Bojin SYSTEM 5000 Orthopedic Power Tool BJ5509 Reciprocating Saw -Singlefunctional

Dedicated Reciprocating Saw for Orthopedic Procedures

The BOJIN SYSTEM 5000 BJ5509 is a single-function reciprocating saw designed specifically for orthopedic surgical applications requiring controlled back-and-forth blade movement. Its focused configuration allows the instrument to concentrate on efficient bone cutting and preparation without the complexity of multiple interchangeable functions.

This dedicated approach makes the BJ5509 a practical option for surgical teams that prefer a specialized power tool for procedures involving bone sectioning, trimming, shaping or other cutting-related tasks.

High-Frequency Reciprocating Motion

The BJ5509 offers two oscillation settings of 12,000 and 15,000 cycles per minute. These operating levels provide flexibility for different cutting requirements while maintaining consistent reciprocating movement during use.

High-frequency blade motion can support efficient cutting performance, while the selectable operating levels allow medical professionals to choose a suitable setting according to the procedure, blade selection and surgical technique.

Consistent Power for Controlled Bone Cutting

With a maximum output power of 200 W, the BJ5509 is designed to provide stable mechanical performance throughout the cutting process. A consistent power supply helps the blade maintain effective reciprocating movement, which can be important when performing repeated or carefully guided cuts.

The combination of available power and high-frequency oscillation is intended to provide a balance between cutting efficiency and instrument control in demanding orthopedic environments.

Single-Function Design for Focused Operation

Unlike multi-attachment systems, the BJ5509 is built around one primary surgical function: reciprocating bone cutting. This focused design can simplify equipment preparation and make the instrument straightforward to deploy when the procedure specifically calls for a reciprocating saw.

For surgical departments that frequently perform procedures involving powered bone cutting, a dedicated handpiece can also help simplify instrument selection and operating-room preparation.

Battery-Powered Mobility

The BJ5509 operates with a 9.6 V, 1800 mA battery configuration and is supplied with two batteries as standard. A cordless setup can help reduce cable management around the operating field and allow greater freedom when positioning the instrument.

The inclusion of an additional battery also gives clinical teams greater flexibility when preparing equipment for consecutive procedures or managing battery rotation.

Designed for Practical Surgical Handling

The instrument incorporates an ergonomic configuration intended to provide a secure and comfortable grip during operation. Practical handling is particularly important when the surgeon needs to maintain a consistent cutting path or reposition the handpiece during a procedure.

The compact powered configuration allows the instrument to be manipulated without unnecessary external connections, supporting a more organized working environment in the operating room.

Durable Stainless Steel Components

High-strength stainless steel components are used in the construction of the BJ5509 to provide durability for professional medical use. The robust material selection is intended to withstand the demands of routine handling and repeated reprocessing when the device is maintained correctly.

Combined with a brushless motor and dedicated operating function, the construction is designed to support dependable service in orthopedic surgical environments.

Detachable Battery Case and Sterilization Support

The BJ5509 features a detachable autoclavable battery case designed to support equipment preparation and sterilization workflows. The system is autoclavable at 134°C for 5 minutes.

Before each clinical application, cleaning, inspection and sterilization should be completed according to the manufacturer's instructions for use and the healthcare facility's validated procedures.