Delivering flawless quality control through state-of-the-art machining and metrology equipment.
{
Technical Facilities
}
Delivering flawless quality control through state-of-the-art machining and metrology equipment.
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
{
Why HSCK?
}
From surface analysis to dimensional verification — HSCK's ultra-precision measurement solutions for perfect quality.
High-Precision 3D and Surface Profile Measurement (Nano-Scale Analysis)
We maximize the quality of ultra-precision components by analyzing fine surface roughness and three-dimensional shapes at the nano- and micro-scale.
- 3D Laser Microscope (KEYENCE VK-X Series): Using laser confocal technology, this system measures surface topography with a resolution of 1 nm (nanometer) and boasts a repeatability of 0.08 nm.
- 3D Image Measurement System (KEYENCE LM-X Series): Utilizing high-resolution image sensors, this system performs high-precision measurements with an accuracy of ±0.1 μm and allows for the instant verification of complex geometries through intuitive operation.
High-Precision 3D and Surface Profile Measurement (Nano-Scale Analysis)
We maximize the quality of ultra-precision components by analyzing fine surface roughness and three-dimensional shapes at the nano- and micro-scale.
- 3D Laser Microscope (KEYENCE VK-X Series): Using laser confocal technology, this system measures surface topography with a resolution of 1 nm (nanometer) and boasts a repeatability of 0.08 nm.
- 3D Image Measurement System (KEYENCE LM-X Series): Utilizing high-resolution image sensors, this system performs high-precision measurements with an accuracy of ±0.1 μm and allows for the instant verification of complex geometries through intuitive operation.
High-Precision Dimensional and Coordinate Measurement (Dimensional Verification)
We utilize a variety of non-contact and contact measurement instruments to ensure that jigs and nozzles used in semiconductor manufacturing processes meet strict tolerances.
- Non-contact 3D measuring machine (QVP-5040): Utilizing full CNC control, this machine precisely measures the X, Y, and Z-axis coordinates of products with a resolution of 0.0001 mm, and specifically controls the flatness and parallelism of AlN/SiC components to within 1–2 μm.
- High-Performance Height Gauge (Mitutoyo QMH-600AX): A precision height measuring instrument with a resolution of 0.001 mm that quickly and accurately verifies the height and step height of parts.
High-Precision Dimensional and Coordinate Measurement (Dimensional Verification)
We utilize a variety of non-contact and contact measurement instruments to ensure that jigs and nozzles used in semiconductor manufacturing processes meet strict tolerances.
- Non-contact 3D measuring machine (QVP-5040): Utilizing full CNC control, this machine precisely measures the X, Y, and Z-axis coordinates of products with a resolution of 0.0001 mm, and specifically controls the flatness and parallelism of AlN/SiC components to within 1–2 μm.
- High-Performance Height Gauge (Mitutoyo QMH-600AX): A precision height measuring instrument with a resolution of 0.001 mm that quickly and accurately verifies the height and step height of parts.
Heater Performance and Reliability Testing
We conduct comprehensive inspections of the thermal characteristics and electrical safety of industrial heaters to ensure their reliability in harsh process environments.
- Thermal imaging performance analysis: Using a thermal imaging camera, we monitor the **temperature uniformity** of the heater surface and its rapid heating performance (200°C or more per second) in real time.
- Electrical Safety Inspection: We ensure user safety by conducting withstand voltage tests of 1.5 kV or higher and verifying insulation resistance of 1 GΩ or higher using a withstand voltage tester and an insulation resistance meter.
- Precision data logging: We use a **data logger** to collect and analyze temperature data during extended heating periods to evaluate the product’s long-term reliability.
- Precision resistance measurement: Resistance values — a core heater specification — are strictly controlled within tolerance using a precision resistance meter.
Heater Performance and Reliability Testing
We conduct comprehensive inspections of the thermal characteristics and electrical safety of industrial heaters to ensure their reliability in harsh process environments.
- Thermal imaging performance analysis: Using a thermal imaging camera, we monitor the **temperature uniformity** of the heater surface and its rapid heating performance (200°C or more per second) in real time.
- Electrical Safety Inspection: We ensure user safety by conducting withstand voltage tests of 1.5 kV or higher and verifying insulation resistance of 1 GΩ or higher using a withstand voltage tester and an insulation resistance meter.
- Precision data logging: We use a **data logger** to collect and analyze temperature data during extended heating periods to evaluate the product’s long-term reliability.
- Precision resistance measurement: Resistance values — a core heater specification — are strictly controlled within tolerance using a precision resistance meter.
Delivering flawless quality control through state-of-the-art machining and metrology equipment.
{
Technical Facilities
}
Delivering flawless quality control through state-of-the-art machining and metrology equipment.
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
{
Why HSCK?
}
From surface analysis to dimensional verification — HSCK's ultra-precision measurement solutions for perfect quality.
High-Precision 3D and Surface Profile Measurement (Nano-Scale Analysis)
We maximize the quality of ultra-precision components by analyzing fine surface roughness and three-dimensional shapes at the nano- and micro-scale.
- 3D Laser Microscope (KEYENCE VK-X Series): Using laser confocal technology, this system measures surface topography with a resolution of 1 nm (nanometer) and boasts a repeatability of 0.08 nm.
- 3D Image Measurement System (KEYENCE LM-X Series): Utilizing high-resolution image sensors, this system performs high-precision measurements with an accuracy of ±0.1 μm and allows for the instant verification of complex geometries through intuitive operation.
High-Precision 3D and Surface Profile Measurement (Nano-Scale Analysis)
We maximize the quality of ultra-precision components by analyzing fine surface roughness and three-dimensional shapes at the nano- and micro-scale.
- 3D Laser Microscope (KEYENCE VK-X Series): Using laser confocal technology, this system measures surface topography with a resolution of 1 nm (nanometer) and boasts a repeatability of 0.08 nm.
- 3D Image Measurement System (KEYENCE LM-X Series): Utilizing high-resolution image sensors, this system performs high-precision measurements with an accuracy of ±0.1 μm and allows for the instant verification of complex geometries through intuitive operation.
High-Precision Dimensional and Coordinate Measurement (Dimensional Verification)
We utilize a variety of non-contact and contact measurement instruments to ensure that jigs and nozzles used in semiconductor manufacturing processes meet strict tolerances.
- Non-contact 3D measuring machine (QVP-5040): Utilizing full CNC control, this machine precisely measures the X, Y, and Z-axis coordinates of products with a resolution of 0.0001 mm, and specifically controls the flatness and parallelism of AlN/SiC components to within 1–2 μm.
- High-Performance Height Gauge (Mitutoyo QMH-600AX): A precision height measuring instrument with a resolution of 0.001 mm that quickly and accurately verifies the height and step height of parts.
High-Precision Dimensional and Coordinate Measurement (Dimensional Verification)
We utilize a variety of non-contact and contact measurement instruments to ensure that jigs and nozzles used in semiconductor manufacturing processes meet strict tolerances.
- Non-contact 3D measuring machine (QVP-5040): Utilizing full CNC control, this machine precisely measures the X, Y, and Z-axis coordinates of products with a resolution of 0.0001 mm, and specifically controls the flatness and parallelism of AlN/SiC components to within 1–2 μm.
- High-Performance Height Gauge (Mitutoyo QMH-600AX): A precision height measuring instrument with a resolution of 0.001 mm that quickly and accurately verifies the height and step height of parts.
Heater Performance and Reliability Testing
We conduct comprehensive inspections of the thermal characteristics and electrical safety of industrial heaters to ensure their reliability in harsh process environments.
- Thermal imaging performance analysis: Using a thermal imaging camera, we monitor the **temperature uniformity** of the heater surface and its rapid heating performance (200°C or more per second) in real time.
- Electrical Safety Inspection: We ensure user safety by conducting withstand voltage tests of 1.5 kV or higher and verifying insulation resistance of 1 GΩ or higher using a withstand voltage tester and an insulation resistance meter.
- Precision data logging: We use a **data logger** to collect and analyze temperature data during extended heating periods to evaluate the product’s long-term reliability.
- Precision resistance measurement: Resistance values — a core heater specification — are strictly controlled within tolerance using a precision resistance meter.
Heater Performance and Reliability Testing
We conduct comprehensive inspections of the thermal characteristics and electrical safety of industrial heaters to ensure their reliability in harsh process environments.
- Thermal imaging performance analysis: Using a thermal imaging camera, we monitor the **temperature uniformity** of the heater surface and its rapid heating performance (200°C or more per second) in real time.
- Electrical Safety Inspection: We ensure user safety by conducting withstand voltage tests of 1.5 kV or higher and verifying insulation resistance of 1 GΩ or higher using a withstand voltage tester and an insulation resistance meter.
- Precision data logging: We use a **data logger** to collect and analyze temperature data during extended heating periods to evaluate the product’s long-term reliability.
- Precision resistance measurement: Resistance values — a core heater specification — are strictly controlled within tolerance using a precision resistance meter.
Delivering flawless quality control through state-of-the-art machining and metrology equipment.
{
Technical Facilities
}
Delivering flawless quality control through state-of-the-art machining and metrology equipment.
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
01
Material
Processing
02
Heater
Manufacturing
03
Test & Metrology
Inspection
{
Why HSCK?
}
From surface analysis to dimensional verification — HSCK's ultra-precision measurement solutions for perfect quality.
High-Precision 3D and Surface Profile Measurement (Nano-Scale Analysis)
We maximize the quality of ultra-precision components by analyzing fine surface roughness and three-dimensional shapes at the nano- and micro-scale.
- 3D Laser Microscope (KEYENCE VK-X Series): Using laser confocal technology, this system measures surface topography with a resolution of 1 nm (nanometer) and boasts a repeatability of 0.08 nm.
- 3D Image Measurement System (KEYENCE LM-X Series): Utilizing high-resolution image sensors, this system performs high-precision measurements with an accuracy of ±0.1 μm and allows for the instant verification of complex geometries through intuitive operation.
High-Precision 3D and Surface Profile Measurement (Nano-Scale Analysis)
We maximize the quality of ultra-precision components by analyzing fine surface roughness and three-dimensional shapes at the nano- and micro-scale.
- 3D Laser Microscope (KEYENCE VK-X Series): Using laser confocal technology, this system measures surface topography with a resolution of 1 nm (nanometer) and boasts a repeatability of 0.08 nm.
- 3D Image Measurement System (KEYENCE LM-X Series): Utilizing high-resolution image sensors, this system performs high-precision measurements with an accuracy of ±0.1 μm and allows for the instant verification of complex geometries through intuitive operation.
High-Precision Dimensional and Coordinate Measurement (Dimensional Verification)
We utilize a variety of non-contact and contact measurement instruments to ensure that jigs and nozzles used in semiconductor manufacturing processes meet strict tolerances.
- Non-contact 3D measuring machine (QVP-5040): Utilizing full CNC control, this machine precisely measures the X, Y, and Z-axis coordinates of products with a resolution of 0.0001 mm, and specifically controls the flatness and parallelism of AlN/SiC components to within 1–2 μm.
- High-Performance Height Gauge (Mitutoyo QMH-600AX): A precision height measuring instrument with a resolution of 0.001 mm that quickly and accurately verifies the height and step height of parts.
High-Precision Dimensional and Coordinate Measurement (Dimensional Verification)
We utilize a variety of non-contact and contact measurement instruments to ensure that jigs and nozzles used in semiconductor manufacturing processes meet strict tolerances.
- Non-contact 3D measuring machine (QVP-5040): Utilizing full CNC control, this machine precisely measures the X, Y, and Z-axis coordinates of products with a resolution of 0.0001 mm, and specifically controls the flatness and parallelism of AlN/SiC components to within 1–2 μm.
- High-Performance Height Gauge (Mitutoyo QMH-600AX): A precision height measuring instrument with a resolution of 0.001 mm that quickly and accurately verifies the height and step height of parts.
Heater Performance and Reliability Testing
We conduct comprehensive inspections of the thermal characteristics and electrical safety of industrial heaters to ensure their reliability in harsh process environments.
- Thermal imaging performance analysis: Using a thermal imaging camera, we monitor the **temperature uniformity** of the heater surface and its rapid heating performance (200°C or more per second) in real time.
- Electrical Safety Inspection: We ensure user safety by conducting withstand voltage tests of 1.5 kV or higher and verifying insulation resistance of 1 GΩ or higher using a withstand voltage tester and an insulation resistance meter.
- Precision data logging: We use a **data logger** to collect and analyze temperature data during extended heating periods to evaluate the product’s long-term reliability.
- Precision resistance measurement: Resistance values — a core heater specification — are strictly controlled within tolerance using a precision resistance meter.
Heater Performance and Reliability Testing
We conduct comprehensive inspections of the thermal characteristics and electrical safety of industrial heaters to ensure their reliability in harsh process environments.
- Thermal imaging performance analysis: Using a thermal imaging camera, we monitor the **temperature uniformity** of the heater surface and its rapid heating performance (200°C or more per second) in real time.
- Electrical Safety Inspection: We ensure user safety by conducting withstand voltage tests of 1.5 kV or higher and verifying insulation resistance of 1 GΩ or higher using a withstand voltage tester and an insulation resistance meter.
- Precision data logging: We use a **data logger** to collect and analyze temperature data during extended heating periods to evaluate the product’s long-term reliability.
- Precision resistance measurement: Resistance values — a core heater specification — are strictly controlled within tolerance using a precision resistance meter.