Heils Technology

Advanced Ceramic Components

Focused on semiconductor ceramic devices, the solution covers full-site testing, inspection, sorting, and repair to improve chip reliability.

HomeProducts & ServicesAdvanced Ceramic ComponentsH S T K 2000 Through-Hole Inspection Machine

Vision Inspection

H S T K 2000 Through-Hole Inspection Machine

Specifically designed for high-precision hole measurement after ceramic drilling, the Through-Hole Inspection Machine enables efficient and reliable inspection of hole diameter and position on HTCC, LTCC, and aluminum nitride substrates, supporting quality control in advanced ceramic component manufacturing.

Product Advantages

01

High-Precision MeasurementUtilizes advanced vision systems and algorithms to achieve micron-level inspection of hole diameter and position, ensuring compliance with stringent tolerance requirements.

02

Multi-Material AdaptabilitySupports various ceramic substrates including HTCC, LTCC, and aluminum nitride, flexibly addressing different process needs.

03

Fast Inspection SpeedIntegrates high-speed image acquisition and parallel processing units to significantly reduce per-part inspection cycles, meeting mass production takt times.

04

Intelligent Data AnalysisGenerates real-time inspection reports and supports SPC statistical process control, providing data support for process optimization.

05

Stable and Reliable ArchitectureAdopts industrial-grade modular design to withstand harsh production line environments, ensuring long-term operational stability.

Product Functions

Product Specifications

Inspection Accuracy
±2 μmDepends on substrate material and hole features
Inspection Hole Diameter Range
0.1-5.0 mmExpandable
Inspection Speed
≥20 holes/secContinuous inspection mode
Applicable Substrate Size
Max 200×200 mmCustomizable
Inspection Repeatability
±1 μmUnder standard test conditions
Machine Dimensions
1200×1000×1800 mmExcluding electrical cabinet

Applications

HTCC Substrate Through-Hole InspectionHigh-precision measurement of through-holes after high-temperature co-fired ceramic process, ensuring interlayer connection reliability.

LTCC Substrate Through-Hole InspectionInspects micro-hole position and size on low-temperature co-fired ceramic substrates, meeting high-frequency application requirements such as RF modules.

Aluminum Nitride Substrate Through-Hole InspectionApplies to through-hole quality verification on aluminum nitride heat-dissipation substrates, ensuring power device packaging performance.

Ceramic Filter Through-Hole InspectionPrecision inspection of through-holes on ceramic filter green bodies and after sintering, improving product yield.