Essential Gauges Every Custom Trailer and Truck Body Builder Needs to Track
David Bentley
Quality Assurance Engineer
9 min read
Essential Gauges Every Custom Trailer and Truck Body Builder Needs to Track
If you're running a custom trailer fabrication shop or truck body manufacturing operation, you already know that precision isn't optional — it's the difference between a unit that passes DOT inspection on the first attempt and one that gets rejected at the customer's dock. Managing the essential gauges trailer truck body builders rely on is a daily operational reality, yet most shops still track calibration using spreadsheets, paper binders, or worse — institutional memory. When an ISO 9001 auditor walks through your door or a fleet customer demands a certificate of conformance, those systems fall apart fast. This guide covers exactly which measurement instruments you need to track, what compliance actually requires, and how modern calibration management software eliminates the chaos for good.
Why Trailer and Truck Body Builders Struggle with Gauge Calibration
Custom fabrication environments are uniquely challenging for calibration management. Unlike a clean-room laboratory or a high-volume automotive stamping plant, a trailer or truck body shop operates in a harsh, high-variation environment. Torque wrenches live on welding carts. Calipers get dropped on concrete floors. Tape measures stretch and wear down over thousands of uses. Temperature swings in an unheated fabrication bay can shift instrument readings enough to matter on a tight tolerance fit.
Beyond the physical environment, the product mix itself creates complexity. One week you're building refrigerated van bodies that require precise foam thickness verification. The next week it's flatbed trailers with structural steel that demands torque calibration for critical fasteners. And after that, it's custom emergency vehicle upfits where dimensional tolerances on compartment openings are specified to ±1/16 inch. Each product type brings its own measurement requirements, and the gauges that serve them all need to be documented, scheduled, and traceable.
The most common failure modes shops experience include:
Expired calibration certificates discovered during customer audits — a torque wrench that hasn't been calibrated in 18 months suddenly becomes a major nonconformance
No documented calibration intervals — instruments get calibrated when someone remembers, not on a defined schedule
Lost or unreadable paper records — certificates stored in a filing cabinet get damaged, misfiled, or simply can't be located when needed
No traceability chain to NIST — customers and registrars increasingly require documented measurement traceability, and "we send it to a local calibration lab" isn't sufficient without the full certificate chain
No process for out-of-tolerance instruments — when a micrometer is found out of spec, there's no documented procedure for assessing the impact on previous measurements
Essential Gauges Trailer Truck Body Shops Need to Track
Let's get specific. Here is a comprehensive breakdown of the measurement instruments commonly used in trailer manufacturing and truck body fabrication, organized by function. These are the instruments your calibration management program must account for — and the ones auditors will ask about first.
Dimensional Measurement Instruments
Vernier and digital calipers — used for checking hole diameters, flange thickness, and component fit. Typical tolerance verification range: 0.001" to 0.010". Recommended calibration interval: 6–12 months, or after any drop event.
Outside micrometers — critical for wall thickness verification on structural tubing and checking stock material dimensions. Common range: 0–6 inches. Calibration interval: 6–12 months.
Tape measures and measuring tapes — used constantly on the shop floor for overall trailer length, body width, door opening dimensions, and mounting hole locations. Often overlooked in calibration programs. Recommended verification check: every 6–12 months using a certified reference standard.
Height gauges — essential for verifying floor height, body mounting height, and kingpin height on semi-trailers. Calibration interval: 12 months.
Dial indicators and test indicators — used for checking flatness of trailer decks, alignment of body mounting points, and runout on rotating components. Calibration interval: 6–12 months.
Feeler gauges — used for gap verification on door seals, panel joints, and frame clearances. Calibration interval: 12 months, or when visually damaged.
Squares and levels — machinists' squares and precision levels used to verify squareness of body frames and trailer subframes. Calibration interval: 12 months.
Torque Measurement Equipment
Torque wrenches (click-type and beam-type) — arguably the most safety-critical instruments in the shop. Used on wheel mounting hardware, kingpin plates, landing gear bolts, body hinge pins, and suspension fasteners. Typical torque specifications range from 50 ft-lbs for body hardware to 450–500 ft-lbs for wheel end fasteners on heavy trailers. ASME B107.300 recommends calibration at minimum every 12 months or after 5,000 cycles — whichever comes first.
Torque multipliers — used for high-torque applications on gooseneck hitches and structural bolting. Calibration interval: 12 months.
Electronic torque analyzers — bench-top instruments used to verify click wrenches. These require their own calibration certificates with documented traceability.
Pressure and Force Measurement
Air pressure gauges — used for pneumatic brake system testing, tire inflation, and air-powered tool verification. Calibration interval: 6–12 months. Acceptable accuracy tolerance for brake system gauges: typically ±2% of full scale.
Hydraulic pressure gauges — critical for shops building dump trailers, hydraulic lift gates, and roll-off bodies. Calibration interval: 6–12 months.
Load cells and scales — used to verify payload capacity ratings and weigh completed units before delivery. Calibration interval: 12 months, with verification checks more frequently depending on use.
Electrical and Electronic Test Equipment
Multimeters — used for verifying lighting circuits, ABS wiring, and refrigeration unit electrical connections. Calibration interval: 12 months.
Clamp meters — used for current draw testing on liftgates, refrigeration units, and auxiliary electrical systems. Calibration interval: 12 months.
Voltage testers and circuit testers — basic go/no-go devices that still require documented verification.
Welding-Related Measurement
Weld gauges (fillet weld gauges, undercut gauges) — used to verify weld size and quality on structural joints, hitch plates, and body mounting brackets. These are often overlooked but are directly tied to structural integrity. Calibration interval: 12 months.
Ultrasonic thickness gauges — used to verify material thickness on fabricated components without destructive testing. Calibration interval: 6–12 months.
Coating thickness gauges — used for paint film thickness verification on prime and topcoat systems. Calibration interval: 12 months.
Quality Standards and Compliance Requirements for Trailer Fabrication
Knowing which instruments to track is only half the battle. You also need to understand what the relevant quality standards actually require — because the language in those standards drives exactly what an auditor will ask for when they arrive at your facility.
ISO 9001:2015
The most common quality management standard applied in custom fabrication is ISO 9001:2015. Section 7.1.5 (Monitoring and Measuring Resources) is the governing clause for calibration. It requires that measurement equipment be suitable for its intended purpose, maintained with documented evidence of fitness for purpose, and that equipment is calibrated or verified at specified intervals against measurement standards traceable to international or national measurement standards.
The standard does not prescribe specific calibration intervals — that's your responsibility to define based on risk, use frequency, and instrument type. But it does require that your defined intervals are followed and that you have the records to prove it.
IATF 16949 (Automotive Sector)
If your shop serves automotive OEM customers or Tier 1/Tier 2 suppliers building truck bodies for automotive fleets, you may be operating under IATF 16949 requirements. This standard adds requirements around measurement system analysis (MSA), calibration record retention, and traceability that go beyond ISO 9001 alone.
NTEP and DOT Requirements
Scales used for vehicle weighing in commercial applications may be subject to National Type Evaluation Program (NTEP) requirements and must be calibrated and certified by a licensed weights and measures authority. This is a separate compliance track from your internal quality system and requires dedicated attention.
Customer-Specific Requirements
Many large fleet operators — national trucking companies, utility companies, municipalities — have their own supplier quality requirements that mandate calibration record availability, traceability documentation, and in some cases, on-site calibration audits. These customer-specific requirements (CSRs) often exceed the base ISO 9001 standard and can catch shops off guard if they haven't built a robust calibration management system.
What Auditors Actually Look For in Your Calibration Program
Understanding auditor behavior is critical preparation. Here's what an experienced ISO 9001 auditor will actually do when reviewing your calibration system in a trailer or truck body manufacturing environment:
They will walk the shop floor and physically pick up instruments — they'll look for calibration stickers or labels with due dates. Expired stickers are an immediate finding.
They will ask to see your calibration equipment list (master list of gages) — a complete inventory with instrument ID numbers, descriptions, locations, calibration intervals, and due dates. If this list doesn't exist or is clearly out of date, expect a nonconformance.
They will pull calibration certificates for selected instruments — and they will verify that certificates show as-found and as-left data, reference standard traceability, uncertainty of measurement, and calibration date and due date.
They will ask what you did when an instrument was found out of tolerance — this requires a documented out-of-tolerance (OOT) procedure and records showing risk assessment for previously measured product.
They will check whether your calibration intervals are being followed — not just whether your intervals are defined, but whether you actually adhered to them over the past 12–24 months.
Shops that manage calibration on spreadsheets consistently fail this last check. A spreadsheet can't send you an automated alert 30 days before a torque wrench is due. It can't lock down an expired instrument and prevent it from being used. And it can't generate a formatted audit-ready calibration status report in 60 seconds when an auditor is standing in your conference room.
Ready to get your calibration program audit-ready? Start your free trial of Gaugify today — no credit card required, and you can import your existing equipment list to get up and running in minutes.
How Gaugify Solves Calibration Management for Trailer and Truck Body Builders
Gaugify is built specifically to eliminate the pain points that custom fabricators face with calibration management. Here's how the platform addresses each challenge your shop is likely experiencing right now.
Centralized Equipment Master List
Every instrument in your shop — from your 6-inch digital caliper to your 500 ft-lb torque wrench — lives in a single, searchable equipment register. Each record includes the instrument ID, description, manufacturer, model, serial number, location, calibration interval, assigned user, and full calibration history. When an auditor asks for your master gage list, you generate it in one click.
Automated Calibration Scheduling and Alerts
Gaugify calculates due dates automatically based on your defined calibration intervals and sends email alerts to the right people — shop supervisors, quality managers, or external calibration vendors — at configurable intervals before the due date. No more expired certificates discovered at 9 AM on audit day. See all scheduling features here.
Digital Certificate Storage and Retrieval
Upload calibration certificates directly to each instrument record. When your 3/4-inch drive torque wrench gets calibrated by your external lab, the PDF certificate attaches to that instrument's history permanently. Traceability chains are maintained and retrievable instantly. Customers requesting documentation packages for completed trailers get a clean, organized calibration report — not a pile of scanned PDFs from a filing cabinet.
Out-of-Tolerance Workflow Management
When an instrument is found out of calibration, Gaugify prompts you through a structured out-of-tolerance response workflow — documenting the discrepancy, assessing impact on previously measured products, initiating corrective action, and recording the resolution. This closed-loop process satisfies one of the most commonly cited ISO 9001 audit findings in fabrication environments.
Audit-Ready Compliance Reporting
Gaugify generates formatted calibration status reports, overdue instrument lists, and full calibration history reports that are designed to satisfy auditor requests on the spot. If your registrar wants to see that every torque wrench in your facility has been calibrated within its defined interval for the past two years, that report is available in under a minute. Learn more about compliance features.
Support for ISO 17025 Accredited Calibration
For shops that calibrate instruments in-house or use ISO 17025 accredited external labs, Gaugify supports structured certificate data including uncertainty of measurement documentation. This is increasingly required by Tier 1 automotive customers and large fleet operators. See how Gaugify supports ISO 17025 calibration requirements.
Flexible Pricing That Works for Small and Mid-Size Shops
You don't need an enterprise software budget to get professional calibration management. Gaugify's pricing is designed to be accessible for shops of all sizes — from a 10-person custom body builder to a regional trailer manufacturer with multiple facilities.
Building a Calibration Culture in Your Fabrication Shop
Beyond software, building a lasting calibration culture requires a few key practices. First, every new instrument entering the shop should be logged into the calibration system before it goes into service. Second, technicians should understand that an expired calibration sticker means the instrument is out of service — no exceptions. Third, out-of-tolerance findings should be treated as process improvement opportunities, not embarrassments, so technicians report them openly instead of hiding them.
Shops that build this culture find that audits become routine events rather than stressful scrambles. More importantly, they find that their measurement data is actually trustworthy — which means their quality decisions are based on reality, not hope.
When a customer accepts delivery of a 53-foot refrigerated trailer and signs off on the dimensional report, they're trusting that your instruments were accurate when you made those measurements. That trust is built on a calibration program that runs every day, not just the week before an audit.
Get Started with Gaugify Today
Managing the essential gauges trailer truck body builders use doesn't have to be a source of audit anxiety or operational risk. With the right system in place, calibration management becomes a quiet, reliable background process that protects your quality program and builds customer confidence.
Gaugify gives you the tools to track every instrument in your shop, stay ahead of due dates, manage out-of-tolerance events, and walk into any audit with complete confidence. Thousands of quality professionals in manufacturing environments rely on Gaugify to keep their measurement programs compliant and their certifications intact.
Take the first step toward a fully compliant calibration program. Start your free Gaugify trial today — no credit card required, and setup takes less than an hour. Or if you'd prefer a guided walkthrough of how Gaugify works for fabrication and manufacturing environments, schedule a live demo with our team.
Essential Gauges Every Custom Trailer and Truck Body Builder Needs to Track
If you're running a custom trailer fabrication shop or truck body manufacturing operation, you already know that precision isn't optional — it's the difference between a unit that passes DOT inspection on the first attempt and one that gets rejected at the customer's dock. Managing the essential gauges trailer truck body builders rely on is a daily operational reality, yet most shops still track calibration using spreadsheets, paper binders, or worse — institutional memory. When an ISO 9001 auditor walks through your door or a fleet customer demands a certificate of conformance, those systems fall apart fast. This guide covers exactly which measurement instruments you need to track, what compliance actually requires, and how modern calibration management software eliminates the chaos for good.
Why Trailer and Truck Body Builders Struggle with Gauge Calibration
Custom fabrication environments are uniquely challenging for calibration management. Unlike a clean-room laboratory or a high-volume automotive stamping plant, a trailer or truck body shop operates in a harsh, high-variation environment. Torque wrenches live on welding carts. Calipers get dropped on concrete floors. Tape measures stretch and wear down over thousands of uses. Temperature swings in an unheated fabrication bay can shift instrument readings enough to matter on a tight tolerance fit.
Beyond the physical environment, the product mix itself creates complexity. One week you're building refrigerated van bodies that require precise foam thickness verification. The next week it's flatbed trailers with structural steel that demands torque calibration for critical fasteners. And after that, it's custom emergency vehicle upfits where dimensional tolerances on compartment openings are specified to ±1/16 inch. Each product type brings its own measurement requirements, and the gauges that serve them all need to be documented, scheduled, and traceable.
The most common failure modes shops experience include:
Expired calibration certificates discovered during customer audits — a torque wrench that hasn't been calibrated in 18 months suddenly becomes a major nonconformance
No documented calibration intervals — instruments get calibrated when someone remembers, not on a defined schedule
Lost or unreadable paper records — certificates stored in a filing cabinet get damaged, misfiled, or simply can't be located when needed
No traceability chain to NIST — customers and registrars increasingly require documented measurement traceability, and "we send it to a local calibration lab" isn't sufficient without the full certificate chain
No process for out-of-tolerance instruments — when a micrometer is found out of spec, there's no documented procedure for assessing the impact on previous measurements
Essential Gauges Trailer Truck Body Shops Need to Track
Let's get specific. Here is a comprehensive breakdown of the measurement instruments commonly used in trailer manufacturing and truck body fabrication, organized by function. These are the instruments your calibration management program must account for — and the ones auditors will ask about first.
Dimensional Measurement Instruments
Vernier and digital calipers — used for checking hole diameters, flange thickness, and component fit. Typical tolerance verification range: 0.001" to 0.010". Recommended calibration interval: 6–12 months, or after any drop event.
Outside micrometers — critical for wall thickness verification on structural tubing and checking stock material dimensions. Common range: 0–6 inches. Calibration interval: 6–12 months.
Tape measures and measuring tapes — used constantly on the shop floor for overall trailer length, body width, door opening dimensions, and mounting hole locations. Often overlooked in calibration programs. Recommended verification check: every 6–12 months using a certified reference standard.
Height gauges — essential for verifying floor height, body mounting height, and kingpin height on semi-trailers. Calibration interval: 12 months.
Dial indicators and test indicators — used for checking flatness of trailer decks, alignment of body mounting points, and runout on rotating components. Calibration interval: 6–12 months.
Feeler gauges — used for gap verification on door seals, panel joints, and frame clearances. Calibration interval: 12 months, or when visually damaged.
Squares and levels — machinists' squares and precision levels used to verify squareness of body frames and trailer subframes. Calibration interval: 12 months.
Torque Measurement Equipment
Torque wrenches (click-type and beam-type) — arguably the most safety-critical instruments in the shop. Used on wheel mounting hardware, kingpin plates, landing gear bolts, body hinge pins, and suspension fasteners. Typical torque specifications range from 50 ft-lbs for body hardware to 450–500 ft-lbs for wheel end fasteners on heavy trailers. ASME B107.300 recommends calibration at minimum every 12 months or after 5,000 cycles — whichever comes first.
Torque multipliers — used for high-torque applications on gooseneck hitches and structural bolting. Calibration interval: 12 months.
Electronic torque analyzers — bench-top instruments used to verify click wrenches. These require their own calibration certificates with documented traceability.
Pressure and Force Measurement
Air pressure gauges — used for pneumatic brake system testing, tire inflation, and air-powered tool verification. Calibration interval: 6–12 months. Acceptable accuracy tolerance for brake system gauges: typically ±2% of full scale.
Hydraulic pressure gauges — critical for shops building dump trailers, hydraulic lift gates, and roll-off bodies. Calibration interval: 6–12 months.
Load cells and scales — used to verify payload capacity ratings and weigh completed units before delivery. Calibration interval: 12 months, with verification checks more frequently depending on use.
Electrical and Electronic Test Equipment
Multimeters — used for verifying lighting circuits, ABS wiring, and refrigeration unit electrical connections. Calibration interval: 12 months.
Clamp meters — used for current draw testing on liftgates, refrigeration units, and auxiliary electrical systems. Calibration interval: 12 months.
Voltage testers and circuit testers — basic go/no-go devices that still require documented verification.
Welding-Related Measurement
Weld gauges (fillet weld gauges, undercut gauges) — used to verify weld size and quality on structural joints, hitch plates, and body mounting brackets. These are often overlooked but are directly tied to structural integrity. Calibration interval: 12 months.
Ultrasonic thickness gauges — used to verify material thickness on fabricated components without destructive testing. Calibration interval: 6–12 months.
Coating thickness gauges — used for paint film thickness verification on prime and topcoat systems. Calibration interval: 12 months.
Quality Standards and Compliance Requirements for Trailer Fabrication
Knowing which instruments to track is only half the battle. You also need to understand what the relevant quality standards actually require — because the language in those standards drives exactly what an auditor will ask for when they arrive at your facility.
ISO 9001:2015
The most common quality management standard applied in custom fabrication is ISO 9001:2015. Section 7.1.5 (Monitoring and Measuring Resources) is the governing clause for calibration. It requires that measurement equipment be suitable for its intended purpose, maintained with documented evidence of fitness for purpose, and that equipment is calibrated or verified at specified intervals against measurement standards traceable to international or national measurement standards.
The standard does not prescribe specific calibration intervals — that's your responsibility to define based on risk, use frequency, and instrument type. But it does require that your defined intervals are followed and that you have the records to prove it.
IATF 16949 (Automotive Sector)
If your shop serves automotive OEM customers or Tier 1/Tier 2 suppliers building truck bodies for automotive fleets, you may be operating under IATF 16949 requirements. This standard adds requirements around measurement system analysis (MSA), calibration record retention, and traceability that go beyond ISO 9001 alone.
NTEP and DOT Requirements
Scales used for vehicle weighing in commercial applications may be subject to National Type Evaluation Program (NTEP) requirements and must be calibrated and certified by a licensed weights and measures authority. This is a separate compliance track from your internal quality system and requires dedicated attention.
Customer-Specific Requirements
Many large fleet operators — national trucking companies, utility companies, municipalities — have their own supplier quality requirements that mandate calibration record availability, traceability documentation, and in some cases, on-site calibration audits. These customer-specific requirements (CSRs) often exceed the base ISO 9001 standard and can catch shops off guard if they haven't built a robust calibration management system.
What Auditors Actually Look For in Your Calibration Program
Understanding auditor behavior is critical preparation. Here's what an experienced ISO 9001 auditor will actually do when reviewing your calibration system in a trailer or truck body manufacturing environment:
They will walk the shop floor and physically pick up instruments — they'll look for calibration stickers or labels with due dates. Expired stickers are an immediate finding.
They will ask to see your calibration equipment list (master list of gages) — a complete inventory with instrument ID numbers, descriptions, locations, calibration intervals, and due dates. If this list doesn't exist or is clearly out of date, expect a nonconformance.
They will pull calibration certificates for selected instruments — and they will verify that certificates show as-found and as-left data, reference standard traceability, uncertainty of measurement, and calibration date and due date.
They will ask what you did when an instrument was found out of tolerance — this requires a documented out-of-tolerance (OOT) procedure and records showing risk assessment for previously measured product.
They will check whether your calibration intervals are being followed — not just whether your intervals are defined, but whether you actually adhered to them over the past 12–24 months.
Shops that manage calibration on spreadsheets consistently fail this last check. A spreadsheet can't send you an automated alert 30 days before a torque wrench is due. It can't lock down an expired instrument and prevent it from being used. And it can't generate a formatted audit-ready calibration status report in 60 seconds when an auditor is standing in your conference room.
Ready to get your calibration program audit-ready? Start your free trial of Gaugify today — no credit card required, and you can import your existing equipment list to get up and running in minutes.
How Gaugify Solves Calibration Management for Trailer and Truck Body Builders
Gaugify is built specifically to eliminate the pain points that custom fabricators face with calibration management. Here's how the platform addresses each challenge your shop is likely experiencing right now.
Centralized Equipment Master List
Every instrument in your shop — from your 6-inch digital caliper to your 500 ft-lb torque wrench — lives in a single, searchable equipment register. Each record includes the instrument ID, description, manufacturer, model, serial number, location, calibration interval, assigned user, and full calibration history. When an auditor asks for your master gage list, you generate it in one click.
Automated Calibration Scheduling and Alerts
Gaugify calculates due dates automatically based on your defined calibration intervals and sends email alerts to the right people — shop supervisors, quality managers, or external calibration vendors — at configurable intervals before the due date. No more expired certificates discovered at 9 AM on audit day. See all scheduling features here.
Digital Certificate Storage and Retrieval
Upload calibration certificates directly to each instrument record. When your 3/4-inch drive torque wrench gets calibrated by your external lab, the PDF certificate attaches to that instrument's history permanently. Traceability chains are maintained and retrievable instantly. Customers requesting documentation packages for completed trailers get a clean, organized calibration report — not a pile of scanned PDFs from a filing cabinet.
Out-of-Tolerance Workflow Management
When an instrument is found out of calibration, Gaugify prompts you through a structured out-of-tolerance response workflow — documenting the discrepancy, assessing impact on previously measured products, initiating corrective action, and recording the resolution. This closed-loop process satisfies one of the most commonly cited ISO 9001 audit findings in fabrication environments.
Audit-Ready Compliance Reporting
Gaugify generates formatted calibration status reports, overdue instrument lists, and full calibration history reports that are designed to satisfy auditor requests on the spot. If your registrar wants to see that every torque wrench in your facility has been calibrated within its defined interval for the past two years, that report is available in under a minute. Learn more about compliance features.
Support for ISO 17025 Accredited Calibration
For shops that calibrate instruments in-house or use ISO 17025 accredited external labs, Gaugify supports structured certificate data including uncertainty of measurement documentation. This is increasingly required by Tier 1 automotive customers and large fleet operators. See how Gaugify supports ISO 17025 calibration requirements.
Flexible Pricing That Works for Small and Mid-Size Shops
You don't need an enterprise software budget to get professional calibration management. Gaugify's pricing is designed to be accessible for shops of all sizes — from a 10-person custom body builder to a regional trailer manufacturer with multiple facilities.
Building a Calibration Culture in Your Fabrication Shop
Beyond software, building a lasting calibration culture requires a few key practices. First, every new instrument entering the shop should be logged into the calibration system before it goes into service. Second, technicians should understand that an expired calibration sticker means the instrument is out of service — no exceptions. Third, out-of-tolerance findings should be treated as process improvement opportunities, not embarrassments, so technicians report them openly instead of hiding them.
Shops that build this culture find that audits become routine events rather than stressful scrambles. More importantly, they find that their measurement data is actually trustworthy — which means their quality decisions are based on reality, not hope.
When a customer accepts delivery of a 53-foot refrigerated trailer and signs off on the dimensional report, they're trusting that your instruments were accurate when you made those measurements. That trust is built on a calibration program that runs every day, not just the week before an audit.
Get Started with Gaugify Today
Managing the essential gauges trailer truck body builders use doesn't have to be a source of audit anxiety or operational risk. With the right system in place, calibration management becomes a quiet, reliable background process that protects your quality program and builds customer confidence.
Gaugify gives you the tools to track every instrument in your shop, stay ahead of due dates, manage out-of-tolerance events, and walk into any audit with complete confidence. Thousands of quality professionals in manufacturing environments rely on Gaugify to keep their measurement programs compliant and their certifications intact.
Take the first step toward a fully compliant calibration program. Start your free Gaugify trial today — no credit card required, and setup takes less than an hour. Or if you'd prefer a guided walkthrough of how Gaugify works for fabrication and manufacturing environments, schedule a live demo with our team.