Cutting inserts - Import export

Self-tapping threaded inserts for making high-strength, wear-free, vibration resistant screw connections in materials with low shear strength such as aluminium and aluminium alloys, brass, bronze, cast iron, duro and thermoplastics. The threaded inserts are tapered at the bottom and have a cutting slot. By screwing in they cut their own threads inside a receiver hole. This guarantees a completely secure and firm anchoring in the host material. Internal thread D1 acc. to ISO 6H. The threaded inserts with cutting slot spring slightly inwards in the slot region in some materials. This results in a screw locking effect. If this is not desired, we recommend the threaded inserts with a cutting bore.

Cortec VpCI® 130 AntiStatic Custom ESD Foam Inserts Safeguard sensitive electronics with Cortec VpCI® 130 AntiStatic Custom ESD Foam Inserts.Engineered by Cortec, these inserts offer unparalleled protection against static electricity and physical damage.The advanced antistatic formulation effectively dissipates static charges, preventing harmful ESD events. The closed-cell foam cushions and protects components from impacts, while Cortec's VpCI® technology provides long-lasting corrosion protection.Custom-cut for precise fit, these inserts are ideal for PCBs, semiconductors, and more.Eco-friendly and reusable, they offer exceptional value and peace of mind.

TYP C 034/Mil Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height. In the device can be adjusted via adjustment screws C 034/Mil both cutting length and height and the components are then processed. The setting is displayed on the relevant scale of the device. The component is manually inserted between the tools. Those are actuated by a pneumatic foot switch. The changeover for different cutting and grid dimensions happens in less than a minute. Components

TYP C 034/S Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height. In the device C 034/S can be set via adjustment screws both cutting length and height and the components are then processed. The setting is displayed on the relevant scale of the device. The component is manually inserted between the tools. Those are actuated by a pneumatic foot switch. The changeover for different cutting and grid dimensions happens in less than a minute. Components

TYP C 043/B Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height and - if necessary - marked. This axial taped components are processed in high- components. The machine type C 043 / B can be adjusted using the adjustment spindles cutting length and the embossing position. The setting is displayed on the relevant scale of the device. Optionally can be monitored through a digital display setting. The embossing tool is specifically for connecting pins and is manufactured according to customer requirement. The machine can be upgraded for the various tools. The taped components are fed into the machine and processed automatically. The transport speed is infinitely variable. The tool change for other forms of bending takes about 5 minutes. Components

TYP C 044/S Cutting, stamping and bending device for axial components Description To facilitate the placement of short axial leaded components that must be cut before insertion into the circuit board to the appropriate length and bent to the required height and - if necessary - marked . This axial taped components are processed in high- components. In the device 044 C / S to be bent, the components are manually inserted into the device and processed by triggering the pneumatic foot switch. The high- axial component can be provided either at one or at both terminal wires with a bead for preventing falling out of the printed circuit board according to the manual setting operation. Components