The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 30G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 16G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 18G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 21G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 22G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 23G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 25G appeared first on Xinhong Medical.

The design of the side-hole minimizes the disruption of existing tissue.

You can easily control the depth using the graduated scale, with each mark representing 10mm.

The post 27G appeared first on Xinhong Medical.