Marposs Corp Bore diameter and internal profile measurement of glass bottles ID SCAN™

Description
DESCRIPTION The bottle to be measured is manually loaded and the measurement cycle is managed fully automatically. Measurements are carried out by a single contact tactile bore gauge, mounted on a rotating stage that can also travel in vertical direction. Measurable characteristics include: bore diameter at one or more programmable depths (no limit to the number of bore diameters to be measured) internal profile in vertical direction ID SCAN™ HE, for use at the hot-end, integrates some additional features to withstand hot-end ambient conditions, and to allow the measurement of non-tempered glass bottles BENEFITS accurate: to achieve accurate measurements, ID SCAN™ uses a single contact tactile bore gauge comprehensive: it can measure bore diameter, at different depths, also providing a visual representation of the bore real shape at each measured section internal profile with a graphic representation of the diameter variation in the scanned area flexible: no mechanical retooling required compatible with Manufacturing Execution Softwares (MES): ID SCAN™ is fully integrated with the most popular MES (e.g. Vertech SIL™ and others). ID SCAN™ receives from the MES all the information required to automatically generate the recipe related to the article to be measured. No programming is required by the operator on ID SCAN™. After the measurement of each container, results related to the mould, are sent to the MES. simple to use
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Description
DESCRIPTION The bottle to be measured is manually loaded and the measurement cycle is managed fully automatically. Measurements are carried out by a single contact tactile bore gauge, mounted on a rotating stage that can also travel in vertical direction. Measurable characteristics include: bore diameter at one or more programmable depths (no limit to the number of bore diameters to be measured) internal profile in vertical direction ID SCAN™ HE, for use at the hot-end, integrates some additional features to withstand hot-end ambient conditions, and to allow the measurement of non-tempered glass bottles BENEFITS accurate: to achieve accurate measurements, ID SCAN™ uses a single contact tactile bore gauge comprehensive: it can measure bore diameter, at different depths, also providing a visual representation of the bore real shape at each measured section internal profile with a graphic representation of the diameter variation in the scanned area flexible: no mechanical retooling required compatible with Manufacturing Execution Softwares (MES): ID SCAN™ is fully integrated with the most popular MES (e.g. Vertech SIL™ and others). ID SCAN™ receives from the MES all the information required to automatically generate the recipe related to the article to be measured. No programming is required by the operator on ID SCAN™. After the measurement of each container, results related to the mould, are sent to the MES. simple to use
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Datasheet
Datasheet Summary
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ID SCAN™ is a semi-automatic bench for measuring bore diameter and internal profile of glass bottles using a single contact tactile bore gauge on a rotating and vertically movable stage. It operates in two versions: ID SCAN™ CE for ambient temperatures below 40°C and ID SCAN™ HE for hot-end environments up to 50°C, both supporting bottles with heights of 70-435 mm, body diameters up to 190 mm, and bore diameters from 13 to 45 mm with maximum depth of 70 mm. Measurement repeatability is ≤ ±0.01 mm. The ID SCAN™ HE variant includes a safety door, glass cullet tray, and air-conditioning for high-temperature operation, with container temperatures limited to 100°C. It uses a user-friendly software interface and provides graphical outputs of bore shape and internal profile. Power supply is 220-240 V AC.

Datasheet Summary
Powered by GS/AI

ID SCAN™ is a semi-automatic bench for measuring bore diameter and internal profile of glass bottles using a single contact tactile bore gauge on a rotating and vertically movable stage. It operates in two versions: ID SCAN™ CE for ambient temperatures below 40°C and ID SCAN™ HE for hot-end environments up to 50°C, both supporting bottles with heights of 70-435 mm, body diameters up to 190 mm, and bore diameters from 13 to 45 mm with maximum depth of 70 mm. Measurement repeatability is ≤ ±0.01 mm. The ID SCAN™ HE variant includes a safety door, glass cullet tray, and air-conditioning for high-temperature operation, with container temperatures limited to 100°C. It uses a user-friendly software interface and provides graphical outputs of bore shape and internal profile. Power supply is 220-240 V AC.

Suppliers

Company
Product
Description
Supplier Links
Bore diameter and internal profile measurement of glass bottles - ID SCAN™ - Marposs Corp
Auburn Hills, MI, United States
Bore diameter and internal profile measurement of glass bottles
ID SCAN™
Bore diameter and internal profile measurement of glass bottles ID SCAN™
DESCRIPTION The bottle to be measured is manually loaded and the measurement cycle is managed fully automatically. Measurements are carried out by a single contact tactile bore gauge, mounted on a rotating stage that can also travel in vertical direction. Measurable characteristics include: bore diameter at one or more programmable depths (no limit to the number of bore diameters to be measured) internal profile in vertical direction ID SCAN™ HE, for use at the hot-end, integrates some additional features to withstand hot-end ambient conditions, and to allow the measurement of non-tempered glass bottles BENEFITS accurate: to achieve accurate measurements, ID SCAN™ uses a single contact tactile bore gauge comprehensive: it can measure bore diameter, at different depths, also providing a visual representation of the bore real shape at each measured section internal profile with a graphic representation of the diameter variation in the scanned area flexible: no mechanical retooling required compatible with Manufacturing Execution Softwares (MES): ID SCAN™ is fully integrated with the most popular MES (e.g. Vertech SIL™ and others). ID SCAN™ receives from the MES all the information required to automatically generate the recipe related to the article to be measured. No programming is required by the operator on ID SCAN™. After the measurement of each container, results related to the mould, are sent to the MES. simple to use

DESCRIPTION

The bottle to be measured is manually loaded and the measurement cycle is managed fully automatically.

Measurements are carried out by a single contact tactile bore gauge, mounted on a rotating stage that can also travel in vertical direction.

Measurable characteristics include:

  • bore diameter at one or more programmable depths (no limit to the number of bore diameters to be measured)
  • internal profile in vertical direction

ID SCAN™ HE, for use at the hot-end, integrates some additional features to withstand hot-end ambient conditions, and to allow the measurement of non-tempered glass bottles


BENEFITS

  • accurate: to achieve accurate measurements, ID SCAN™ uses a single contact tactile bore gauge
  • comprehensive: it can measure
    • bore diameter, at different depths, also providing a visual representation of the bore real shape at each measured section
    • internal profile with a graphic representation of the diameter variation in the scanned area
  • flexible: no mechanical retooling required
  • compatible with Manufacturing Execution Softwares (MES): ID SCAN™ is fully integrated with the most popular MES (e.g. Vertech SIL™ and others). ID SCAN™ receives from the MES all the information required to automatically generate the recipe related to the article to be measured. No programming is required by the operator on ID SCAN™. After the measurement of each container, results related to the mould, are sent to the MES.
  • simple to use
Supplier's Site Datasheet

Technical Specifications

  Marposs Corp
Product Category Dimensional Gages and Instruments
Product Number ID SCAN™
Product Name Bore diameter and internal profile measurement of glass bottles
Gage / Instrument Type Bore Gage
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