The CNC Machined Mold Rotary Indexing Plate is a precision-engineered mold component designed to provide accurate rotational positioning, repeatable indexing, and stable alignment within mold systems, automated tooling equipment, and precision manufacturing fixtures. Manufactured through advanced CNC machining processes, this component plays a critical role in applications where exact rotational positioning and repeatability are essential to production accuracy.
Modern mold manufacturing increasingly relies on precision indexing mechanisms to improve productivity, reduce setup times, and maintain consistent product quality. Rotary indexing plates allow mold systems and tooling assemblies to move between predefined positions with exceptional accuracy, supporting multi-station manufacturing processes, automated production lines, and complex tooling operations.
The double-layer structure commonly used in indexing plates enhances mechanical stability while allowing integration of positioning holes, indexing features, fastening interfaces, and rotational guidance systems. Precision-machined indexing surfaces ensure smooth operation and reliable positioning throughout repeated production cycles.
Shenzhen KONSTUN Precision Technology Co., Ltd. specializes in the manufacturing of high-precision Mold Components, tooling systems, and custom industrial parts. Using advanced CNC machining centers, multi-axis processing technology, and comprehensive inspection equipment, we produce rotary indexing plates capable of meeting the strict requirements of modern mold manufacturing environments.
Our engineering team can customize indexing plates according to specific application requirements, including diameter, indexing positions, hole patterns, mounting structures, locking mechanisms, and material specifications. Whether used in injection molds, rotary fixtures, assembly tooling, automated manufacturing equipment, or precision positioning systems, our indexing plates deliver dependable performance and long-term operational reliability.
The combination of Precision Machining and rigorous quality control ensures accurate indexing, smooth rotational movement, and excellent dimensional consistency. These characteristics contribute directly to improved manufacturing efficiency and reduced production variation.
High Positioning Accuracy
Precision machining ensures repeatable indexing and reliable positioning performance.
Stable Double-Layer Structure
Provides enhanced rigidity and structural stability during operation.
Excellent Repeatability
Supports consistent positioning throughout long production cycles.
Precision Hole Patterns
Accurately machined mounting and indexing holes improve assembly precision.
Smooth Rotary Operation
Designed for reliable movement and reduced mechanical wear.
Customizable Indexing Configurations
Available with different indexing angles and positioning layouts.
High Structural Strength
Suitable for demanding Industrial Tooling applications.
Long Operational Life
Manufactured for continuous use in production environments.
Improved Production Accuracy
Enhances positioning precision within mold and fixture systems.
Increased Manufacturing Efficiency
Reduces setup times and supports automated operations.
Reliable Position Repeatability
Maintains consistent indexing performance during repeated cycles.
Flexible Engineering Design
Supports custom configurations for specialized applications.
Reduced Equipment Downtime
Durable construction contributes to long-term operational reliability.
Suitable for Complex Tooling Systems
Can be integrated into advanced mold and automation equipment.
Material Preparation
CNC Milling
Multi-Axis Machining
Precision Drilling
Indexing Feature Machining
Dimensional Inspection
Final Quality Verification
Aluminum Alloys
Aluminum 6061-T6
Aluminum 7075-T6
Aluminum 6082
Mold and Tool Steels
P20 Tool Steel
H13 Tool Steel
S136 Stainless Mold Steel
SKD11
Custom Materials
Anodizing
Hard Anodizing
Black Oxide
Nickel Plating
Sandblasting
Precision Grinding
Laser Marking
Injection Mold Systems
Rotary positioning and indexing within mold assemblies.
Multi-Station Tooling
Supports accurate movement between manufacturing positions.
Automated Production Equipment
Used in automated indexing and positioning mechanisms.
Precision Fixture Systems
Provides repeatable positioning for machining and inspection fixtures.
Assembly Automation
Rotary positioning for automated assembly processes.
Semiconductor Manufacturing Equipment
High-precision positioning components for advanced manufacturing systems.
Industrial Tooling Systems
Used in production tooling and precision engineering applications.
Special Purpose Machinery
Custom indexing solutions for specialized industrial equipment.
Can indexing positions be customized?
Yes. We can manufacture custom indexing angles, positioning holes, and rotational configurations.
What materials are available?
Aluminum alloys, tool steels, mold steels, stainless steels, and customized materials.
What positioning accuracy can be achieved?
Accuracy depends on design requirements, with precision machining capable of achieving very tight tolerances.
Can the indexing plate be integrated with locking mechanisms?
Yes. Custom locking and positioning systems can be incorporated according to project needs.
Do you support prototype tooling projects?
Yes. We support prototypes, pilot production, and full-scale manufacturing.
Which industries commonly use rotary indexing plates?
injection molding, automation equipment, semiconductor manufacturing, assembly systems, tooling, and precision engineering industries.
Tel: +86 13823354485
E-mail: konstun@126.com
5th Floor, Building A, Xinghezhong High-Tech Industrial Park, No. 7 Xiangshan Avenue, Luotian, Songgang Subdistrict, Bao'an District, Shenzhen
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