California Calibration Company Helps Laboratories, Manufacturers, Pharmaceutical Facilities, and Industrial Organizations Maintain Reliable Speed Measurement Through Professional Tachometer Calibration SAN CARLOS, Calif., August 31, 2026 — International Process Solutions (IPS), a California calibration and process solutions provider, is highlighting its professional tachometer calibration services for organizations that depend on accurate rotational speed measurements for equipment
Featured Answer: How Often Should Scales and Balances Be Calibrated? Scales and balances are commonly calibrated every 6 to 12 months, but the correct calibration frequency depends on the instrument’s use, required accuracy, operating environment, measurement risk, manufacturer recommendations, historical performance, and applicable quality or regulatory requirements. High-use or critical balances used in pharmaceutical, biotechnology,
Featured Answer: Why Is Calibration Important for FDA Compliance? Calibration is important for FDA compliance because it helps ensure that instruments and equipment used to measure, monitor, test, manufacture, store, and control regulated products produce accurate and reliable results. In FDA-regulated environments, inaccurate measurements can affect product quality, process control, documentation, and ultimately patient or
Pharmaceutical facilities depend on accurate, repeatable, and traceable measurements throughout research, manufacturing, quality control, storage, packaging, and distribution. Instruments that measure, monitor, record, or control a parameter that can affect product quality, process performance, safety, or regulatory compliance generally need to be included in an established calibration program. At International Process Solutions (IPS), we understand
In industries where accuracy, quality, safety, and regulatory compliance matter, the terms calibration and certification are often used together. However, they do not mean the same thing. Understanding the difference between calibration and certification is important for laboratories, pharmaceutical companies, biotechnology facilities, manufacturers, research organizations, and other businesses that rely on accurate measurement equipment. At
Laboratory equipment should be calibrated often enough to maintain measurement accuracy, reliability, traceability, and compliance throughout its use. While many laboratories establish calibration intervals of every six months or once per year, there is no single calibration frequency that is appropriate for every instrument. The correct calibration schedule depends on the type of equipment, frequency
Calibration services are professional procedures used to compare the measurements produced by an instrument or piece of equipment against a known reference standard to determine its accuracy and reliability. When measurements fall outside acceptable tolerances, calibration helps identify the deviation so the equipment can be adjusted, repaired, documented, or removed from service as appropriate. At
In regulated laboratories, manufacturing facilities, pharmaceutical environments, biotechnology operations, research settings, and quality-controlled production facilities, accurate calibration is directly connected to product quality, process consistency, reliable measurements, and defensible documentation. Even a relatively small calibration error can influence measurements used to release products, verify environmental conditions, prepare formulations, conduct testing, or determine whether a process
Laboratories that rely on biological safety cabinets need confidence that their equipment is operating within established performance requirements. At International Process Solutions (IPS), we provide professional BSC calibration, testing, and certification services designed to help laboratories maintain reliable containment, proper airflow, accurate documentation, and dependable equipment performance. A biological safety cabinet (BSC) is a critical
Torque wrenches are relied upon across manufacturing, aerospace, automotive, pharmaceutical, laboratory, industrial maintenance, and other precision-driven environments where fastening accuracy matters. When a torque wrench falls outside its acceptable tolerance, the consequences can extend far beyond an inaccurate reading. Improper torque can contribute to loose fasteners, damaged components, equipment failures, inconsistent assemblies, rejected products, and
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