluminium foil packages with or without needle
, 12 units in one box
, 50 boxes in one master carton
Silk sutures
Non-absorbable sutures
This product is the (non-absorbable silk) suture with needle. The basic material for the suture needles is the stainless steel alloy while the suture is the silkworm silk.
The suture body is smooth and flexible, with less dragging effect to the tissues, high tensile strength and good bio-performances.
Technical details :
Productsilk sutures
Suture characteristicssynthetic non-absorbable surgical suture
Suture typebraided
Materialsilkworm silk
Absorptionnon-absorbable
Usp rangeusp2~usp6/0
Colorblack
Sterilizationgamma rays of cobalt 60.
Shelf life 3 years
Needle typeall needle profiles conforming to usp standards.
Thread length45cm, 75cm, 150cm
Needle length13mm-50mm
Packagingin aluminium foil packages with or without needle
12 units in one box
50 boxes in one master carton
ORTHOSYN RT The adjustable femoral cortical fixation system provides adjustable cortical fixation for anterior cruciate ligament reconstruction. It offers strong pulling force. ORTHOSYN RT removes the need for multiple implant sizes.
The ORTHOSYN RT Femoral Cortical Fixation System is designed for graft femoral cortical attachment.
The implant has a variable knot length structure that allows the tendon within the tunnel to be adjusted with optimum tension.
ORTHOSYN SUTURE PASSER are single use instruments packaged sterile. Each type has various curved tip configurations for arthroscopic Bankart, SLAP & rotator cuff repairs. ORTHOSYN SUTURE PASSER has a 2.3 mm outer diameter tip and comes preloaded with a nitinol wire loop of suture used to shuttle suture through soft tissue. ORTHOSYN SUTURE PASSER can also be loaded with a monofilament suture for shuttling or with #2 Fiber suture to pass a stitch when using the ORTHOSYN MRY KNOTLESS ANCHORS eliminating the shuttle step.
The sharp tip and small diameter shaft will easily penetrate soft tissue while the reinforced shaft resists bending. After the tip is passed through soft tissue, the loop is deployed and retrieved through a cannula with a Crochet Hook or Suture Retriever. A suture strand or suture tail from a previously placed suture anchor is placed in the loop, and the opposite end of the loop is pulled, delivering the suture through tissue and out the cannula.
SIZES:
45 degree right and left
90 degree up
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Specifically engineered for fast, accurate and minimally invasive referencing of the Aperture to Cortex (AC) length, the GP PIN is the only graft passing guide pin of its kind.
Graft Passing Pin is used during soft tissue repairs, including cruciate ligament reconstructions, to facilitate the positioning of cannulated drills, passing of a soft tissue graft through the bone tunnel and referencing of the tunnel length.
Material: Steel
REF PRODUCT DESCRIPTION
16.150.042 graft passing pin 2.4mm Sharp Tip
16.150.043 graft passing pin 2.4mm Drill Tip
2.4MM Distal Radius variable Angle Volar Locking Plates Titanium Left 3 Holes -2 PCs
2.4MM Distal Radius variable Angle Volar Locking Plates Titanium Left 4 Holes -1 PCs
2.4MM Distal Radius variable Angle Volar Locking Plates Titanium Left 5 Holes -2 PCs
Cortical screws self-tapping 2.4mm Length 10mm To 28mm Each 5 50 PCs
Cortical screws self-tapping 2.4mm Length 10mm To 28mm Each 5 50 PCs
Total : 10 Plates & 100 Screws With Instruments Kit
After your purchase you will receive a same item as shown in the picture
Transforming Outcomes with Minimally Invasive Solutions
Spinal surgery has undergone a remarkable transformation with advancements in minimally invasive techniques and precision-engineered instruments. By reducing surgical trauma, enhancing procedural accuracy, and accelerating recovery times, these innovations deliver unparalleled benefits to patients and healthcare providers alike.
At Lingchuang, we are proud to contribute to these advancements by offering state-of-the-art tools and solutions that support the evolving needs of spinal surgery.
Key Advantages of Modern Spinal Surgery
Modern spinal surgery methods, including endoscopic techniques, provide a host of benefits over traditional open surgeries. Lingchuangs advanced equipment is designed to enhance these advantages, ensuring optimal outcomes for every procedure:
Reduced Pain and Trauma: Minimally invasive approaches require smaller incisions, which significantly decrease post-operative pain and minimize tissue damage.
Faster Recovery Times: Shorter hospital stays and quicker return to daily activities are key benefits, giving patients greater comfort and convenience.
Improved Precision: Tools like Lingchuangâ??s rigid endoscopes and specialized instruments provide surgeons with enhanced visibility and control, ensuring more accurate diagnoses and treatments.
Lower Risk of Complications: Smaller incisions and refined surgical tools reduce the risk of infection, blood loss, and complications, contributing to safer outcomes.
Targeted Treatment: Advanced imaging and instrumentation allow surgeons to address specific spinal conditions with minimal impact on surrounding tissues.
Endoscopic spine surgery (ESS) has emerged as a significant advancement in the treatment of various spinal conditions, utilizing specialized instruments designed to minimize tissue damage and enhance surgical precision. This article delves into the evolution, current applications, and prospects of endoscopic spine instruments.
Historical Context
The roots of endoscopic spine surgery trace back to the early 20th century when orthopedic surgeons began employing arthroscopic tools for spinal visualization. Over the decades, advancements in technology have transformed these initial techniques into sophisticated endoscopic systems capable of addressing complex spinal pathologies. The introduction of minimally invasive approaches has led to reduced post-operative pain, shorter recovery times, and fewer complications compared to traditional open surgeries.
Key Instruments in Endoscopic Spine Surgery
Endoscopes
Endoscopes are pivotal in ESS, allowing surgeons to visualize the surgical field with minimal disruption. Modern endoscopes typically feature:
Rod-lens camera systems: These provide high-resolution images.
Working channels: Allow for the insertion of surgical instruments.
Irrigation channels: Help maintain a clear view by flushing out debris.
Surgical Tools
A variety of specialized tools are used in conjunction with endoscopes, including:
Endoscopic drills and shavers: Designed for precise bone resection.
Articulating burrs: Enable angled drilling in difficult anatomical locations.
Kerrison punches: Facilitate bony removal with minimal collateral damage.
Navigation and Imaging Technologies
Recent innovations include the integration of navigation systems and augmented reality. These technologies enhance the surgeon's ability to navigate complex anatomy and improve overall surgical outcomes.
Surgical Forceps
The surgical forceps are designed for grasping tissues or instruments under endoscopic guidance during surgery. They are equipped with an overload protection device, which ensures safe handling and prevents excessive force that could damage delicate tissues or instruments. This feature enhances precision and safety during the surgical procedure.
Surgical Table Cover
Surgical table cover for operating room table cover, operating tools or equipment placed on the surface, comfortable to touch, with viscose non-woven fabric, with PE laminate; Good absorption capacity, no leakage. As a necessary part suitable for various surgical sheets, packaging and other general surgical equipment and accessories, in addition to the central absorbent part of surgical packaging, it also provides reliable performance in addition to low villi, mainly to help reduce surgical site infections.
Plasma system is used in medical surgeries with safety advantages of low temperature, small thermal damage, and no need for neutral plate. It speeds up the surgical process, reduces cutting thermal damage, releases labor intensity, reduces or avoids bleeding, relieves patient pain and reduces postoperative complications.
Plasma system consists of console (including the motherboard, control panel, output interface and power cord), foot switch, and multi-functional plasma surgery electrode.
The Osseous Plasma Wand are used for tissue ablation and dissection. And use of Plasma results in temperatures typically no higher than 40-65 �°C, thus minimize thermal damage of surrounding tissue.
Design Benefits
Used for Larynx Surgery
Enough length to reach target location
Design of unit is such that it will give better visualization and flexibility during surgical procedure
The Osseous Plasma Wand are used for tissue ablation and dissection. And use of Plasma results in temperatures typically no higher than 40-65 �°C, thus minimize thermal damage of surrounding tissue.
Design Benefits
Bipolar Suction Technology
Used for Epistaxis Hemostasis
Without Thermal Damage
The Osseous Plasma Wand are used for tissue ablation and dissection. And use of Plasma results in temperatures typically no higher than 40-65 �°C, thus minimize thermal damage of surrounding tissue.
Design Benefits
Used for Nasal Hemostasis
Small wound injury, Less bleeding
Faster Recovery than routine
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