XP-AE Series Fully Automated Production Line for Rubber & Silicone Products

Line Composition:MAS system, electrical control system, rubber blank loading system, vulcanization system, mold removal system, product sorting system, production anomaly monitoring system, heat source energy-saving system, mold cleaning system, centralized fume treatment system, integrated frame structure, etc.Line Functions:Achieves full automation of the rubber product vulcanization process and associated pre- and post-processes. This includes all steps from rubber blank loading, product vulc...

XQ (GJ300S) H Injection Single-Unit Type Silicone Automation Equipment

Equipment Description:1. Compatible with various models of plate vulcanizing presses or vacuum vulcanizing presses.2. The equipment is equipped with a 25 kg silicone storage hopper, which alarms when material runs low. It allows independent refilling without interrupting production.3. The equipment includes a conveying and loading system, injection molding system, robotic system, electrical control assembly, etc.4. Solid silicone (25 kg) is stored in the hopper for use. It is conveyed to the inj...

XP (GT100S) H/XQ (GT100S) Cold Feed Single-Unit Type Rubber Automation Equipment

Equipment Description:Rubber strip raw material is cold-fed into the feeding port. The process includes conveying and plasticizing, rubber blank loading, product vulcanization, product demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, it forms a closed-loop process flow, enabling fully automated production.Application Scope:1. Rubber materials, including Nitrile (NBR), Hydrogenated Nitrile (HNBR), Fluoroelastomer (FKM), Ethylene Propylene Diene Mono...

XP (GT200S/GT300S/GT400S) H Cold Feed Single-Unit Type Rubber Automation Equipment

Equipment Description:Rubber strip raw material is cold-fed into the feeding port. The process includes conveying and plasticizing, rubber blank loading, product vulcanization, product demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, it forms a closed-loop process flow, enabling fully automated production.Application Scope:1. Rubber materials, including Nitrile (NBR), Hydrogenated Nitrile (HNBR), Fluoroelastomer (FKM), Ethylene Propylene Diene Mono...

XP (GT200S/GT300S/GT400S) H Cold Feed Dual-unit Rubber Automation Equipment

Equipment Description:Rubber strip raw material is cold-fed into the feeding port. The process includes conveying and plasticizing, rubber blank loading, product vulcanization, product demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, it forms a closed-loop process flow, enabling fully automated production.Application Scope:1. Rubber materials, including Nitrile (NBR), Hydrogenated Nitrile (HNBR), Fluoroelastomer (FKM), Ethylene Propylene Diene Mono...

XP (GT300-2S) H Cold Feed Dual-Mold Rubber Automation Equipment

Equipment Description:1. The equipment is designed to work with three-layer molds, producing two mold cycles per vulcanization cycle. It offers high production efficiency and large single-item output, making it suitable for rubber products with relatively longer vulcanization times.2. Rubber strip raw material is cold-fed into the feeding port. The entire process includes conveying and plasticizing, rubber blank loading, product vulcanization, product demolding, finished product boxing, and mold...

XQ (GT300S) H Cold Feed Front-mounted Standalone Unit Rubber Automation Equipment

Equipment Description:Rubber strip raw material is cold-fed into the feeding port. The entire process includes conveying and plasticizing, rubber blank loading, product vulcanization, demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, it forms a closed-loop process flow, enabling fully automated production.Application Scope:1. Rubber materials, including Nitrile (NBR), Hydrogenated Nitrile (HNBR), Fluoroelastomer (FKM), Ethylene Propylene Diene Monom...

XQ (JP300S) H Strip Cutting and Weighing Loading Type Rubber Automation Equipment

Equipment Description:Rubber sheet or roll raw material undergoes a complete process including conveying and loading, fixed-width cutting, material weighing, product vulcanization, demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, this forms a closed-loop process flow, achieving fully automated production.Application Scope:1. Rubber materials, including Nitrile (NBR), Hydrogenated Nitrile (HNBR), Fluoroelastomer (FKM), Ethylene Propylene Diene Monom...

XQ (JQ300S) H Rubber Ring Loading Type Rubber Automation Equipment

Equipment Description:Rubber strip raw material is cold-fed into the feeding port. The entire process includes conveying and loading, fixed-width cutting, material weighing, product vulcanization, demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, it forms a closed-loop process flow, enabling fully automated production.Application Scope:1. Rubber materials, including Nitrile (NBR), Hydrogenated Nitrile (HNBR), Fluoroelastomer (FKM), Ethylene Propylen...

XQ (KL300S) H Granule Loading Type Rubber Automation Equipment

Equipment Description:1. Rubber granular raw material undergoes a complete process including conveying and loading, fixture placement, product vulcanization, product demolding, finished product boxing, and mold cleaning. When integrated with a vulcanizing press, it forms a closed-loop process flow, enabling fully automated production.2. Equipped with a 30 kg large granule hopper, an elevator conveys the raw material through reciprocating agitation-type transportation, preventing granules from st...

XQ (JS650-2S)/ XQ (JS1100-2S) Specialized Rubber Automation Equipment for Medical Rubber Stoppers

Equipment Description:1. The equipment is suitable for sheet-fed products, enabling synchronous production with two molds. Each vulcanization cycle produces two mold sets of products, offering simple operation and high production efficiency.2. Rubber sheet or roll raw material undergoes a complete process including conveying and loading, length-based cutting, product vulcanization, demolding, finished product boxing, mold release agent spraying, and mold cleaning. When integrated with a vulcaniz...

Rubber Mold

The Rubber Mold: Engineering Precision for Elastomeric PerformanceThe production of rubber components—from intricate seals in aerospace assemblies to durable gaskets in automotive engines—is fundamentally governed by the quality and capability of the rubber mold. This tool is not merely a cavity that shapes uncured compound; it is a precision-engineered system that dictates the final part's dimensional accuracy, surface finish, mechanical properties, and economic viability. As global industr...

Durable and Efficient Production Rubber Molds

Durable and Efficient Production Rubber Molds: Engineering Longevity and ThroughputThe economic calculus of rubber component manufacturing hinges on two interdependent variables: the longevity of the tooling and the efficiency of the production cycle. A production rubber mold that fails prematurely or necessitates frequent maintenance erodes profitability through unplanned downtime and repair costs. Conversely, a mold that operates slowly or produces inconsistent parts constrains output and incr...

180° Split O-Ring Mold

The 180° Split O-Ring Mold: Precision Tooling for Maintenance and Complex AssemblyWithin the specialized domain of rubber molding, the design of a tool is fundamentally dictated by the geometry of the finished part and the constraints of its application. For the ubiquitous O-ring, the standard production method employs a fully enclosed, pin-type or flash mold, yielding seamless, dimensionally perfect rings ideal for OEM installation. However, a significant segment of demand exists not for new as...

Standard & Custom 180° Split O-Ring Molds

Standard & Custom 180° Split O-Ring Molds: Balancing Inventory Agility with Engineered PrecisionThe production of spliced O-rings, designed for maintenance and complex assembly scenarios, presents manufacturers with a fundamental strategic choice: to stock a range of common sizes for immediate demand or to engineer a unique solution for a specific, often critical, application. This dichotomy defines the market for 180° split O-ring molds, which are broadly categorized into standard, catalog-...

Transparent Silicone Product Mold

Transparent Silicone Product Mold: Engineering for Optical Clarity and Pristine SurfacesThe manufacture of transparent silicone components represents a distinct and demanding segment within rubber molding, governed by criteria that extend far beyond dimensional accuracy. Unlike opaque rubber parts where internal flow lines or subtle surface imperfections may be functionally acceptable, a transparent silicone product mold must produce items where the material itself becomes a functional optical e...

Split Rubber Mold

The Split Rubber Mold: Strategic Design for Complex Demolding and Dimensional ControlWithin the realm of rubber molding, the geometry of the desired part is the foremost dictator of tooling strategy. While simple, shallow components may be efficiently produced in a straight-pull, two-plate mold, a significant proportion of industrial rubber components feature undercuts, complex contours, or intricate internal geometries that physically prevent removal from a monolithic cavity block. This fundame...

High-Precision Split Rubber Molds for Complex Parts