Prospect of rapid mold manufacturing technology
The key position of technology in the manufacturing industry, rapid development, especially the rapid development of metal mold technology development research is highly concerned, summarizing the key issues and development trends of the technology has the following characteristics:
(1) The use range of fast soft molds and ceramics is limited. The rapid manufacture of metal molds for die-casting, injection molding, stamping, etc. is the goal of RPN technology;
(2) The indirect method combining various prototypes such as rapid prototyping and casting, spraying and other techniques is superior to the direct method. However, due to the increase of the process and the influence of the material properties and the manufacturing environment, the accuracy control is difficult. Big. Developing a mold material with good dimensional stability, reducing the molding process, and realizing the stability of the working environment are the key to improving the accuracy of indirect method molding;
(3) The direct molding method based on the stacking forming principle is difficult to meet the requirements for durable mold manufacturing with high precision and high surface quality in terms of surface and dimensional accuracy and comprehensive mechanical properties, and the cost is high and the size specifications are limited. The integration of stacking and removal forming techniques at low cost and suitable for fine processing and multi-material forming will be an effective method to improve the practicality, material adaptability and surface precision of direct molding;
(4) The rapid modeling method is suitable for China's national conditions and has broad application prospects. Compared with high-speed milling, it has an advantage in the manufacture of metal molds with fine complex shapes and EDM that are difficult to omit. To further improve the competitiveness of rapid tooling technology, it is necessary to develop processing data to generate a new method of direct and rapid molding that is easier to generate than CNC machining data and to obtain a wide range of material sizes and surface precision.
SIP Sockets & Adapters
Antenk high quality, dependable Single In-line Package (SIP) Sockets, Adapters, and Headers are designed with robust screw-machined terminals for superior performance.
SIP Sockets and Adapters Overview
SIP Sockets and Adapters from Antenk are easily customized with a variety of insulator options, including Peel-A-Way Removable Terminal Carriers, molded Solid Strips, and molded Snap Strips that are breakable at .100/(2.54mm) increments to ensure you always have the right size strip on-hand. All models feature our screw-machined terminals with multi-finger contacts for proven reliability and performance.
Replace hand loading operations, define a board-to-board stack height, or provide an easy method to plug and unplug components or boards. Contact us to design the exact SIP socket, SIP adapter, SIP header, or single row connector you need.
Automated assembly compliant.
Tapered entry for ease of insertion.
Wide range of patterns and terminal styles, from 2 to 100 positions.
Solder Preform terminals available for mixed SMT and thru-hole process applications.
Closed bottom sleeve for 100% anti-wicking of solder.
Optional Tape Seal on terminals protects contacts from contamination during board processing.
RoHS compliant insulators and terminals are compatible with lead-free processing - select either Matte Tin or Gold plating.
MACHINED FEMALE HEADER
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