Packaging testing labs

3Core2 Certification Ltd is a fully independent, UKAS-accredited certification body headquartered at 630 Birchwood Boulevard, Birchwood, Warrington, Cheshire WA3 7QU, England, with additional contact operations based in Manchester. Founded in 2019 by Managing Director Donn Houldsworth, the company was established with the explicit aim of improving standards within the certification industry by placing client experience, impartiality, and genuine value delivery at the centre of every engagement. From its foundation, 3Core2 moved rapidly through the accreditation pathway, achieving International Accreditation Service (IAS) accreditation in 2021 and full UKAS accreditation in 2022 under accreditation number 20271, cementing its status as a formally recognised and independently audited certification authority. 3Core2 holds UKAS accreditation under ISO/IEC 17021-1:2015, the international standard governing the competence, consistency, and impartiality of management systems certification bodies. Under this accreditation, the company is authorised to certify organisations to four core management system standards: ISO 9001:2015 (Quality Management Systems), ISO 14001:2015 (Environmental Management Systems), ISO 45001:2018 (Occupational Health and Safety Management Systems), and ISO/IEC 27001:2022 (Information Security Management Systems). In total, 3Core2 offers eleven ISO certification programmes, extending beyond these flagship standards to cover service management, business continuity, and other internationally recognised frameworks that address the full range of operational, environmental, and information security challenges facing modern organisations. The company's audit services are available in both remote and onsite formats, providing flexibility to clients of every size and geographic footprint. Whether a client operates from a single UK site or manages multi-site operations across different regions, 3Core2 structures its programmes around a defined certification cycle comprising an initial Stage 1 documentation review, a Stage 2 on-site or remote certification audit, and subsequent scheduled surveillance audits leading to recertification. This model ensures that certification is not a one-time formality but a living, continuously monitored demonstration of conformance, with the audit process adding practical value at every stage rather than simply confirming paperwork compliance. Beyond management systems certification, 3Core2 has obtained ISO/IEC 17020 Inspection Body Accreditation, enabling it to conduct formal independent inspections in accordance with internationally accepted criteria for impartiality, technical competence, and consistent performance. This scope extension positions 3Core2 to support clients in sectors where inspection activities are mandated by regulation or contract, in addition to or independently of management system certification. Complementing this, 3Core2 holds BAFE SP101 accreditation, authorising it to certify organisations operating within the UK fire extinguisher servicing and maintenance industry — a safety-critical sector governed by the British Approvals for Fire Equipment scheme and subject to strict third-party certification requirements for market credibility. 3Core2 participates in the Safety Schemes in Procurement (SSIP) framework as an accredited certification body member, recognising ISO 45001 occupational health and safety management systems as meeting SSIP's core criteria for pre-qualification assessment. This membership is of particular significance in the construction, engineering, and facilities management sectors, where supply chain safety compliance is a standard contractual requirement. Organisations that achieve ISO 45001 certification through 3Core2 gain recognition across the SSIP portal, offering a tangible commercial advantage when tendering for contracts that mandate demonstrable health and safety management credentials from suppliers and subcontractors. The industries and technical sectors covered by 3Core2's accredited scope are broad and explicitly multi-sector. The company's UKAS schedule identifies primary focus areas including construction, basic metals and fabricated metal products, manufacturing and engineering, transport and storage, information technology, security services, facilities management, and packaging. This deliberately wide technical scope reflects the cross-cutting applicability of quality, environmental, and safety management standards, and allows 3Core2 to serve organisations across the industrial, commercial, and service economy with consistent audit competence regardless of the client's specific sector or product type. In parallel with its certification and inspection activities, 3Core2 delivers ISO training courses designed to build internal capability within client organisations and help them prepare for, maintain, and maximise the value of their ISO certification. Training programmes are available for ISO 9001, ISO 14001, ISO 45001, and ISO/IEC 27001, spanning awareness-level introductions and internal auditor development curricula. Each course addresses the structure and key clauses of the relevant standard, audit expectations, common non-conformance triggers, and practical insights drawn from active audit experience. By combining rigorous, UKAS-accredited third-party certification with targeted internal training, 3Core2 supports the complete compliance lifecycle — from first awareness of a standard through first-time certification to long-term continual improvement — making it a comprehensive partner for organisations committed to sustainable ISO conformance.

ACT Lab

Brea, CA· 8:47 AM

ISO 17025-accredited consumer product safety and compliance lab testing toys, juvenile products, textiles, electronics and food-contact materials. Markets directly to Amazon sellers for CPC, Prop 65 and CPSC compliance.

Advanced Packaging Technology Laboratories

Wheeling, IL· 8:47 AM

Independent package testing lab specializing in ISTA/ASTM distribution testing, Amazon ISTA-6 certification, UN/DOT hazmat packaging, and materials and environmental testing.

TECHLAB™ is a specialist research and testing laboratory operated by Aetna Group Spa, an Italian industrial group headquartered in Castel San Pietro (Bologna), Italy. Constituted as a structurally independent entity within the Aetna Group — whose packaging-machinery brands include Robopac, OCME, Sotemapack, Meypack, and Toptier — TECHLAB™ focuses exclusively on the scientific evaluation and optimisation of palletised load stability. The laboratory's formal independence from its parent organisation is designed to guarantee impartiality of results, and TECHLAB™ has submitted its operations to national accreditation through Accredia, Italy's sole government-appointed accreditation body and a full signatory member of the international Mutual Recognition Arrangements for testing laboratories. Over more than a decade of operation, the laboratory has completed in excess of 6,000 tests, establishing itself as a recognised centre of expertise in Europe and in the global markets it serves through an international network of laboratory centres. The core technical mission of TECHLAB™ is the rigorous evaluation of how palletised goods behave under the mechanical stresses inherent to real-world transport logistics — road, rail, and air — and the identification of the most effective and material-efficient load-stabilisation strategy for each product configuration. Testing is conducted in accordance with recognised European and international standards, with documented application of EUMOS 40509, the European standard governing the testing of load units subjected to horizontal dynamic forces during carriage. The laboratory's technical scope encompasses static and dynamic unit-load stability assessments, analysis of stretch-film wrapping performance at varying pre-stretch ratios and application parameters, evaluation of alternative containment technologies including strapping, shrink film, corner protectors, and interlayer sheeting, and precision measurement of deformation, displacement, and load cohesion within the palletised unit under simulated transport conditions. A technically distinctive feature of TECHLAB™ is its deployment of digital-twin methodology, which enables computational simulation of stretch-wrapped pallet behaviour under a defined unidirectional acceleration field prior to physical testing. This capability was developed in part through participation in European research initiatives aimed at reducing plastic film consumption in industrial wrapping operations. By modelling and optimising wrapping strategies virtually before committing to physical trials, the laboratory is able to narrow the experimental space, reduce material use in the test programme itself, and produce a more targeted and reproducible physical validation. This digital-physical workflow positions TECHLAB™ among the most technically advanced pallet-testing facilities globally. Quantified outcomes documented across TECHLAB™'s client engagements are substantial: customers have achieved reductions of up to 60% in packaging consumables per pallet, improvements in palletised load stability of up to 40%, and decreases in product damage during transit of up to 85%. These figures reflect the laboratory's combined strength in both metrology and applied packaging technology. The technical team works directly with customer engineers and logistics managers to interpret test data and translate it into precise, actionable production parameters — including wrapping machine settings, film specifications, application speeds, and containment force targets. The resulting deliverable is not simply a pass/fail compliance record but a fully customised optimisation roadmap specific to the client's product, pallet format, and supply-chain conditions. Industries served by TECHLAB™ include ceramics manufacturers, building and construction materials producers, consumer goods companies, and any sector in which palletised products are exposed to transport-induced dynamic forces and mechanical shock. Published case histories illustrate representative engagements: a ceramics producer achieved a 50% reduction in wrapping consumables while simultaneously improving load stability and reducing the risk of in-transit product breakage; a building-sector client eliminated the need for strapping entirely through a re-engineered pallet wrap regime, achieving a drastic reduction in transport damage without increasing material cost. The breadth of these case histories underscores the laboratory's capacity to address stabilisation challenges across diverse product geometries, masses, and packaging substrates. The client engagement process at TECHLAB™ follows a structured four-stage protocol designed to minimise time-to-result. Prospective clients first submit their needs and current stability challenges via the laboratory's contact form or through a dedicated sales representative. Three representative samples of the palletised load — reflecting actual production dimensions, stacking pattern, and weight — are then shipped to the laboratory. Clients may attend testing in person at one of the TECHLAB™ centres or participate via a scheduled virtual call to observe their load being tested in real time. The engagement concludes with delivery of an exclusive, tailor-made final report covering all test data, performance benchmarks, comparative analysis of stabilisation alternatives, and specific recommendations for optimising load integrity and reducing consumable usage. Aetna Group Spa, the parent entity of TECHLAB™, is a globally active packaging-systems group with manufacturing plants on multiple continents and a commercial presence spanning dozens of countries. The Group's decision to establish TECHLAB™ as an Accredia-accredited, operationally independent laboratory reflects a strategic commitment to evidence-based packaging solutions underpinned by scientific rigour. For procurement professionals, logistics engineers, and packaging technologists seeking a credible, internationally connected partner for unit-load and pallet-stability testing — particularly where stretch-film wrapping technology, EUMOS 40509 compliance, or consumable-reduction objectives are in scope — TECHLAB™ offers a well-documented track record, accredited methodology, and a consultative service model that extends beyond testing into applied optimisation.

AIMPLAS, Instituto Tecnológico del Plástico (Plastics Technology Institute), is a non-profit research and technology centre based in the València Parc Tecnològic at Calle Gustave Eiffel 4, 46980 Paterna, Valencia, Spain. Part of the Network of Technological Institutes of the Valencian Community (REDIT), AIMPLAS provides integrated solutions to companies across the plastics value chain, combining R&D&i projects, accredited analysis and testing, technical consultancy and specialised training. Its laboratories serve raw-material producers, compounders, converters, packaging manufacturers and end users who need independent, traceable data on the performance, safety and compliance of polymers, plastic parts, coatings and composites. The institute operates one of the most comprehensive plastics testing laboratories in Spain and is the first Spanish centre to offer tests accredited to UNE-EN ISO/IEC 17025 by ENAC (the Spanish national accreditation body) specifically for the plastics industry. Its accredited scope is recognised internationally through ILAC mutual-recognition agreements, and AIMPLAS has additionally been accredited by the Mexican Accreditation Entity (ema) to ISO/IEC 17025:2017 for biodegradation testing. The laboratories perform several thousand analyses and tests each year, covering characterization, durability, and health and safety of plastic materials and finished products. Materials characterization services include the identification and analysis of plastics, additives, composites, recycled materials and waste, and coatings. Typical techniques cover thermal analysis (DSC, TGA), spectroscopy (FTIR), chromatography, rheology and mechanical testing (tensile, flexural, impact, fatigue and vibration). These analyses support failure investigation, raw-material verification, formulation development, quality control and the validation of recycled content for circular-economy applications. A major strength is the testing of food-contact materials and articles. AIMPLAS carries out global (overall) migration and specific migration testing in line with EU food-contact regulations (Regulation (EU) No 10/2011 and Regulation (EC) No 1935/2004) and US FDA requirements, as well as compliance work against the European and US Pharmacopoeias (EP/USP) for plastics used in pharmaceutical and medical applications. The lab also analyses microplastics, conducts in vitro bioassays, and evaluates vehicle interior emissions (VOC/fogging) for the automotive sector. Packaging clients rely on a dedicated suite of container and packaging tests. These include barrier and permeability measurement (oxygen and water-vapour transmission), leak and seal-integrity testing, chemical compatibility and chemical-resistance studies, dishwasher and microwave resistance, drop and transport-simulation tests, and verification of child-resistant closures. Such testing helps brand owners confirm that packaging protects its contents, withstands real-world use and meets regulatory and shelf-life expectations. Durability and ageing testing rounds out the offering, with accelerated and natural weathering, UV and climate ageing, fire-reaction and fire-resistance testing, and chemical-resistance evaluation. These services allow manufacturers to predict product lifetime, demonstrate stability under thermal and environmental stress, and qualify materials for demanding outdoor, construction, automotive and industrial uses. AIMPLAS is also a reference centre for the assessment of biodegradable, compostable and bio-based plastics, performing aerobic biodegradation in composting conditions, biodegradation in soil and disintegration testing, supported by certification schemes such as DIN CERTCO, Blue Angel and RecyClass. AIMPLAS serves a broad range of industries, including packaging, automotive, aerospace, agriculture, construction, medical and pharmaceutical, consumer goods and the environmental/recycling sector. Beyond routine testing, the institute develops applied research in sustainability, circular economy, advanced and recycled materials, and new processing technologies, giving testing customers access to deep polymer expertise. With ENAC ISO/IEC 17025 accreditation, internationally recognised results, specialised plastics instrumentation and decades of focused experience, AIMPLAS is a credible, independent testing partner for organisations that need rigorous, defensible data on plastic materials, packaging and food-contact safety. Quote requests can be directed to its Paterna laboratories by phone or through its contact channels.

AINIA is a private non-profit technology centre founded over 35 years ago and headquartered at the Paterna Technology Park in Valencia, Spain (Benjamín Franklin, 5-11, 46980 Paterna). Originally established as an agri-food research institute (Instituto Tecnológico Agroalimentario), AINIA has evolved into a full-spectrum innovation and testing partner serving companies in the food and beverage, cosmetics, packaging, pharmaceutical, and chemical industries. With more than 13,000 m² of state-of-the-art facilities and a multidisciplinary team, AINIA provides integrated solutions that span every phase of a product's lifecycle — from R&D and prototyping through quality control, regulatory compliance, consumer research, and digital transformation. AINIA's laboratory network is one of its core assets. The centre operates nine dedicated laboratories whose quality management system is accredited under ISO/IEC 17025 by ENAC (Entidad Nacional de Acreditación), Spain's national accreditation body. More than 140 individual test methods have been granted ENAC accreditation, and the laboratories hold ENAC-ILAC MRA mutual recognition, meaning results are accepted by regulatory authorities and trading partners across the European Union, EFTA countries, the United States, Canada, Japan, China, Australia, Brazil, India, and other ILAC-signatory nations. AINIA additionally holds ISO 9001 certification for its training programmes and ISO 14001:2015 certification covering R&D activities, technical assistance, laboratory operations, sensory consumer testing, and training. Chemical analysis is one of AINIA's most comprehensive service areas. Nutritional analysis covers macronutrients, micronutrients, energy value, moisture, dietary fibre, fatty acid profiles, and vitamins to verify label claims and demonstrate compliance with EU food labelling regulations. Heavy metals testing for lead, cadmium, mercury, arsenic, and chromium is performed using validated atomic spectrometry methods. Pesticide residue analysis employs GC-MS/MS and LC-MS/MS in a multi-residue sweep covering more than 655 active substances, supporting compliance with EU maximum residue limits (MRLs). Allergen analysis uses immunological methods (ELISA) and molecular techniques to detect and quantify priority allergens in raw materials and finished products. AINIA also tests for processing contaminants including polycyclic aromatic hydrocarbons (PAHs) and acrylamide, veterinary drug residues in products of animal origin, and regulated food additives. Microbiological analysis spans the full scope of food safety and hygiene monitoring. Pathogen testing includes Salmonella spp., Listeria monocytogenes, E. coli O157:H7, Campylobacter, and other target organisms required under EU Regulation (EC) No 2073/2005. Hygiene indicator testing — total aerobic counts, coliforms, Enterobacteriaceae, yeasts, and moulds — supports process control and shelf-life studies. AINIA is further equipped to detect and quantify food-relevant viruses such as Hepatitis A virus (HAV) and norovirus (GI and GII) by RT-qPCR, and provides taxonomic identification and characterisation of micro-organisms using sequencing-based methods. Packaging is a dedicated area of expertise, reinforced by the Packaging Hub platform AINIA operates to guide companies toward circular economy strategies. Physical, mechanical, and barrier testing of packaging materials includes oxygen transmission rate (OTR), carbon dioxide, and water vapour permeability measurements. Migration testing of substances from food-contact materials is conducted in accordance with EU Regulation (EU) No 10/2011, and material characterisation services cover plastics, paper and board, multilayer films, and laminates. AINIA also hosts the SEALI Hub (Food Quality and Safety Hub), a collaborative platform for food safety professionals and companies, further cementing the centre's role in the industry's safety ecosystem. Beyond analytical laboratory services, AINIA offers consumer sensory research studies, digital transformation consulting under the AINIA Digital brand, and an extensive specialist training calendar covering HACCP (APPCC) implementation, hygienic equipment design per EHEDG guidelines, thermal treatments of foods, water management in the agri-food sector, sensory analysis and consumer research, cosmetics innovation, and anti-food-fraud systems. Regional offices and partner laboratories in Alicante, Barcelona, Granada, Madrid, Vigo, Zaragoza, and Oporto (Portugal) give clients across Spain and Portugal direct access to AINIA's services. With ENAC-accredited laboratory infrastructure, cross-sector expertise, and three-and-a-half decades of applied technology projects, AINIA is a highly credible and versatile testing and innovation partner for manufacturers targeting compliance and quality assurance in European and international markets.