Frequently Asked Questions

Calia supports food & beverage, packaging, plastics, pharmaceuticals, chemicals, consumer goods, electronics, hospitals, biological, agricultural, academics, government agencies and research institutions—any industry where measurement accuracy, quality control, and process reliability are critical.

Calia specializes in a comprehensive range of laboratory and industrial testing solutions including gas permeability analysis, modified atmosphere packaging (MAP) analysis, color measurement, seal leak and package integrity testing, material strength and mechanical testing, viscosity measurement, chemical analysis, microbiological, and life science solutions. These technologies help customers monitor, control, and improve product quality consistently—from raw materials to finished products.

By providing objective, repeatable, and standardized measurements, our instruments help customers detect deviations early, minimize rework, and prevent costly customer complaints or recalls.

Yes. The solutions we represent are widely used globally and support ISO, ASTM, AOAC, FDA, and industry-specific standards, making them suitable for regulated and export-oriented operations.

Absolutely. Our portfolio includes bench-top laboratory instruments as well as at-line and in-process solutions, allowing customers to maintain consistency between R&D, QA/QC, and production.

MOCON analyzers measure the permeation of gases such as oxygen, water vapor, and CO₂ through films and sealed packages to ensure packaging integrity and product shelf life. For example, OX-TRAN® oxygen transmission testers comply with ASTM D3985 standards and can test materials ranging from thin barrier films to rigid containers. These instruments help R&D and QC teams detect leaks, optimize barrier properties, and ensure product safety.

MOCON offers a complete line of permeation equipment. The OX-TRAN® series handles OTR (oxygen transmission rate) testing, while the AQUATRAN® series measures WVTR (water vapor transmission rate), and the PERMATRAN-C® series measures CO₂ transmission rates. These systems can test films, packages, and containers, allowing laboratories to standardize their barrier testing across multiple materials and packaging formats.

MOCON has more than 50 years of experience in permeability testing and its instruments form the basis of several global standards such as ASTM D3985. The analyzers are known for their accuracy, reliability, and industry acceptance. Customers also benefit from strong after-sales support including training, preventive maintenance, calibration services, and spare parts availability through authorized local partners like Calia Technology (Philippines) Inc.

Yes. Many MOCON analyzers use long-life sensors that minimize maintenance. For example, some OX-TRAN® systems use the intrinsic Coulox® oxygen sensor, which does not require frequent calibration. These instruments are designed for easy upkeep with accessible components, replaceable filters, and optional preventive maintenance programs to ensure long-term accuracy and uptime.

AMETEK MOCON provides comprehensive technical support including installation assistance, training, application guidance, calibration services, and spare parts supply. Customers can receive troubleshooting assistance from experts and benefit from preventive maintenance programs to ensure long-term instrument performance and reliability.

Dansensor, now part of AMETEK MOCON, specializes in quality-control instruments for Modified Atmosphere Packaging (MAP). Its equipment verifies gas composition inside sealed packages and detects leaks. For example, CheckMate® headspace analyzers measure residual oxygen to confirm correct MAP conditions, helping prevent spoilage and bacterial growth.

Dansensor provides a full range of MAP testing solutions including headspace gas analyzers such as CheckMate® 4 for measuring O₂ and CO₂ in packages, leak detection systems such as LeakMatic and Lippke® testers, on-line MAP gas analyzers like the MAP Check® series, and MAP Mix® gas mixers for blending protective gases used in packaging.

Dansensor instruments help maintain the correct gas environment inside packages. Headspace analyzers verify that oxygen levels are properly controlled, while leak detectors ensure the protective atmosphere remains sealed. Continuous gas monitoring systems also confirm the correct gas mixture during packaging, helping manufacturers maintain product freshness and safety.

Dansensor equipment is widely used in industries that rely on Modified Atmosphere Packaging such as food and beverage manufacturing, pharmaceutical packaging, and medical device packaging. These industries require strict control of oxygen and gas levels to protect product quality and shelf life.

Dansensor instruments are known for their accuracy, reliability, and ease of use in production environments. As part of the AMETEK MOCON group, the brand benefits from strong engineering expertise and global support. Customers also benefit from local service and application support through authorized distributors like Calia Technology (Philippines) Inc.

HunterLab spectrophotometers are used to objectively measure color for incoming raw materials, in-process monitoring, and final product quality control. These instruments help manufacturers maintain batch-to-batch color consistency and ensure products meet brand specifications and customer expectations.

The correct HunterLab instrument depends on the sample type. Powders and solids are commonly measured using the ColorFlex series, appearance-critical surfaces are evaluated using AGERA instruments, transparent liquids are measured with VISTA spectrophotometers, and irregular or non-uniform samples can be analyzed using AEROS systems.

Yes. HunterLab instruments provide objective and repeatable numerical color measurements, removing the subjectivity associated with human visual inspection. This improves consistency, reduces product disputes, and helps ensure color quality standards are maintained across production batches.

Yes. HunterLab instruments comply with internationally recognized color measurement standards including ASTM, ISO, and CIE methods. Because of this, they are widely accepted by global brand owners, laboratories, and auditors for quality control and product certification.

Yes. Calia Technology (Philippines) Inc. provides local installation support, user training, calibration guidance, and after-sales technical assistance to ensure customers can operate and maintain their HunterLab instruments effectively.

SealTick leak testing systems can inspect a wide range of packaging formats including bottles, pouches, sachets, blister packs, vials, jars, and both flexible and rigid containers. These systems are commonly used in food, beverage, pharmaceutical, cosmetic, and industrial packaging applications.

SealTick systems typically use non-destructive leak detection technologies such as vacuum decay or pressure-based testing. The package is placed in a sealed chamber where pressure changes are monitored to detect micro-leaks without damaging the product or packaging.

SealTick leak testers are capable of detecting extremely small micro-leaks that cannot be seen visually. The exact sensitivity depends on the packaging material, test configuration, and selected test method, but the systems are designed to detect leaks that could compromise package integrity and product safety.

No. SealTick systems are designed for non-destructive testing. This means the tested package remains intact and can still be used, shipped, or further evaluated after testing, which is especially valuable for high-value products or limited production samples.

Yes. SealTick systems are designed with user-friendly interfaces and simple test setup procedures. Routine maintenance typically involves calibration checks and preventive maintenance to ensure consistent and reliable leak detection performance.

Froilabo specializes in climatic chambers and environmental simulation equipment used for stability testing, aging studies, storage studies, and temperature or humidity-controlled laboratory applications. These systems are widely used in pharmaceutical, food, cosmetic, electronics, and research laboratories.

Froilabo chambers are designed for high precision and long-term stability. They provide precise control of temperature and humidity conditions, allowing laboratories to perform repeatable tests that comply with international standards such as ICH, GMP, and ISO requirements.

Yes. Froilabo offers a wide range of chamber sizes, temperature ranges, humidity control options, and accessories. Chambers can be configured with shelving systems, lighting, data logging capabilities, validation ports, alarms, and software features to meet specific testing and regulatory requirements.

Froilabo systems are widely used in pharmaceutical and biotechnology companies, food and beverage manufacturers, cosmetic laboratories, electronics testing facilities, and research institutions that require controlled environmental testing conditions.

Froilabo equipment is supported through installation services, calibration assistance, validation support, and technical guidance. Local partners also provide preventive maintenance, troubleshooting support, and spare parts supply to ensure long-term equipment performance.

VICTOR Universal Testing Machines are designed to perform tensile, compression, bending, shear, and peel tests. These machines are widely used to evaluate mechanical properties of materials such as metals, plastics, rubber, textiles, films, paper, and finished components.

VICTOR UTMs are available in a wide range of load capacities. Models range from small tabletop systems for low-force testing (around 1 kN to 5 kN) to large floor-standing systems capable of testing up to 600 kN or more, making them suitable for both laboratory research and industrial quality control.

VICTOR Universal Testing Machines typically provide measurement accuracy within ±0.5% to ±1% of the applied load depending on the model and load cell configuration. This ensures reliable, repeatable results for material testing and quality control.

Yes. VICTOR Universal Testing Machines are designed to comply with major international testing standards such as ASTM, ISO, EN, and JIS. This allows laboratories and manufacturers to perform standardized mechanical testing for certification, research, and product quality validation.

Yes. VICTOR UTMs feature user-friendly control software, digital data acquisition systems, and automated test procedures. Routine maintenance usually involves calibration verification, lubrication, and periodic inspection to maintain long-term performance and reliability.

Techcomp offers a broad range of analytical and laboratory instruments including spectrophotometers, laboratory balances, centrifuges, water baths, incubators, shakers, and other general laboratory equipment used in food, pharmaceutical, chemical, academic, and industrial laboratories.

Yes. Techcomp instruments are designed for everyday laboratory operations. They provide reliable performance, straightforward operation, and consistent results, making them suitable for routine quality control, research, and educational laboratory environments.

Techcomp instruments are manufactured under strict quality control procedures and follow international manufacturing standards. When properly calibrated and maintained, they provide accurate, repeatable, and dependable measurement results for laboratory applications.

Yes. Techcomp instruments are supported through authorized distributors who provide installation, user training, preventive maintenance, calibration services, and technical support to help ensure reliable long-term operation.

Techcomp instruments are known for offering a strong balance of performance, durability, and affordability. They provide dependable laboratory solutions for organizations seeking reliable equipment while maintaining reasonable investment costs.

Precisa is a Swiss manufacturer known for high-precision weighing and analytical instruments. Their product portfolio includes analytical balances, precision balances, semi-micro balances, moisture analyzers, and thermogravimetric ash analyzers used in laboratories and industrial quality control environments.

PHASTbloc™ (Precisa Hybrid Advanced Sensor Technology) is a patented weighing system that combines a robust monolithic weighing cell with electromagnetic force compensation technology. This design enables fast stabilization times, high precision, and excellent repeatability even in demanding laboratory conditions.

The Series 530 moisture analyzers combine high-precision weighing technology with automated features such as automatic lid opening, intuitive operation, and LED status indicators. These analyzers deliver fast, accurate moisture determination while minimizing user errors and improving laboratory efficiency.

The Series 340 prepASH® is a fully automatic thermogravimetric analyzer designed for moisture, ash, and loss-on-ignition testing. It operates at temperatures up to 1000 °C, provides readability down to 0.0001 g, and can process multiple samples simultaneously, supporting high-throughput laboratory workflows.

Precisa instruments are known for Swiss engineering quality, long-term reliability, and high measurement accuracy. Their balances and analyzers are designed for stability, durability, and regulatory compliance, making them suitable for laboratories that require precise, traceable, and repeatable measurement results.

SCION Instruments develops and manufactures analytical systems including gas chromatographs (GC), GC–mass spectrometers (GC-MS), liquid chromatographs (LC/HPLC), and chromatography data systems. These instruments are used for chemical analysis, environmental monitoring, pharmaceutical testing, food safety analysis, and research applications.

The SCION 8700 Single-Quadrupole GC-MS is a high-performance gas chromatography–mass spectrometry system designed for advanced chemical analysis. It combines gas chromatographic separation with mass spectrometry detection to identify and quantify compounds in complex samples with high sensitivity and reliability.

The SCION LC 6000 is a high-performance liquid chromatography (HPLC) system designed for accurate and reproducible separation of chemical compounds. It offers precise flow control, robust system design, and modular configuration options that allow laboratories to expand the system as analytical requirements grow.

SCION instruments are used in industries such as oil and gas, environmental laboratories, pharmaceuticals, chemical manufacturing, food safety testing, and academic research institutions where accurate chemical analysis is required.

SCION instruments are known for robust engineering, ease of maintenance, and reliable long-term operation. The systems are designed with serviceability in mind, allowing laboratories to maintain high uptime while benefiting from strong technical support and training.

Edinburgh Instruments manufactures advanced spectroscopic systems including fluorescence spectrometers, UV-Vis-NIR absorption spectrometers, transient absorption systems, and time-resolved spectroscopy instruments used in research, industrial laboratories, and academic institutions.

These systems are used in applications such as materials science, pharmaceuticals, life sciences, nanotechnology, semiconductors, photovoltaics, and chemical research. Typical analyses include photoluminescence measurements, quantum yield determination, lifetime analysis, and optical property characterization.

Edinburgh Instruments spectrometers are known for high sensitivity, excellent signal-to-noise performance, and long-term measurement stability. Their systems use precision optical components, advanced detectors, and reliable calibration methods to deliver repeatable results.

Edinburgh Instruments provides comprehensive support including installation assistance, user training, application guidance, software support, and maintenance services. Local distributors work closely with the manufacturer to ensure reliable long-term instrument operation.

Yes. Many Edinburgh Instruments platforms are modular and can be upgraded with accessories such as integrating spheres, temperature-controlled sample holders, specialized detectors, and additional light sources to support evolving research needs.

Biometrics Technologies systems are used for respiratory monitoring, metabolic measurements, and exposure monitoring studies in clinical, research, and occupational health environments. These systems help researchers and medical professionals analyze breathing patterns, gas exchange, and physiological responses.

Yes. Many Biometrics Technologies systems are designed to be portable and suitable for field studies, clinical environments, and research applications where mobility and flexibility are required.

Biometrics Technologies systems are supported through installation assistance, user training, application guidance, and technical support. Local distributors provide on-site assistance when needed while working with the manufacturer’s technical team.

Yes. Many Biometrics Technologies platforms are modular and can be expanded with additional sensors, software modules, and accessories depending on the research or monitoring requirements.

These systems can collect physiological and respiratory data such as breathing rate, oxygen consumption (VO₂), carbon dioxide production (VCO₂), ventilation parameters, and exposure monitoring data. Many systems provide real-time monitoring and analysis for clinical and research applications.

Baker workstations are designed primarily to provide a clean and controlled working environment that protects samples and improves laboratory workflow efficiency. Baker Biological Safety Cabinets (Class I, II, or III) are engineered to protect the operator, the sample, and the surrounding environment when handling potentially hazardous biological materials.

A workstation is suitable for non-hazardous applications such as sample preparation, weighing, or assembly tasks where product protection is required. A Biological Safety Cabinet should be used when working with biological agents, infectious materials, or applications requiring personnel and environmental protection.

Both systems use high-efficiency filtration technologies, but Biological Safety Cabinets use certified HEPA filtration and carefully designed airflow patterns to contain biological hazards. Workstations focus primarily on maintaining clean airflow to protect samples rather than containing hazardous materials.

Yes. Baker equipment can be customized with accessories such as ergonomic work surfaces, lighting systems, electrical outlets, stands, monitoring features, and other laboratory accessories to support specific workflow requirements.

Biological Safety Cabinets typically require annual certification, or certification after relocation or servicing, to ensure safe operation and compliance with international biosafety standards. Workstations generally require routine maintenance and airflow verification to maintain proper performance.

IsotopX systems are used to analyze a wide range of samples including water, food products, environmental samples, geological materials, and research samples where stable isotope ratio measurements are required.

IsotopX instruments are suitable for both advanced scientific research and routine laboratory analysis. They are designed to deliver long-term stability, high precision, and consistent isotope ratio measurements.

Yes. IsotopX instruments are designed with modular configurations and can be integrated with various sample preparation systems and analytical platforms depending on laboratory requirements.

Although IsotopX systems are advanced analytical instruments, they are designed with intuitive software and guided workflows. Users typically receive full training to ensure proper operation and reliable measurement results.

Yes. Calia Technology (Philippines) Inc. coordinates installation, training, and technical support together with the manufacturer to ensure reliable system operation and long-term performance.

A viscometer measures the viscosity or thickness of liquids. A rheometer analyzes complex flow and deformation behavior of materials under different forces and conditions. A texture analyzer measures physical properties such as hardness, firmness, chewiness, elasticity, and fracture behavior of products.

These instruments can analyze a wide variety of materials including liquids, semi-solids, gels, pastes, creams, powders, and solid materials depending on the instrument configuration and accessories used.

These instruments are widely used in industries such as food and beverage, pharmaceuticals, cosmetics, chemicals, paints and coatings, polymers, packaging materials, and academic research laboratories.

A viscometer measures viscosity by rotating a spindle inside a fluid at a controlled speed. The resistance of the fluid to the spindle rotation is measured and converted into a viscosity value.

A rheometer is used when advanced material characterization is required, such as studying shear-dependent behavior, yield stress, viscoelastic properties, and time- or temperature-dependent flow behavior.