1NTEGRATED METROLOGY CORPORATION • Biñan
Born Digital. Built Compliant.
Zero Legacy Paper Waste.
1NTEGRATED METROLOGY CORPORATION (1MC) is a newly registered, digital-first calibration challenger. We have zero legacy paperwork, zero outdated filing systems, and zero administrative friction. We deliver accredited, NIST-traceable calibrations mapped to digital twins, with sub-10s QR audit scans, automated Viber scheduling alerts, and predictive drift forecasting.
Accredited Expertise
Calibration Capabilities
Explore our high-precision metrology services, certified calibration runs, and compliance standards.
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RF & Electrical Metrology
High-frequency, low-uncertainty trace-back validation for multi-GHz oscilloscopes, spectrum analyzers, and reference calibrators.
High-frequency, low-uncertainty trace-back validation for multi-GHz oscilloscopes, spectrum analyzers, and reference calibrators. Full native support for Keysight, Fluke, and Tektronix. Engineered for sub-micron precision tolerances.
RANGE 100 µV to 1000 V // 10 Hz to 1 MHz UNCERTAINTY ± 0.005% of rdg REF_STANDARD Agilent 3458A 8.5-Digit DMM -
Physical, Mechanical & Dimensional
Sub-micron level dimensional validation for custom torque systems, ultra-high-range pressure transducers, and force sensors.
Sub-micron level dimensional validation for custom torque systems, ultra-high-range pressure transducers, and force sensors. Engineered exclusively for semiconductor fabs and aerospace manufacturing.
RANGE 0.1 N·m to 2000 N·m // up to 700 bar UNCERTAINTY ± 0.25% of rdg // ± 0.015% of FS REF_STANDARD Norbar Torque Rig / Deadweight -
Thermodynamic & Chemical Mapping
Strict volumetric validation and multi-point thermal mapping for pharmaceutical cold chains, bioreactors, and autoclaves.
Strict volumetric validation and multi-point thermal mapping for pharmaceutical cold chains, bioreactors, and autoclaves. Fully optimized for FDA 21 CFR Part 11 and ALCOA+ data compliance.
RANGE -80 °C to 300 °C // 10 µL to 10 mL UNCERTAINTY ± 0.02 °C // ± 0.15% (Gravimetric) REF_STANDARD Kaye Validator AVS / E2 Weights
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Pharmaceuticals
FDA 21 CFR Part 11 & ALCOA+ Compliant
Strict data integrity validation, autoclave thermal mapping, and temperature-controlled warehouse validation to eliminate audit risks.
COMPLIANCE FDA 21 CFR Part 11 // ALCOA+ METHODOLOGY Thermal Mapping & Chamber Validation -
Medical Devices
ISO 13485 Regulatory Conformance
Volumetric pipettes, cleanroom scale systems, pressure gauges, and dimensional calibration traceable back to national standards.
COMPLIANCE ISO 13485 Conformance METHODOLOGY Volumetric & Dimensional Verification -
Aerospace & Defense
Micron-Level Precision Tolerances
High-frequency RF testing, microwave spectrum analyzers, dimensional calipers, and multi-axis force validation.
COMPLIANCE NIST-Traceable Standards METHODOLOGY RF Spectrum & Force Calibration -
Semiconductor & Automotive
High-Yield Precision Standards
ESD-safe environment testing, torque sensors, micro-dimensional gauges, and cleanroom automation telemetry validation.
COMPLIANCE ESD-Safe Environment Testing METHODOLOGY Micro-Dimensional & Torque Calibration
Search Scope of Accreditation
Check our ISO/IEC 17025 accredited ranges and calibration measurement capabilities (CMC) instantly.
| Parameter / Instrument | Accredited Range | Calibration Capability (CMC) | Reference Standard | Status |
|---|---|---|---|---|
| AC/DC Voltage Reference | 100 µV to 1000 V | ± 0.005% of rdg | Fluke 5720A / Agilent 3458A | Accredited |
| Torque Tools & Transducers | 0.1 N·m to 2000 N·m | ± 0.25% of rdg | Norbar Calibration Rig | Accredited |
| Temperature Thermal Mapping | -80 °C to 300 °C | ± 0.02 °C | Kaye Validator AVS / SPRT | Accredited |
| Pressure Gauges & Sensors | -0.95 bar to 700 bar | ± 0.015% of FS | Fluke P3100 Deadweight | Accredited |
| Volumetric Pipettes & Glassware | 10 µL to 100 mL | ± 0.12% of rdg | Mettler Toledo / E2 Weights | Accredited |
| Temperature Chambers & Ovens | -40 °C to 180 °C | ± 0.15 °C | Kaye Loggers / SPRT Probes | Accredited |
| Digital Multimeters (DMM) | 10 mV to 1000 V | ± 8 ppm | Fluke 5720A / Agilent 3458A | Accredited |
| Standard Weights & Balances | 1 mg to 20 kg | ± 0.05 mg to ± 200 mg | OIML Class E2 & F1 Weights | Accredited |
| Relative Humidity Sensors | 10% to 95% RH | ± 1.2% RH | Vaisala HM40 / Chilled Mirror | Accredited |
| RF Spectrum Analyzers | 9 kHz to 26.5 GHz | ± 0.1 dB | Keysight E8257D Generator | Accredited |
What clients say
Reviews
Questions
FAQ
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Financial Architecture: How does the flat-rate SWAS model eliminate unpredictable laboratory billing?
The Service With A Subscription (SWAS) framework resolves the volatility of traditional pay-per-device lab billing by consolidating all calibrations and asset logistics into a single, transparent monthly subscription tier. This structural predictability insulates corporate quality control budgets from unpredictable cost spikes during high-intensity audit seasons or rapid instrument fleet expansions. Under this unified model, logistics, pickup, calibration, certification, and dynamic drift telemetry are covered natively under one SLA. -
Administrative Triage: How does the AI-assisted digital cockpit optimize scheduling and fleet management?
The AI-assisted digital cockpit operates over dedicated, secure communication networks to handle high-velocity scheduling, instrument triage, and routing queries. By substituting hundreds of hours of manual administrative overhead with instantly auditable record-keeping, the cockpit streamlines field dispatch logistics, automates notification cadences, and allows Quality Assurance directors to authorize service runs in under 4 seconds. -
Security & Data Integrity: How does native API integration prevent platform blocks and audit failures?
All digital notifications and database handshakes run natively via official, accredited corporate APIs. By completely avoiding fragile HTML scraping tools or unauthorized browser scripts, the platform guarantees zero security vulnerabilities, total compliance with federal electronic records auditing (including FDA 21 CFR Part 11 and ALCOA+ data integrity standards), and absolute insulation from platform bans or API endpoint blocks. -
How does NextGen AI Predictive Drift Forecasting prevent out-of-tolerance (OOT) events?
By running historical calibration datasets through NextGen AI predictive machine learning models, the system maps performance degradation curves for each instrument. Quality assurance teams receive proactive warnings weeks before an instrument drifts near its outer tolerance boundary, permitting pre-emptive scheduling and eliminating costly CAPA investigations or manufacturing shutdowns. -
How does the cryptographic QR trace-back protocol operate during audits?
Each certified instrument receives a high-contrast physical QR sticker linked to our secure digital compliance ledger. Scanning the code on any authorized mobile interface decrypts and fetches the digital calibration certificate, trace-back map to NIST reference standards, and certified technician competency logs in under 10 seconds, satisfying external regulatory inspectors instantly. -
Why choose a newly registered metrology provider like 1MC over legacy players?
Legacy metrology laboratories are weighed down by decades of paper archives, yellowing certification folders, manual spreadsheets, and outdated databases. 1MC was registered in 2026. Born digital with zero legacy debt, our entire calibration network runs on modern digital twins, instant API integrations, cryptographic QR certification retrievals, and automated Viber dispatches. We do not lose certs or delay audits because we have never owned a paper filing cabinet.
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Find us
1NTEGRATED METROLOGY CORPORATION
- Address
- Laguna Technopark, Special Economic Zone, Biñan, Laguna 4024, PH
- Phone
- +63495550199
- Hours
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- Mo,Tu,We,Th,Fr 08:00-17:00