Calibration Kits and Equipments

Types of Calibration Equipment We Offer

Electrical Calibration Equipment

Electrical calibration instruments are used to source, measure, and verify precise electrical parameters such as voltage, current, resistance, and frequency. These tools are commonly used to calibrate multimeters, oscilloscopes, power supplies, and electronic test systems.

Typical applications include bench calibration, production testing, and automated calibration workflows in electronics manufacturing and service labs.

RF and Microwave Calibration Equipment

RF calibration equipment is used to establish accurate reference conditions for high-frequency measurement systems. This includes calibration kits, standards, and accessories used with network analyzers, spectrum analyzers, signal generators, and RF test platforms.

These systems are critical in aerospace, defense, wireless communications, semiconductor testing, and high-speed digital validation environments where signal integrity and frequency accuracy are critical.

Optical Calibration Equipment

Optical calibration equipment supports the calibration of optical test instruments such as optical spectrum analyzers, optical power meters, laser sources, and attenuators. These tools are used to verify wavelength accuracy, power levels, insertion loss, and optical signal stability.

Optical calibration is widely used in fiber-optic communications, photonics research, semiconductor fabs, and optical component manufacturing.

Process and Temperature Calibration Equipment

Process calibrators and temperature calibration equipment are designed for industrial control systems and sensor verification. These instruments support calibration of transmitters, controllers, thermocouples, RTDs, and loop devices commonly found in process automation and manufacturing environments.

They are often used in field service, plant maintenance, and quality assurance programs.

Mechanical and Dimensional Calibration Equipment

Mechanical calibration equipment includes dimensional standards, mass standards, and precision reference tools used to verify mechanical measurements. These systems are commonly found in metrology labs, manufacturing inspection environments, and mechanical testing facilities.

Calibration Equipment Brands We Sell

Aumictech offers calibration equipment from globally recognized manufacturers known for precision, reliability, and long-term performance.

• Fluke
Electrical calibrators, process calibrators, loop calibrators, multifunction calibration systems

• Keysight Technologies
RF and microwave calibration kits, network analyzer calibration standards, precision electrical references

• Agilent Technologies
Legacy and high-performance calibration equipment for RF, microwave, and electronic test systems

• Yokogawa
Electrical and process calibration instruments, laboratory reference equipment

• Ando Electric
Optical calibration-related equipment and standards supporting legacy optical systems

• Mitutoyo
Dimensional and mechanical calibration tools for precision measurement

• Troemner
Mass and weight calibration standards for laboratory and industrial use

• Tektronix
Electrical and signal-related calibration accessories supporting oscilloscopes and waveform systems

Used, Refurbished, and Laboratory-Grade Calibration Equipment

Many high-performance calibration systems are no longer manufactured new or carry extremely high replacement costs. Professionally sourced used and refurbished calibration equipment provides a cost-effective alternative while maintaining performance and reliability.

Each unit supplied by Aumictech is carefully evaluated for functionality and suitability for professional use. Calibration equipment is commonly deployed in R&D labs, universities, semiconductor facilities, production lines, and service centers where accuracy and repeatability are essential.

Why Calibration Equipment Is Critical

Accurate calibration directly impacts product quality, system performance, and compliance requirements. Inaccurate or unverified measurements can lead to failed designs, production errors, and unreliable test results.

Calibration equipment ensures:
• Measurement consistency across instruments
• Reduced uncertainty and drift
• Confidence in test and validation results
• Extended service life of test equipment

As test systems continue to operate at higher speeds and tighter tolerances, reliable calibration equipment remains a foundational requirement across all technical industries.