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Sub-Micron Computerized Bench Micrometer – Wireless
A computerized bench micrometer measures external diameters with the workpiece held against a fixed anvil and spindle, removing the hand-alignment variation inherent to hand-held micrometers. This sub-micron model is built specifically for measurement tasks where resolution is the deciding factor.
Key Features
This model is positioned around fine resolution — suited to measurement tasks where the part tolerance is tight enough that fine discrimination between very close diameters matters more than covering a wide range of part sizes at one station. Exact resolution figures, accuracy class, and wireless protocol for this specific model are needs verification against the manufacturer datasheet — “sub-micron” in the product name itself indicates resolution finer than a standard bench micrometer.
Choosing the Right Bench Micrometer
BTSA offers this instrument alongside two related bench micrometer models built around different priorities: the Wide Range Computerized Bench Micrometer – Wireless (optimized for broad diameter coverage) and the Universal Computerized Bench Micrometer – Wireless (optimized for flexible fixturing). Choose this Sub-Micron model when fine resolution is the priority for your part tolerance.
Applications
Bench micrometers are typically used in inspection labs and dedicated QA stations for verifying shaft, pin, and roller diameters in high-volume precision manufacturing. See BTSA’s Mitutoyo Micrometer range for related instruments, and BTSA’s calibration services for NABL-traceable calibration of bench micrometers.
Frequently Asked Questions
What does “sub-micron” mean for this bench micrometer?
It indicates the instrument is built for finer resolution than a standard bench micrometer — suited to measurement tasks where fine discrimination between very close diameters matters most. Exact resolution figure: needs verification.
When should I choose the Sub-Micron model instead of the Wide Range model?
Choose this model when resolution/fineness of discrimination is the priority for your part tolerance. If your priority is instead covering many different diameter families at one station, see the Wide Range Computerized Bench Micrometer – Wireless.
Does this model also support wireless SPC data output?
Yes — like the other computerized bench micrometers in this range, it is designed to transmit readings wirelessly, reducing manual data-entry error. Specific protocol/software compatibility: needs verification.
How does this differ from the Universal model?
The Universal Computerized Bench Micrometer – Wireless is built around flexible or interchangeable fixturing for varied part geometries, rather than being optimized specifically for fine resolution.
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Universal Computerized Bench Micrometer – Wireless
A computerized bench micrometer measures external diameters against a fixed anvil and spindle, giving repeatable, operator-independent readings that a hand-held micrometer cannot guarantee. This Universal model is positioned around fixturing flexibility — suited to inspection environments where the parts being measured vary in geometry.
Key Features
Specific fixturing/anvil configuration options for this model are needs verification against the manufacturer datasheet; “Universal” in the product name indicates flexible or interchangeable fixturing capability rather than a fixed single-geometry setup.
Choosing the Right Bench Micrometer
BTSA offers this instrument alongside two related bench micrometer models built around different priorities: the Wide Range Computerized Bench Micrometer – Wireless (optimized for broad diameter coverage) and the Sub-Micron Computerized Bench Micrometer – Wireless (optimized for fine resolution). Choose this Universal model when your inspection setup handles varied part geometries needing flexible fixturing.
Applications
Bench micrometers are typically used in inspection labs and dedicated QA stations for verifying shaft, pin, and roller diameters in high-volume precision manufacturing. See BTSA’s Mitutoyo Micrometer range for related instruments, and BTSA’s calibration services for NABL-traceable calibration of bench micrometers.
Frequently Asked Questions
What makes this bench micrometer “Universal”?
The Universal designation indicates flexible or interchangeable fixturing suited to varied part geometries, rather than being optimized for one fixed range or for maximum resolution. Exact fixturing options: needs verification.
When should I choose the Universal model instead of the Wide Range model?
Choose this model when your inspection setup handles varied part geometries needing flexible fixturing. If your priority is instead covering a broad span of diameters at one station, see the Wide Range Computerized Bench Micrometer – Wireless.
Does the Universal model offer the same wireless data output as the other bench micrometers?
Yes — it is designed to transmit readings wirelessly for SPC/data-logging use, consistent with the other computerized bench micrometers BTSA carries. Specific protocol: needs verification.
How does this differ from the Sub-Micron model?
The Sub-Micron Computerized Bench Micrometer – Wireless is optimized specifically for finer resolution rather than fixturing flexibility.
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Wide Range Computerized Bench Micrometer – Wireless
A computerized bench micrometer is a lab-grade instrument that measures external diameters with high repeatability and digital data output. This wide-range wireless model is designed for inspection labs and production QA areas that need fast, operator-independent measurement across a broad size range.
Key Features
Bench micrometers mount the workpiece against a fixed anvil and spindle, removing the hand-alignment variation found in hand-held micrometers. This model is positioned around wide-range coverage — letting a single station handle multiple part-diameter families without re-fixturing. Exact measuring range, resolution, accuracy class, and wireless protocol for this specific model are needs verification against the Mitutoyo/manufacturer datasheet — BTSA’s technical team can confirm these on request.
Wireless Data Output and SPC Integration
Computerized bench micrometers with wireless output can transmit readings directly to SPC software, reducing manual data-entry errors during inspection runs. Specific software/protocol compatibility for this model: needs verification.
Choosing the Right Bench Micrometer
BTSA offers this instrument alongside two related bench micrometer models built around different priorities: the Sub-Micron Computerized Bench Micrometer – Wireless (optimized for finer resolution) and the Universal Computerized Bench Micrometer – Wireless (optimized for flexible fixturing). This Wide Range model is the right choice when covering a broad span of diameters at one station, without re-fixturing, is the priority.
Applications
Bench micrometers are typically used in inspection labs and dedicated QA stations for verifying shaft, pin, and roller diameters in high-volume precision manufacturing, rather than on the open shop floor. See BTSA’s Mitutoyo Micrometer range for related instruments, and BTSA’s calibration services for NABL-traceable calibration of bench micrometers.
Frequently Asked Questions
How does a bench micrometer differ from a hand-held micrometer?
A bench micrometer holds the part in a fixed setup against a spindle and anvil, removing operator-to-operator variation in how the part is held. Hand-held micrometers rely on the operator’s grip and feel, which introduces more variability.
What is the measuring range of this bench micrometer?
Needs verification — confirm the exact measuring range from the product datasheet before publishing as a firm spec.
What does “wireless” mean on a computerized bench micrometer?
It means the instrument can transmit measurement readings to a computer, SPC system, or data logger without a physical cable connection, simplifying recording of repeated readings during inspection runs.
Who typically uses a computerized bench micrometer?
Quality control labs, metrology departments, and high-volume production lines that need fast, repeatable diameter checks on shafts, pins, rollers, and similar cylindrical parts use bench micrometers like this one.
How is this Wide Range model different from the Sub-Micron or Universal models?
This Wide Range model is built to cover a broader diameter range in a single setup. The Sub-Micron model prioritizes finer resolution, and the Universal model prioritizes flexible fixturing.
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