Precision Positioning and Support Solution for Industrial and Automation Applications

The Precision Plastic L-Shaped Positioning Bracket is a functional engineering component designed to provide accurate positioning, stable support, and reliable assembly performance in a wide range of industrial systems. Manufactured from high-performance engineering plastics through advanced CNC machining processes, this component combines lightweight construction, dimensional accuracy, wear resistance, and electrical insulation properties.

In modern manufacturing environments, positioning components play a critical role in ensuring assembly accuracy and equipment reliability. Whether used in automation systems, electronic equipment, semiconductor devices, testing fixtures, or medical instruments, a precisely machined positioning bracket helps maintain alignment between components while reducing installation errors and operational instability.

Unlike metal brackets, engineering Plastic Positioning Brackets offer several unique advantages. Their lightweight structure helps reduce equipment weight, while their natural electrical insulation properties make them suitable for electronic and electrical applications. Additionally, engineering plastics provide excellent corrosion resistance and low friction characteristics, allowing them to perform reliably in environments where metal components may be unsuitable.

Shenzhen KONSTUN Precision Technology Co., Ltd. specializes in CNC machining of engineering plastics and custom precision components. We manufacture plastic positioning brackets according to customer drawings and technical specifications, supporting both prototype development and mass production projects.

Product Features

High Positioning Accuracy

precision CNC machining ensures reliable dimensional consistency and assembly accuracy.

Lightweight Construction

Engineering plastics significantly reduce component weight compared with metal alternatives.

Excellent Electrical Insulation

Suitable for electrical systems, electronic equipment, and sensitive instrumentation.

Corrosion Resistance

Resistant to moisture, chemicals, and many industrial operating environments.

Low Friction Performance

Engineering plastics reduce wear and improve operational smoothness.

High Dimensional Stability

Maintains reliable performance under varying operating conditions.

Customizable Design

Supports custom dimensions, hole patterns, slot structures, and mounting configurations.

Long Service Life

Durable materials provide extended operating life with minimal maintenance requirements.

Product Advantages

Reduced Equipment Weight

Helps improve equipment efficiency and handling performance.

Improved Assembly Accuracy

Provides precise positioning for components and assemblies.

Cost-Effective Manufacturing

Suitable for both prototype and production applications.

Enhanced Electrical Safety

Non-conductive materials reduce electrical risks.

Flexible Material Selection

Available in multiple engineering plastic materials.

Suitable for Diverse Industries

Widely used across automation, electronics, medical, and industrial sectors.

Available Materials

POM (Delrin)

Nylon (PA6 / PA66)

PEEK

PTFE

UHMW-PE

ABS

Acrylic (PMMA)

PVC

Customized Engineering Plastics

Applications

Automation Equipment

Positioning and support components for automated production systems.

Electronic Equipment

Mounting and alignment structures for electronic assemblies.

Medical Devices

Non-metallic positioning components for medical instruments.

Semiconductor Equipment

Precision fixtures and alignment systems.

Testing Fixtures

Used in inspection, calibration, and measurement equipment.

Industrial Machinery

Support and positioning functions within mechanical systems.

Laboratory Equipment

Structural and alignment applications in analytical devices.

Robotics Systems

Lightweight positioning structures for robotic assemblies.

FAQ

Can you manufacture according to customer drawings?

Yes. We support fully customized CNC plastic machining based on drawings and 3D models.

What plastic materials are available?

POM, Nylon, PEEK, PTFE, ABS, Acrylic, UHMW-PE, and many other engineering plastics.

Can you provide prototypes?

Yes. rapid prototyping services are available.

What tolerance can you achieve?

Typical machining tolerances can reach ±0.01mm depending on geometry and material.

Are these parts suitable for electrical applications?

Yes. Most engineering plastics provide excellent electrical insulation properties.

Do you support volume production?

Yes. We support both low-volume and large-scale production programs.