Shree Balaji Enterprises

The Burn's bone holding forceps is a self retaining forceps which is used for holding the bone during open surgery.

Burn’s Bone Holding Forceps is a specialized orthopedic surgical instrument designed for securely grasping, stabilizing, and manipulating bones during various surgical procedures. It is widely used in orthopedic, trauma, and reconstructive surgeries, particularly in fracture fixation, bone alignment, and osteotomy procedures. The instrument is engineered to provide a strong and reliable grip on bone structures, ensuring precision and stability during surgical interventions.
Material and ConstructionBurn’s Bone Holding Forceps is crafted from high-grade stainless steel (SS 410 or SS 420), ensuring exceptional strength, corrosion resistance, and long-term durability. The high-quality material allows for repeated sterilization through autoclaving, making it a hygienic and reusable instrument in surgical settings. The forceps' robust structure ensures they can withstand high mechanical forces without deformation, making them a dependable tool for orthopedic surgeons.
Design Features
1. Serrated Jaws for a Firm GripThe forceps feature strong, serrated jaws that provide a secure hold on bones, minimizing the risk of slippage during procedures.The serrations help distribute force evenly, reducing the likelihood of bone damage or fracture displacement.
2. Curved and Straight VariantsAvailable in curved and straight designs, allowing surgeons to choose the most suitable type based on surgical needs.The curved variant provides better access to deep or angled bone structures, while the straight variant ensures direct and firm stabilization.
3. Ratchet Lock MechanismA built-in ratchet locking system enables the surgeon to adjust and maintain a consistent grip on the bone without continuous hand pressure.This feature enhances surgical efficiency, reducing hand fatigue during long procedures.
4. Ergonomic Handle DesignThe handles are designed for a comfortable and firm grip, allowing precise control with minimal effort.The smooth, polished surface ensures a secure and non-slip hold, even with gloved hands.
Clinical Applications
Burn’s Bone Holding Forceps is essential in various orthopedic and trauma procedures, including:
Fracture Reduction: Used to hold bone fragments in alignment before fixation with plates, screws, or wires.
Osteotomy (Bone Cutting): Assists in stabilizing bones while performing controlled cuts for corrective procedures.
Bone Drilling and Screwing: Ensures stability and precision when drilling holes or inserting orthopedic implants.
Spinal Surgery: Provides a secure hold on vertebrae during fusion or stabilization procedures.
Reconstructive Surgery: Used in cases of bone grafting or tumor removal, ensuring precise bone manipulation.
Advantages of Burn’s Bone Holding Forceps
1. Reliable and Secure FixationStrong serrated jaws prevent unintended movement, ensuring accurate bone positioning.
2. High-Quality MaterialStainless steel construction provides long-lasting performance with resistance to rust and wear.
3. Minimized Bone TraumaThe instrument’s design allows a firm grip without excessive pressure, reducing bone damage.
4. Easy Sterilization and MaintenanceFully autoclavable, ensuring compliance with surgical hygiene standards.
5. Versatile UsageSuitable for a wide range of orthopedic, trauma, and reconstructive surgeries.

Bone holding forceps are primarily used in orthopedic surgery to securely grip and manipulate bone fragments during procedures like fracture repair, joint reconstruction, or bone realignment, allowing surgeons to maintain proper bone alignment and position throughout the surgery by holding the bone in place with a firm grasp. 

Bone Reduction Forceps are specialized surgical instruments used in orthopedic procedures to reduce and align bone fragments during fracture fixation. These forceps play a vital role in the precise realignment of bones to restore their normal anatomical position before securing them with plates, screws, or other fixation devices. The design of bone reduction forceps allows for strong grasping, controlled reduction, and stabilization of fractured bone ends, ensuring optimal healing and improved outcomes for the patient.
Design and StructureBone reduction forceps are typically made from high-quality, corrosion-resistant stainless steel or titanium, ensuring biocompatibility and durability. These instruments come in a variety of shapes and sizes to accommodate different bone types and fracture patterns. The design includes ergonomic handles, a ratchet locking mechanism, and blades or jaws that are specifically shaped for grip and precision.
Key Features of Bone Reduction Forceps:1. Precision Gripping MechanismSharp jaws or blades designed to securely hold bone fragments without causing damage to the bone surfaces.Some forceps feature teeth or serrated edges to provide a more secure grip on the bone.

2. Ergonomic Handle DesignErgonomically designed handles reduce hand fatigue during prolonged procedures.Ratchet mechanisms allow the forceps to be locked in place, providing consistent and stable grip on bone fragments.

3. Variety of Blade Shapes and SizesAvailable in various shapes and configurations, including straight, angled, or curved blades, to suit different fracture locations.Small and large forceps are available, accommodating fractures in both small and large bones (e.g., femur, tibia, humerus, etc.).
4. Controlled Reduction MechanismThe forceps enable gradual reduction, offering adjustable pressure to realign bone fragments without causing excessive force or trauma to the surrounding tissue.The instrument's design ensures precise control during fracture manipulation, which is critical in maintaining anatomical alignment.
5. Locking and Non-locking OptionsSome bone reduction forceps come with locking mechanisms that securely hold the bone fragments once they are aligned.Non-locking options are also available, providing flexibility depending on the needs of the surgeon and the complexity of the fracture.
Applications and IndicationsBone reduction forceps are used in a wide variety of orthopedic procedures, particularly in the treatment of fractures. Some of the primary applications include:1. Fracture ReductionBone reduction forceps are essential in realigning fractured bone ends before securing them with other fixation devices such as plates and screws.They are particularly useful in comminuted, displaced, or complex fractures where alignment and stabilization are critical.
2. Osteotomy ProceduresThese forceps are often used in corrective surgeries like osteotomies, where bones are intentionally cut and repositioned to improve function or alignment.
3. Fracture StabilizationForceps help in the initial stabilization of fractured bones during surgery, enabling the surgeon to work more effectively and securely.
4. Bone Lengthening and ReconstructionIn reconstructive surgeries such as bone lengthening, reduction forceps play a role in ensuring the bone fragments are properly aligned during the surgical process.
5. Pelvic and Spinal FracturesBone reduction forceps are invaluable when working with pelvic fractures or spinal fractures, where accurate realignment is essential for restoring proper function and preventing complications.

Bone holding forceps are surgical tools used to grip, manipulate, and stabilize bones during orthopedic procedures. They are also known as bone clamps. 

Bone cutting forceps are surgical instruments used to cut, shape, and manipulate bones. They are used in a variety of orthopedic surgeries, including fracture repair, joint reconstruction, and amputations. 

Bone reduction forceps are surgical tools used to manipulate and position bones during orthopedic surgeries. They're used to treat broken bones, or fractures, and to realign them. 

Small tooth forceps are primarily used to grasp and extract small, delicate teeth or fragments of teeth, particularly in situations where a larger forceps might cause too much damage to surrounding tissue; they are often employed in dental procedures requiring precise manipulation,