A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws. Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
TIT040
4-Hole 87mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT040
TIT060
6-Hole 124mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT060
TIT070
7-Hole 123mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT070
TIT080
8-Hole 160mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT080
TIT090
9-Hole 178mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT090
TIT100
10-Hole 190mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT100
TIT110
11-Hole 214mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT110
TIT120
12-Hole 232mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT120
TIT140
14-Hole 268mm
A titanium orthopaedic plate that allows placement of cortex screws in either a "load position" to effect compression or a "neutral position". Use with Knight Benedikt 4.5mm titanium cortex screws.
Titanium alloy is an excellent choice for orthopaedic implants. It is stronger and lighter in weight compared to stainless steel, and has superior resistance to repeated loads (cycling) making it ideal for its application as an implant. However, excessive deformation should be avoided (ie. do not bend the plate back and forth too often).
Product #: TIT140