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Tapered Wire Diameter Measurement System | CGT-WGI-1000 & CGT-WGI-2000

Tapered Wire Diameter Measurement System | CGT-WGI-1000 & CGT-WGI-2000

Brand Name: Universal Balloon Medical
Model Number: CGT-WGI-1000 & CGT-WGI-2000
MOQ: 1 Unit
Price: Available Upon Request
Packaging Details: Pearl Cotton Protection with Foam, Carton, and Reinforced Wooden Crate
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
Available Upon Request
Certification:
CE
Number Of Laser Heads:
Single-headed (CGT-WGI-1000), Double-headed (CGT-WGI-2000)
Minimum Measurable Guidewire Diameter (mm):
0.01
Maximum Inspection Speed:
20 Mm/s
Measurement Accuracy (μm):
±0.5
Repeatability (μm):
±0.03
Environmental Conditions (Temperature):
-10°C ~ 40°C
Environmental Conditions (Relative Humidity):
≤75%
Overall Dimensions (L * W * H) (mm):
1480 * 900 * 1500
Machine Weight (kg):
330
Graphical Visualization Interface:
Power Supply:
Single-phase AC 220V 50/60Hz
Total Power Consumption (kW):
2.7
Supply Ability:
20 Units Per Month
Highlight:

AI-powered tapered wire measurement

,

precision wire diameter inspection

,

automated wire measurement system

Product Description

The Tapered Wire Diameter Measurement System is designed for high-precision inspection of ultra-fine wires, including medical guidewires and other critical components. Equipped with a high-resolution laser measurement module, the system is capable of measuring wire diameters as small as 0.01 mm, ensuring exceptional accuracy for demanding applications.


The system is available in both single-axis (CGT-WGI-1000) and dual-axis (CGT-WGI-2000) measurement configurations. The dual-axis version enables precise evaluation of guidewire ovality, providing a more comprehensive dimensional assessment beyond simple diameter measurement.


A key differentiator lies in Universal Balloon Medical’s proprietary product fixation mechanism combined with a passive vibration isolation platform. This design significantly reduces measurement errors caused by micro-movements and environmental vibrations during operation, thereby enhancing overall measurement accuracy and repeatability.


The system features a streamlined and user-friendly front-end software interface, allowing for intuitive operation and clear visualization of measurement results. Each tested product is assigned a unique identification number, with all data automatically stored in a local database, enabling full traceability at the individual product level.


Measurement results are presented in a clear and quantitative manner, accurately reflecting the true diameter profile and taper characteristics of the wire. The system demonstrates outstanding consistency, with a standard deviation (Stdev.s) of less than 0.0005 across three repeated measurements of the same sample, highlighting its high stability, precision, and reliability.


This solution is particularly well-suited for high-end manufacturing environments where stringent quality control and data traceability are essential.



Good price  online

Products Details

Home > Products >
AI-Powered Inspection Machine
>
Tapered Wire Diameter Measurement System | CGT-WGI-1000 & CGT-WGI-2000

Tapered Wire Diameter Measurement System | CGT-WGI-1000 & CGT-WGI-2000

Brand Name: Universal Balloon Medical
Model Number: CGT-WGI-1000 & CGT-WGI-2000
MOQ: 1 Unit
Price: Available Upon Request
Packaging Details: Pearl Cotton Protection with Foam, Carton, and Reinforced Wooden Crate
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
Available Upon Request
Brand Name:
Universal Balloon Medical
Certification:
CE
Model Number:
CGT-WGI-1000 & CGT-WGI-2000
Number Of Laser Heads:
Single-headed (CGT-WGI-1000), Double-headed (CGT-WGI-2000)
Minimum Measurable Guidewire Diameter (mm):
0.01
Maximum Inspection Speed:
20 Mm/s
Measurement Accuracy (μm):
±0.5
Repeatability (μm):
±0.03
Environmental Conditions (Temperature):
-10°C ~ 40°C
Environmental Conditions (Relative Humidity):
≤75%
Overall Dimensions (L * W * H) (mm):
1480 * 900 * 1500
Machine Weight (kg):
330
Graphical Visualization Interface:
Power Supply:
Single-phase AC 220V 50/60Hz
Total Power Consumption (kW):
2.7
Minimum Order Quantity:
1 Unit
Price:
Available Upon Request
Packaging Details:
Pearl Cotton Protection with Foam, Carton, and Reinforced Wooden Crate
Delivery Time:
8 Weeks
Payment Terms:
L/C,T/T
Supply Ability:
20 Units Per Month
Highlight:

AI-powered tapered wire measurement

,

precision wire diameter inspection

,

automated wire measurement system

Product Description

The Tapered Wire Diameter Measurement System is designed for high-precision inspection of ultra-fine wires, including medical guidewires and other critical components. Equipped with a high-resolution laser measurement module, the system is capable of measuring wire diameters as small as 0.01 mm, ensuring exceptional accuracy for demanding applications.


The system is available in both single-axis (CGT-WGI-1000) and dual-axis (CGT-WGI-2000) measurement configurations. The dual-axis version enables precise evaluation of guidewire ovality, providing a more comprehensive dimensional assessment beyond simple diameter measurement.


A key differentiator lies in Universal Balloon Medical’s proprietary product fixation mechanism combined with a passive vibration isolation platform. This design significantly reduces measurement errors caused by micro-movements and environmental vibrations during operation, thereby enhancing overall measurement accuracy and repeatability.


The system features a streamlined and user-friendly front-end software interface, allowing for intuitive operation and clear visualization of measurement results. Each tested product is assigned a unique identification number, with all data automatically stored in a local database, enabling full traceability at the individual product level.


Measurement results are presented in a clear and quantitative manner, accurately reflecting the true diameter profile and taper characteristics of the wire. The system demonstrates outstanding consistency, with a standard deviation (Stdev.s) of less than 0.0005 across three repeated measurements of the same sample, highlighting its high stability, precision, and reliability.


This solution is particularly well-suited for high-end manufacturing environments where stringent quality control and data traceability are essential.