Stryker 375-704-500 surgical handpiece

Key Specifications of Stryker 375-704-500 Handpiece:

Type:

The Stryker 375-704-500 is a powered surgical handpiece designed for use with a variety of orthopedic surgical procedures. It is commonly used in bone drilling, reaming, and screw insertion procedures.

Compatibility:

The handpiece is compatible with Stryker’s modular power systems, typically used with motors and controllers from Stryker's range of surgical power tools. It integrates with systems like the Stryker System 7 or Stryker System 6, offering flexibility in the OR.

Power Source:

The handpiece is powered by a high-speed motor, which can be either electric or pneumatic, depending on the system it is used with. The high-speed motor provides reliable and consistent performance for demanding surgical procedures.

Ergonomics and Design:

The handpiece is designed for ergonomic use, offering a comfortable grip for surgeons, allowing them to maintain control during extended surgeries.

It is generally lightweight and balanced, reducing hand fatigue and improving the precision of movements.

Speed and Torque:

The Stryker 375-704-500 handpiece offers a high-speed range (e.g., up to 30,000 RPM or higher) for drilling, cutting, and other procedures requiring fast and precise rotations.

The torque settings can be adjusted to suit specific surgical needs, providing optimal control and performance during bone preparation and screw insertion.

Usage:

Commonly used in orthopedic procedures such as:

Fracture fixation

Joint replacement

Spinal surgeries

Trauma surgeries

Arthroscopy (if compatible accessories are used)

Bone drilling for inserting screws or hardware

It can also be used for reaming and tapping in certain applications.

Sterilization:

The Stryker 375-704-500 handpiece is typically autoclavable, ensuring it can be sterilized at high temperatures (typically 134°C or 273°F) to maintain a sterile environment in the operating room.

It is important to follow the manufacturer’s guidelines for cleaning and sterilization to maintain the tool’s functionality and longevity.

Durability and Construction:

The handpiece is constructed from durable, medical-grade materials that are designed to withstand the rigors of a hospital or surgical environment. This includes resistance to repeated sterilization cycles and frequent use during various procedures.

Safety Features:

The handpiece is designed with safety mechanisms to reduce the risk of overheating and malfunction, and may include safety features like overload protection.

It may also feature noise reduction technologies, contributing to a more comfortable environment for both the surgical team and the patient.

Size and Weight:

The handpiece is typically compact and lightweight for ease of use, allowing for maneuverability and flexibility during surgery.

Specific weight and dimensions will vary but are designed to minimize fatigue during long surgeries.

Applications of the Stryker 375-704-500 Handpiece:

Orthopedic Surgery: For drilling, reaming, tapping, and inserting screws for fracture fixation and joint replacements.

Spinal Surgery: Drilling into bones for pedicle screw insertion and other spinal procedures.

Trauma Surgery: Used in trauma cases involving bone fractures that require stabilization with hardware.

Summary of Key Specifications:

Type: Powered surgical handpiece for orthopedic procedures.

Compatibility: Compatible with Stryker’s modular power systems (e.g., System 6, System 7).

Power Source: Electric or pneumatic motor (depending on system).

Speed: High-speed, up to 30,000 RPM or more.

Ergonomics: Lightweight and ergonomic design for extended use.

Torque: Adjustable torque settings for precision.

Sterilization: Autoclavable for easy cleaning and reusability.

Materials: Constructed from durable, medical-grade materials for longevity.

Safety Features: Includes safety mechanisms to prevent overheating and malfunction.

Conclusion:

The Stryker 375-704-500 handpiece is a versatile, high-speed surgical tool designed to assist in various orthopedic procedures, including bone drilling, reaming, tapping, and screw insertion. Its ergonomic design, compatibility with Stryker power systems, and sterilizability make it an essential tool in the operating room. Whether used in trauma surgery, joint replacement, or spinal surgery, the handpiece provides reliable performance, precision, and control, helping surgeons achieve optimal outcomes.