Formtracer Avant Accessory ｜ Enhance High-Precision Measurement with the H-3000 Stylus

🌟 Key Takeaways
- The H-3000 stylus measures Contour and Surface Roughness simultaneously in a single trace.
- Equipped with a new high-resolution arc scale for improved accuracy and stability.
- Instantly enhances the performance of the Formtracer Avant (FTA Series).
- Reduces measurement time, minimizes positioning errors, and boosts inspection efficiency.
- Ideal for high-precision applications such as Bearing and Lens Profile measurements.

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Contour and surface roughness inspection traditionally require separate processes, increasing cycle time and potential measurement errors. The H-3000 stylus from Mitutoyo integrates both measurement types into a single operation, significantly improving workflow efficiency and measurement reliability.

🔷 How the H-3000 Works with High-Resolution Arc Scale
The H-3000 stylus utilizes Mitutoyo’s new high-resolution arc scale, generating more stable and precise measurement signals. Its main capabilities include:

- Contour Profile measurement (e.g., angles, radii, geometric forms)
- Surface Roughness measurement (e.g., Ra, Rz, Rq)
- Combined output of Contour × Roughness in a single trace

This hybrid measurement approach minimizes measurement cycles, reduces human error, and shortens the overall workflow.

🔷 Differentiators
- Single stylus for two major tasks: Contour + Roughness
- No need to re-fixture or reposition the workpiece
- Higher accuracy with the latest arc scale technology
- Significant reduction of measurement steps
- Fully compatible with the FTA Series, enabling seamless upgrades

🔷 Comparison: Before vs. With H-3000
■ Before (Traditional Method)
- Two separate measurement processes required
- Need to change the stylus
- Re-positioning of the workpiece
- Longer workflow and higher risk of deviation

■ With H-3000
- Contour + Roughness measured simultaneously
- No stylus replacement needed
- Reduced human error from repeated setup
- More efficient and compact workflow

🔷 Applications Supported by the H-3000 (From Formtracer Avant Series)
■ 1) Bearing Measurement
Ideal for evaluating both “groove geometry” and “surface roughness” in a single measurement cycle.

■ 2) Lens Profile Measurement
Lens inspection requires extremely precise profile and surface quality.
The H-3000 provides both datasets in one run, making it highly suitable for optical applications.

📘 Summary
The H-3000 stylus enables the Formtracer Avant to measure Contour and Roughness in a single pass, reducing time, improving accuracy, and minimizing repositioning errors.
All information is referenced from the FORMTRACER Avant Series – Product Catalogue (2024).

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❓ FAQ
Q1: Which system is the H-3000 compatible with?
It is compatible with the Formtracer Avant (FTA Series).

Q2: What is the key feature of the H-3000 stylus?
Its ability to measure Contour + Roughness simultaneously with a single trace.

Q3: What applications is it best suited for?
It is ideal for Bearing and Lens Profile measurements that require both geometry and surface data.

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📚 Glossary (Key Terms)
- Contour Profile: Geometric information such as angles, radii, and forms
- Surface Roughness: Roughness parameters such as Ra, Rz, Rq
- Arc scale: A high-resolution measurement scale used to generate precise measurement signals
- Bearing Measurement: Measurement of groove geometry and surface roughness on bearings
- Lens Profile Measurement: Measurement of lens profile and surface quality

📖 Reference
[1] FORMTRACER Avant Series – Product Catalogue,- Mitutoyo Corporation (2024)
https://prime.nc-net.com/95281/en/catalog/request/8056

🔗 Cluster Internal Link
• Basic Knowledge: What Are Roughness Parameters?
• Advance Knowledge: Principles of Contour Measurement and the Role of High-Resolution Arc Scales

🔒 Trust
The information in this article is referenced and verified from official documents of Mitutoyo (Thailand) to ensure technical accuracy.

#Mitutoyo #FormtracerAvant #H3000 #ContourMeasurement #RoughnessMeasurement
#PrecisionMetrology #IndustrialMeasurement #FTAseries #SurfaceRoughness #QualityInspection

📆 Updated: 2025-11-26