Gift service - Up to $100
FREE DELIVERY on all orders
FLASH SALE: 60% OFF HANDHELD XRF | USE CODE "DEAL60"
Gift service - Up to $100
Call us 24/7+021729908

GOM ATOS II Triple Scan, TRITOP 4 System 3D Scanner

Original price was: $25,800.Current price is: $18,590.

In stock

The GOM ATOS II Triple Scan & TRITOP 4 System 3D Scanner is an advanced optical measurement solution for industrial inspection and quality control. By combining high-resolution surface scanning with precise photogrammetric reference measurement, it enables accurate analysis of complex parts, large assemblies, and tooling with efficient and repeatable results.

Buy it now
Brands:

GOM ATOS II Triple Scan & TRITOP 4 System: Complete 3D Measurement Solution

The GOM ATOS II Triple Scan combined with the TRITOP 4 System provides a powerful 3D measurement solution for industrial inspection, quality control, and engineering applications. Modern manufacturing and assembly processes demand both precision and efficiency. Therefore, using this system allows professionals to capture detailed surface data while establishing accurate reference coordinates, ensuring reliable results.

Overview of the GOM ATOS II and TRITOP 4 System

The ATOS II Triple Scan is a high-resolution optical 3D scanner, while the TRITOP 4 System provides precise photogrammetric measurement. Together, they create a complete solution for industrial and research applications. Moreover, the combination allows users to measure both small details and large assemblies with equal accuracy.

Professionals Who Benefit from This System

This combined solution is widely adopted by:

Automotive and aerospace engineers

Quality control and inspection specialists

Tooling and fixture validation teams

Research and industrial engineering departments

As a result, it supports a wide variety of workflows, from component verification to full-scale assembly inspection.

Key Features of GOM ATOS II Triple Scan

Triple Scan Technology for Complete Data Capture

The ATOS II Triple Scan uses three cameras to capture detailed surface geometry. Consequently, it reduces shadows and missing data, improving overall scan quality.

High-Resolution Surface Measurement

With dense point clouds and precise surface detail, users can perform accurate dimensional inspection. Moreover, the system supports deviation analysis and reverse engineering tasks efficiently.

Fast and Efficient Workflow

Automated scanning and advanced software processing reduce inspection time. Therefore, teams can complete complex measurements faster without compromising accuracy.

Key Features of TRITOP 4 System

Precise Photogrammetric Reference Measurement

TRITOP 4 captures highly accurate reference points. Consequently, it establishes a reliable coordinate system that supports large-scale scanning and assembly verification.

Ideal for Large Components and Assemblies

The TRITOP 4 System complements the ATOS II scanner for full-scale measurement tasks. As a result, engineers can measure large parts without repositioning the object.

Portable and Flexible Design

Lightweight and easy to set up, TRITOP 4 enables on-site measurement directly in production or assembly areas. Therefore, users benefit from greater flexibility and faster data acquisition.

Technical Capabilities

Integrated Measurement Workflow

The ATOS II and TRITOP 4 systems work seamlessly together. In addition, combining surface scan data with photogrammetric reference points ensures full spatial accuracy.

Advanced Inspection Software

GOM’s software processes data efficiently, offering visualization, analysis, and reporting capabilities. Consequently, decision-making becomes more accurate and faster.

Reliable Performance in Industrial Environments

Both systems maintain accuracy despite vibration, temperature fluctuations, or challenging lighting conditions. Therefore, professionals can trust the system for consistent results.

Benefits of Using GOM ATOS II & TRITOP 4

Higher Accuracy and Repeatability

The combination guarantees reliable measurement results. Moreover, engineers can use these results for quality assurance, reverse engineering, and process optimization.

Increased Inspection Efficiency

Fast scanning and simplified workflows allow teams to perform inspections quickly. As a result, downtime reduces, and productivity improves.

Reduced Rework and Enhanced Quality

Accurate data helps detect deviations early in the production process. Consequently, manufacturers can minimize rework and maintain higher product quality.

Common Applications

Dimensional Inspection

The system verifies component geometry against CAD models. Therefore, it ensures strict compliance with tolerances and design specifications.

Tooling, Fixture, and Mold Verification

Engineers use it to check fixtures and molds. In addition, this helps prevent assembly errors and maintains process consistency.

Assembly Analysis and Reverse Engineering

The combined system supports full-scale assembly alignment and reverse engineering. As a result, it enables accurate reconstruction and evaluation of complex objects.

Why Choose GOM ATOS II Triple Scan & TRITOP 4 System?

This solution offers a unique combination of high-resolution scanning and precise photogrammetric measurement. Therefore, it is ideal for professionals who demand both surface detail and large-scale accuracy.

Trusted GOM Technology

GOM is recognized worldwide for optical measurement solutions. Moreover, its proven technology ensures reliable performance in demanding industrial conditions.

Designed for Complex Measurement Tasks

The ATOS II and TRITOP 4 handle complex geometries and large assemblies with ease. Consequently, users can trust the system for any industrial or research application.

Warranty Information
1 Years

Request For Quote

    Customers reviews

    There are no reviews yet.

    Be the first to review “GOM ATOS II Triple Scan, TRITOP 4 System 3D Scanner”

    Your email address will not be published. Required fields are marked *

    Search for products

    Back to Top
    Product has been added to your cart
    Compare (0)