CIC 崧宥工業有限公司

Core Strengths

Product Services

Core Strengths

EXPERTISE ACROSS INDUSTRIES

Extensive Experience in Carabiner & Safety Component Manufacturing

Since its establishment in 1999, CIC has specialized in the manufacturing of metal carabiners, fall protection components, and outdoor safety equipment. With decades of experience, we have built a solid foundation in metalworking and manufacturing expertise.

Proven OEM & ODM Manufacturing Experience

OEM & ODM manufacturing is at the core of CIC’s business. We provide customized manufacturing support based on each customer’s specific requirements, helping customers efficiently transition from product planning and development to mass production.

Diverse Product Applications

CIC products serve a wide range of applications, including industrial safety, outdoor climbing, work-at-height equipment, automotive and motorcycle components, bicycle parts, and mechanical components. Our diverse manufacturing capabilities provide the flexibility and integration required to support customers across different industries.

One-Stop Manufacturing Process

With our mature manufacturing expertise, stable quality control, and pragmatic approach to collaboration, we are dedicated to providing the high-quality products and manufacturing support that meet your specific needs.

ALUMINUM MATERIAL

HOT FORGING

HEAT TREATMENT

CNC MACHINING

VIBRATION FINISHING

ANODIZING

FINISHED PRODUCTS

Comprehensive Inspection & Testing Equipment

2.5D Vision Measuring Equipment

CIC is equipped with 2.5D vision measuring equipment, primarily used for dimensional and profile inspection of aluminum alloy carabiners and various precision components. Through non-contact optical image measurement, critical dimensions and geometric features can be accurately inspected to verify compliance with engineering drawings and specification requirements, strengthening both in-process and final product quality control.

Inspection Features

・Non-Contact Optical Measurement｜Uses optical imaging for precise dimensional and profile inspection of complex components.

・Multi-Dimensional Inspection｜Measures length, width, hole diameter, spacing, profiles, and other key product features.

・Critical Dimension Verification｜Verifies critical dimensions against engineering drawings to ensure machining accuracy and consistent product quality.

3D Scanning & Measurement Equipment

CIC is equipped with 3D scanning and measurement equipment, primarily used for the inspection of three-dimensional dimensions, profiles, and complex surfaces of aluminum alloy carabiners and various precision components. Through non-contact 3D scanning, detailed three-dimensional surface data can be rapidly captured for comprehensive measurement and analysis of product geometry and dimensional features.
By comparing scanned 3D data with original design data, dimensional and geometric deviations between the actual component and its design can be identified and analyzed. This technology supports product development, process verification, and final product inspection, further strengthening CIC’s quality control capabilities for complex aluminum alloy components.

Inspection Features

・Non-Contact 3D Scanning｜ Rapidly captures 3D surface data for precise measurement and analysis of complex components.

・Complex Surface Inspection｜ Inspects curved surfaces, radii, and irregular profiles for comprehensive geometric evaluation.

・3D Data Comparison｜ Compares scanned 3D data with design data to identify dimensional and geometric deviations.

・Color Map Deviation Analysis｜ Visualizes surface deviations with color maps for quick identification of dimensional differences.

・Product Development & Process Verification｜ Supports product development, first article inspection, and manufacturing process verification.

・Quality Inspection & Control｜ Verifies product conformity with drawings and specifications while improving inspection efficiency.

Automated Rivet Inspection System

CIC is equipped with an Automated Rivet Inspection System, primarily used to inspect the riveting quality of aluminum alloy carabiners after rivet assembly.
Using line laser scanning technology, the system scans critical riveted areas to capture profile and measurement data after riveting. Based on predefined inspection criteria, the system automatically evaluates the results to verify whether each rivet has been properly installed and formed.
By combining automated inspection with manual visual inspection, CIC implements a dual inspection process for critical riveted areas. This approach improves inspection efficiency and quality consistency during mass production while reducing the risk of improperly riveted products proceeding to subsequent manufacturing processes.

Inspection Features

・Automated Line Laser Inspection｜ Uses line laser scanning for non-contact inspection of critical riveted areas.

・Riveting Condition Verification｜ Verifies rivet installation and forming conditions against predefined inspection criteria.

・Automatic OK / NG Judgment｜ Automatically identifies acceptable and non-conforming riveting conditions based on set criteria.

・Reduced Manual Inspection Variability｜ Reduces operator-dependent variation through automated measurement and data-based evaluation.

・In-Line Production Inspection｜ Integrates inspection into production to verify riveting quality during mass manufacturing.

・Enhanced Quality Control for Safety Components｜ Strengthens quality control of critical riveted areas in carabiners and safety components.

Anodized Color Measurement Spectrophotometer

CIC utilizes a spectrophotometer primarily for color measurement and color difference control of anodized aluminum components. By measuring surface color data, visual color evaluation can be converted into objective, quantifiable data, helping verify whether product colors meet established standards and customer requirements.
Integrated with CIC’s in-house anodizing process, the spectrophotometer enables color measurement and comparison of aluminum alloy carabiners and various aluminum components across different production batches, helping maintain anodized color consistency and strengthen batch-to-batch quality control.

Inspection Features

・L*a*b* Color Measurement｜ Measures L*, a*, and b* values for objective color quality control.

・ΔE Color Difference Analysis｜ Quantifies color differences between approved samples and production parts using ΔE values.

・Anodized Color Quality Control｜ Monitors color consistency of anodized aluminum components throughout the production process.

・Reduced Visual Inspection Variability｜ Reduces operator and lighting differences through objective color measurement data.

・Batch-to-Batch Color Control｜ Compares color data across production batches to maintain consistent appearance.

・Customized Color Control｜ Evaluates color against approved samples or standards for OEM / ODM requirements.

Tensile Testing Machine

CIC is equipped with a tensile testing machine primarily used to evaluate the tensile strength, load-bearing capacity, and breaking load of aluminum alloy carabiners, fall protection components, and various metal parts.
Using dedicated test fixtures to simulate product loading conditions, tensile loads are applied and test data are recorded for product development validation, process quality verification, and final product inspection. The test results help verify that product mechanical performance meets design specifications and applicable testing requirements, strengthening CIC’s quality control capabilities for safety-related products.

Inspection Features

・Up to 10-Ton Testing Capacity｜ Supports load testing up to 10 tons for different product requirements.

・Breaking Load Testing｜ Measures maximum load capacity and breaking strength through continuous tensile testing.

・Product Strength Verification｜ Verifies structural integrity and mechanical strength of carabiners and safety components.

・Production Quality Control｜ Uses sampling tests to monitor strength performance and batch consistency.

Force Tester

The Force Tester is used to measure the force applied to product parts and assemblies. Through digital measurement, it verifies whether the force required during opening, closing, or operation meets specified requirements, helping ensure consistent product performance and quality.
For carabiners, the tester can be used to measure gate opening force, spring return force, and other operating forces, providing reliable data for product quality control.

Equipment / Inspection Features

・Accurately measures carabiner gate opening force and spring return force

・Provides quantitative measurement data for consistent quality evaluation

・Helps ensure product functionality meets design specifications and quality requirements

Surface Roughness Tester

CIC is equipped with a surface roughness tester to measure the surface roughness of machined metal components. Through precision measurement, we can evaluate surface quality and ensure that finished components meet specified product and quality requirements.

Equipment / Inspection Features

・Precision measurement of surface roughness on metal components

・Verifies surface quality after grinding and other finishing processes

・Provides quantitative measurement data for consistent quality control

・Helps ensure products meet customer specifications and quality requirements

Rockwell Hardness Tester

Rockwell Hardness Tester, primarily used for material hardness testing and post-heat-treatment hardness verification of aluminum alloy carabiners, fall protection components, and various metal parts.
Through standardized hardness testing, quantitative hardness data can be obtained to support raw material verification, T6 heat treatment process validation, and final product quality control. Combined with electrical conductivity (EC) testing and tensile testing, Rockwell hardness testing further strengthens CIC’s quality control of aluminum alloy materials, heat treatment processes, and product mechanical properties.

Inspection Features

・Rockwell Hardness Testing｜ Measures material hardness to verify properties and process quality.

・Heat Treatment Quality Verification｜ Verifies T6 heat treatment quality through hardness testing of aluminum components.

・Process Consistency Control｜ Compares hardness data across batches to monitor process and quality consistency.

・Batch Quality Control｜ Confirms production batches meet specified hardness and quality requirements.

Anodized Coating Thickness Tester

CIC is equipped with an Anodized Coating Thickness Tester, primarily used to measure the anodized coating thickness of aluminum alloy carabiners, fall protection components, and various aluminum alloy parts after anodizing.
By measuring the thickness of the anodized layer on aluminum components, quantitative data can be obtained to support anodizing process verification and final product inspection. Combined with anodized color difference measurement and visual inspection, coating thickness testing further strengthens CIC’s quality control of anodized surface finishes, helping maintain stability and consistency across different production batches.

Inspection Features

・Anodized Coating Thickness Measurement｜ Measures anodized layer thickness to verify coating quality.

・Quantitative Quality Control｜ Provides objective thickness data for process control and quality verification.

・Batch-to-Batch Consistency Control｜ Compares coating thickness across batches to maintain consistent anodized quality.

・Integrated Anodizing Quality Inspection｜ Combines thickness, ΔE color, and visual inspection for comprehensive anodizing quality control.

Electrical Conductivity (EC) Tester

CIC is equipped with an Electrical Conductivity (EC) Tester, primarily used for electrical conductivity measurement and material condition verification of aluminum alloys. By measuring the electrical conductivity (EC value) of aluminum alloy components, the results can be used as a supporting reference for evaluating material properties and heat treatment conditions.
Integrated with CIC’s in-house T6 heat treatment process and quality management system, EC testing can be performed on heat-treated aluminum alloy components to help verify process consistency across different production batches, strengthening quality control throughout the entire process—from raw materials and heat treatment to finished products.

Inspection Features

・Electrical Conductivity (EC) Testing｜ Measures aluminum conductivity to verify material properties and condition.

・Fast & Non-Destructive Testing｜ Enables rapid quality verification without damaging the component.

・Batch Quality Control｜ Compares EC data across batches to monitor material and process consistency.

・Aluminum Alloy Material Control｜ Supports material verification for carabiners, forgings, and aluminum components.

CERTIFICATION

These certifications reflect CIC’s continued commitment to quality management, product compliance, workplace safety, and environmental responsibility.

Consistent Quality & Reliable After - Sales Service

We pay close attention to every detail of our products, from manufacturing and inspection to final delivery. Guided by the principles of consistency, precision, and reliability, CIC is committed to delivering dependable manufacturing services and building trusted, long-term partnerships with our customers.

Product Services

SUPERIOR PRODUCTION QUALITY

Industrial & Outdoor Fall Protection Carabiners

CIC provides a wide range of metal carabiner manufacturing services for applications including outdoor climbing, industrial safety, and work at height. Our products are designed and manufactured to meet the safety and functional requirements of various applications.

Fall Protection Components

CIC specializes in the manufacturing of fall protection products and safety components, including carabiners, ascenders, descenders, and pulleys. Our products are designed for a wide range of applications in industrial safety, work at height, and outdoor activities.

Aluminum Safety Harness Buckles

CIC manufactures aluminum buckles for climbing and safety harness webbing, as well as a variety of functional aluminum components. We provide flexible manufacturing solutions to meet different product applications and customer-specific requirements.

One-Stop Aluminum Parts Manufacturing

In addition to safety components, CIC provides manufacturing services for motorcycle, bicycle, and various aluminum parts, supported by our extensive metalworking expertise and comprehensive manufacturing capabilities.

From hot forging, heat treatment, CNC precision machining, vibratory finishing to anodizing, CIC integrates multiple manufacturing processes to provide a one-stop solution for aluminum alloy parts. This integrated approach enables effective control over production schedules, consistent product quality, and mass production requirements.