AAKO Accelerated Ejectors
Features:
The products can not be demoulded completely in the first eject if the mold has thick rib or needs greater force to demould,so that requests demould by hand or by adding the ejector stroke and then increase the mold structure.
If use the accelerated ejectors,it can solve the above problem and then improve the automation and simplify the structure.
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AAPRSS Steel Angle Pin Housing
Steel Angle Pin Housing is a common mechanical component used to hold and support angle guide rods. Its design is reasonable, the material is wear-resistant and durable, and it can be used for positioning, transmission and support in various mechanical equipment. Steel Angle Pin Housing can ensure the accurate position and stability of the inclined guide rod, and improve the working precision and reliability of the mechanical system. Steel Angle Pin Housing has a wide range of applications, commonly found in CNC machine tools, machining equipment, printing machinery and packaging machinery. They are used in these devices to transmit force and motion while maintaining the positional stability of components, ensuring work accuracy and repeatability.
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All Models of Injection Molding Machine Peripheral Equipment
Category:
Dryer Series
Summary:The company operates a complete range of products, including granulators, extruders, pulverizers, mills, chillers, automatic feeding machines...
Automatic Silicone Baby Nipple Making Machine Injection Molding Machine For Baby Pacifier Baby Nipple Manufacturing Machin
Automatic Silicone Baby Nipple Making Machine Injection Molding Machine For Baby Pacifier Baby Nipple Manufacturing Machin Horizontal Liquid Silicone Rubber Injection Molding Machine Direct pressure mold opening and closing system, horizontal injection structure, it can adjust the mold faster, and control the position more accurately, lt is more suitable for the production of LSR parts that can be automatically removed from the mold.Request A Quote
BBG Angle Pin Housing
Angle Pin Housing is a common component in a mechanical device, which is used to fix and support the angle guide rod. It is usually made of wear-resistant, high-strength materials, such as metal alloys or engineering plastics, to ensure its stability and durability. The design of Angle Pin Housing allows the inclined guide rod to be installed and fixed at a certain angle, so that it can achieve accurate movement under a specific inclined guide. The seat part is usually of an appropriate bore size and shape to fit the diagonal guide rod and provide stable support.
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BNP Alloy Steel Double -Pole Mechanism Core
Double-Pole Mechanism Core is a common core component in double-bar mechanism, which is used to realize linear or translational motion. Unlike common dual-rod cores, no-water means the core has no channels for lubricant to flow. Double -Pole Mechanism Cores are usually made of wear-resistant, high-strength materials such as metal or engineering plastics to ensure their durability and reliability. The core has a special shape and structure, which can be in contact with the guide rail or sliding surface in the double-bar mechanism, and realize linear or translational motion by sliding.
BNP Alloy Steel Double -Pole Mechanism Core
Double-Pole Mechanism Core is a common core component in double-bar mechanism, which is used to realize linear or translational motion. Unlike common dual-rod cores, no-water means the core has no channels for lubricant to flow. Double -Pole Mechanism Cores are usually made of wear-resistant, high-strength materials such as metal or engineering plastics to ensure their durability and reliability. The core has a special shape and structure, which can be in contact with the guide rail or sliding surface in the double-bar mechanism, and realize linear or translational motion by sliding.
BSN Alloy Steel Double -Pole Mechanism Sliding Feet
Alloy Steel Double -Pole Mechanism Sliding Feet is an important component in a mechanical transmission for linear or translational motion. It is a sliding part in a two-bar mechanism, and no waterway means that the slide foot does not have a channel for lubricant to flow. Alloy Steel Double -Pole Mechanism Sliding Feet is usually made of wear-resistant, high-strength materials such as metal or engineering plastics to ensure its durability and reliability. Sliding feet have a special shape and structure that can be in contact with guide rails or sliding surfaces to achieve linear or translational motion by sliding.
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CCA Slide Core Flex Pulling
Slide Core Guide Units are a common mechanical component widely used in injection molding and mold making. It is a specially designed sliding part used to obliquely push or eject formed products or components. Slide Core Guide Units have a unique slope structure that enables them to achieve diagonal movement in injection molds. By applying external force or driving device, the sliding seat slides obliquely to push the molded product out of the mold cavity to complete the ejection process. Such slides are typically constructed of wear-resistant, high-strength materials to ensure durability and reliability. It has smooth sliding characteristics and precise positioning capabilities to ensure the accuracy and consistency of the product ejection process.
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CCA Slide Core Flex Pulling
Slide Core Flex Pulling is a common component in mold manufacturing, which is used to realize the molding of special shapes such as hollow or internal channels during injection molding. Slide Core Flex Pulling is usually made of high-strength materials such as steel or engineering plastics to ensure its durability and stability. The main function of Slide Core Flex Pulling is to make the product have a hollow structure or internal passage during the injection molding process, such as hollow pipes, holes, grooves, etc. It is usually used in conjunction with a fixed part in the mold, through the lateral movement to achieve the shape of the part.
CS Slide Core Guide Units
Slide Core Guide Units are a common mechanical component widely used in injection molding and mold making. It is a specially designed sliding part used to obliquely push or eject formed products or components. Slide Core Guide Units have a unique slope structure that enables them to achieve diagonal movement in injection molds. By applying external force or driving device, the sliding seat slides obliquely to push the molded product out of the mold cavity to complete the ejection process. Such slides are typically constructed of wear-resistant, high-strength materials to ensure durability and reliability. It has smooth sliding characteristics and precise positioning capabilities to ensure the accuracy and consistency of the product ejection process.
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