Practical Applications

1. Hands-On Training Instrument setup and calibration with step-by-step guidance. Application of SOPs (Standard Operating Procedures). Logbook maintenance for calibration records. Internal quality Checks Uncertainty calculation 2. Troubleshooting & Maintenance Common calibration errors and corrective measures. Preventive maintenance for long-term reliability. Strategies to ensure instrument accuracy and performance.

Adherence to Safety Protocols: Strictly follow all laboratory safety guidelines and protocols to prevent accidents and ensure the well-being of all participants. Active Participation: Engage actively in all training sessions, discussions, and practical exercises. Complete all assigned tasks and projects on time. Respect for Equipment and Facilities: Handle all laboratory equipment and materials with care. Report any damages or malfunctions to the instructor immediately. Collaboration and Teamwork: Work collaboratively with fellow participants, sharing knowledge and supporting each other’s learning. Integrity and Accuracy: Maintain a high standard of integrity in all testing procedures and documentation. Ensure that all results are accurate and reliable.

Requirements - Skills, Knowledge, and Abilities

Commitment to the Program: Participants must demonstrate a commitment to the training program by attending all scheduled sessions, completing all assignments, and actively participating in practical exercises. A signed commitment agreement may be required before the start of the program. Health and Safety Compliance: Participants must comply with health and safety regulations, including wearing appropriate personal protective equipment (PPE) and adhering to all safety protocols. A medical clearance or proof of immunizations may be required for certain training programs. Designation: Mechanical Calibration Trainee Section: Training Qualification: Ph. D./ M. Tech./ B. Tech./Diploma. Fees : As Per Industry Standards Experience: Freshers / Professionals Employment Type: Short Term / Long Term Location: Gurugram, Haryana Note: Limited Spots Available! Don’t Miss This Opportunity to Advance Your Analytical Skills! For any further inquiries or additional information, please reach out. We look forward to supporting your journey in analytical excellence! FARE Labs – Empowering the Future of Analytical Science

Mechanical Metrology Calibration Training

Mechanical calibration is a crucial process that ensures the accuracy of measuring instruments used in various industries. It involves comparing the measurements of an instrument against a known standard to detect deviations and maintain precision. Mechanical calibration plays a vital role in manufacturing, engineering, construction, defence, automotive, aerospace, and quality control by calibrating Pressure, Mass, Volume, Torque, Hardness, Force, Speed & Acceleration, Acoustics, Viscosity & Density. By ensuring compliance with international measurement standards, mechanical calibration enhances product reliability, reduces errors, and maintains consistency in production processes.

FARE LABS provides advanced ISO/IEC 17025:2017 accredited mechanical calibration services. Our state-of-the-art facility is equipped with high-precision instruments to verify and certify a wide range of measurement tools.

FARE Labs also offer training on mechanical calibration to equip professionals with essential knowledge and practical skills to freshers and professionals.

Objectives

Understand mechanical instruments calibration principles.
Develop skills for operating and maintaining calibration equipment.
Learn calibration methodologies, accuracy standards, and uncertainty measurement.
Implement Internal Quality Checks (IQC) and Intermediate Checks (IMC) for measurement reliability.
Ensure compliance with ISO/IEC 17025:2017 standards.

1. Introduction to Mechanical Calibration

Importance of traceability and uncertainty measurement.
Overview of ISO/IEC 17025:2017 regulations.
Environmental Monitoring for stable calibration conditions.
IQC & IMC: Ensuring consistency and detecting deviations.

2. Instrumentation and Setup

Calibration and verification using following instruments:

Micro Weighing Balance – Calibration of E1/E2 class weights & piston/micro pipette
Volume – Piston Pipette/Micro syringe calibration with micro balance and evaporation trap
Dead Weight Tester- Calibration of precision pressure measuring instruments
Absolute Pressure Gauge Setup- Calibration of Atmospheric Pressure instruments
Torque Wrench Calibration System – Calibration of Torque wrench / Torque screw driver
Viscosity – Calibration of ford cup ,viscosity tube & liquid calibration setup
Tachometer Calibrator – Calibration of contact/ non-contact rpm measurement
Force – Calibration of CTM ,TTM ,UTM

3. Method Development & Data Analysis

Selection of calibration techniques and best practices.
Software tools for data analysis and reporting.
Review and documentation of IQC & IMC results for audit compliance.
Uncertainty estimation: Identifying sources of errors and applying statistical methods for confidence levels.
Data validation: Comparing results against reference standards to ensure compliance.
Graphical representation: Using charts and trend analysis for deviation tracking.
Final reporting: Creating traceable calibration certificates with measurement uncertainties.

4. Applications of Mechanical Calibration Training

Training will be provided on selected parameters from the list below:

Mechanical calibration is widely used across industries to ensure precision and standardization. Applications include:

Manufacturing & Engineering: Ensuring accuracy in machine components, automotive parts, and industrial equipment.
Aerospace & Defence: High-precision measurement of aircraft components, navigation systems, and defence equipment.
Medical Devices: Calibration of surgical instruments, prosthetics, and diagnostic equipment.
Automobile Industry: Quality control in vehicle parts such as shafts, bearings, and engine components.
Construction & Infrastructure: Ensuring correct measurements in structural frameworks, leveling, and alignment.
Research & Development: Validation in prototyping, metrology labs, and innovation centres.
Establishment of a Mechanical testing and calibration lab.

Mechanical Metrology Calibration Training

Objectives

What is to learn?

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