Abstract: A prefilled syringe safety device and injector for use with a syringe. The prefilled syringe safety device and injector includes a cartridge, a casing, a tube, a biasing member, a ring and a plunger slider. The cartridge supports the syringe therein. The cartridge is supported within the casing. The tube includes a tube distal end. The tube is slidably engaged with the cartridge and can be in an extended state and in a retracted state. When in the retracted state, the needle of the syringe extends beyond the tube distal end and the casing distal opening. The biasing member is engaged with the cartridge and the tube to bias the tube in the extended state. The ring includes a protrusion and is engaged with the tube and the biasing member. The protrusion is positioned within the track. The plunger slider engages with the plunger of the syringe.

Abstract: A prefilled syringe safety device and injector for use with a syringe. The prefilled syringe safety device and injector includes a cartridge, a casing, a tube, a biasing member, a ring and a plunger slider. The cartridge supports the syringe therein. The cartridge is supported within the casing. The tube includes a tube distal end. The tube is slidably engaged with the cartridge and can be in an extended state and in a retracted state. When in the retracted state, the needle of the syringe extends beyond the tube distal end and the casing distal opening. The biasing member is engaged with the cartridge and the tube so as to bias the tube in the extended state. The ring includes a protrusion and is engaged with the tube and the biasing member. The protrusion is positioned within the track. The plunger slider engages with the plunger of the syringe.

Abstract: An ignition wire includes a conductive core, an insulation layer surrounding the core, an insulating jacket surrounding the insulation layer and a coating layer which is grafted and bonded to at least a portion of an exterior surface of the insulating jacket. The coating layer and insulating jacket are preferably formed of silicone materials. The coating layer is operative to provide enhanced resistance to heat and abrasion, as well as other benefits to the exterior surface of the insulating jacket. The coating layer may be transparent and provide an aesthetically pleasing clear coat, or may be tinted or colored to produce various other cosmetic or decorative characteristics to the outer surface of the ignition wire. The coating layer provides these enhanced protections without the diminishing electrical or mechanical performance properties of either the insulation layer or the insulating jacket.

Abstract: An ignition wire includes a conductive core, an insulation layer surrounding the core, an insulating jacket surrounding the insulation layer and a coating layer which is grafted and bonded to at least a portion of an exterior surface of the insulating jacket. The coating layer and insulating jacket are preferably formed of silicone materials. The coating layer is operative to provide enhanced resistance to heat and abrasion, as well as other benefits to the exterior surface of the insulating jacket. The coating layer may be transparent and provide an aesthetically pleasing clear coat, or may be tinted or colored to produce various other cosmetic or decorative characteristics to the outer surface of the ignition wire. The coating layer provides these enhanced protections without the diminishing electrical or mechanical performance properties of either the insulation layer or the insulating jacket.