The American Society for Testing and Materials (ASTM) has announced the latest version of ASTM D642 (Standard Test Method for Compression Resistance of Shipping Containers, Components, and Unit Loads), ASTM D642-25. This revision aims to enhance the consistency and accuracy of the testing. Background of the Revision - Improvement of accuracy, reproducibility, and reliability of compression tests - Strengthening of consistency among standards - Ensuring consistency in practical applications Main Changes 1. Addition of related standards due to strengthened consistency among standards: ASTM D5118 (Specification for Fiberboard Shipping Boxes) ASTM D6804 (Guide for Shipping Containers) 2. New requirements for movable platens: It is now mandatory to drive the platen at a constant speed of 0.5 inches per minute (12.7 mm ± 2.5 mm/min). This change aims to improve testing accuracy. 3. Direction recording during testing: It is now required to record the test direction during the test. 4. Update of Appendix X1 (X1.7): Clarification of flap handling methods for boxes: "Flaps should be bent directly to the sealing position or folded 180° and then returned to the normal sealing position." Impact and Benefits - Improved testing accuracy and reproducibility - Strengthened consistency among standards - Enhanced reliability of packaging tests

[Test Overview] The bubble leak test uses a testing method compliant with ASTM F2096 standards, submerging sealed packages underwater and applying internal pressure to detect the presence of leaks in non-porous and porous packaging. In particular, in the medical device field where confirmation of the integrity of sterilized packaging is required, we provide highly reliable test results. [Test Equipment] Leak Tester: Sun Science FKT-100 (maximum pressure 0.07 MPa) Testing Water Tanks: - Small: 585 × 435 × 435(h) mm - Medium: 1,775 × 430 × 420(h) mm - Large: 840 × 840 × 425(h) mm *The feasibility of testing will be determined based on the size and shape of the packaging. Please feel free to consult us for details. [Benefits of Requesting Our Services] Highly reliable testing compliant with ASTM standards Numerous achievements in the medical and pharmaceutical industries Ideal for evaluating the validity of packaging design and quality assurance activities Quick response and flexible adjustment of testing conditions are possible.

We have renewed the catalog regarding our testing equipment. It includes information on equipment and specifications related to packaging tests and product tests. Please download it from the link below. If you wish to conduct tests, please contact us. [Main Equipment Owned] ● Vibration Testers (Large and Small) ● Equivalent Drop Testers ● Free Fall Testers ● Compression Testers ● Inclined Impact Testers ● Decompression Testers ● Large Constant Temperature and Humidity Chamber ● Constant Temperature and Humidity Device ● Constant Temperature Device (Oven) ● Testing Equipment for Integrity Tests ● Mullen Burst Testers ● Acceleration Measurement Devices (Including 1-axis and 3-axis acceleration pickup sensors) ● Forklifts ● Gantry Cranes ● High-Speed Cameras

JBL has recently developed a shock detection warning tool called "Shock Eye," aimed at reducing damage incidents to cargo during transportation. ■ Background of Shock Eye Development 1. In international transportation involving a large number of unspecified cargo handlers, it is extremely difficult to investigate the causes of cargo damage, making it challenging to devise countermeasures. 2. When shipping cargo via international express delivery and similar services, damage often occurs due to drops or impacts, leading to difficulties in addressing these issues. 3. There is a need for a warning tool that raises awareness about proper cargo handling and prevents careless handling in advance. By attaching Shock Eye to the cargo, it becomes possible to visualize the presence of shocks caused by drops or impacts during transportation and storage. When a drop or impact occurs, the central visibility window turns red, allowing for confirmation of whether a drop or impact has taken place. When used in conjunction with warning labels, it is expected to raise awareness among cargo handlers about proper handling, thereby preventing damage issues caused by careless handling. It serves as a strong ally in increasing deterrence and protecting valuable products from damage during transportation.

With the addition of testing equipment, we have expanded the testing area. ≪Details of Added Equipment≫ - 1 additional large constant temperature and humidity chamber (total of 3 units) - 4 additional constant temperature and humidity devices (total of 11 units) - 1 additional vibration testing machine (total of 5 units)

The latest version of the ASTM D4169 standard for performance testing of transport containers and systems by ASTM International (American Society for Testing and Materials) was published in February 2022. Please refer to the related document "Case Study: Overview of Transport Packaging Testing ASTM D4169-22." ASTM D4169 transport packaging testing is one of the most widely referenced testing standards in the United States for a long time. ISO 11607 (packaging for terminally sterilized medical devices) requires the evaluation of materials and performance of sterilization barrier packaging and outer packaging, conducting packaging evaluation tests under shipping packaging performance evaluation tests such as ASTM D4169, ISTA series 1-3, and ISO 4180 standards. JBL is a leading company in Japan in terms of experience with ASTM transport testing and is chosen by various industries. In particular, for transport testing related to FDA certification of medical devices, we conduct over 300 tests annually and provide support from planning to report preparation. With specialized knowledge and advanced technology in packaging testing and packaging materials and design, we receive high praise from many companies.

Recently, Japan Business Logistics Co., Ltd. Fujisawa North Business Office (hereinafter referred to as JBL) obtained ISO/IEC 17025:2017 accreditation on January 18, 2022, for accelerated aging tests based on ASTM F1980 (*) for sterilized medical device packaging. This accreditation is an international standard that certifies the ability of a testing organization to produce accurate test results, and according to the company and the accrediting body, it is the first accreditation obtained in Japan in the field of accelerated aging tests for sterilized medical device packaging. * ASTM F1980: A standard guide for accelerated aging testing of medical device packaging established by ASTM. As a result, our company's quality management system, both in terms of quality and technology, has been recognized by a reputable third-party organization as having the capability to achieve valid results, and the test results we provide have been internationally recognized for their high reliability. [Accreditation Details] Accrediting Body: Perry Johnson Laboratory Accreditation Inc. Accreditation Number: 100002 Initial Accreditation Date: January 18, 2022 Scope: Accelerated aging tests in accordance with ASTM F1980 for packaged medical devices, etc.

The compilation of compression test cases for JIS Z 0212 (with detailed explanations and image illustrations) has been updated. - Please refer to the related link "Case Collection JIS Z 0212 Compression Test." Overview of JIS Z 0212 (Packaging Goods and Containers - Compression Test Method): - JIS Z 0212 (Compression Test Method) is a testing method used to evaluate whether packaging goods and containers made of metal, wood, cardboard, paperboard, plastic, or a combination of these materials are appropriate. - The testing method primarily consists of "Method A," which conducts compression tests on packaging goods to examine damage to the contents caused by the compression load specified in JIS Z 0212, and "Method B," which conducts compression tests on empty containers to determine the compression strength of the container itself. Additionally, there is a "Stacking Load Test" specified in the annex of JIS Z 0212, and users can choose the testing method according to their testing objectives. It is also advisable for the test samples to undergo pre-treatment according to JIS Z 0203 prior to testing.

We have updated the video for the "JIS Z 0202 Drop Test Method" [Test Case]. Please refer to the related links and related products for "JIS Z 0202 Drop Test" below. The "JIS Z 0202 Drop Test Method" is a testing method used to evaluate whether packaging goods made of metal, wood, cardboard, paperboard, plastic, or combinations of these materials are appropriate for use, as well as the containers. The testing methods include three types: "Vertical Free Fall Test" using a free fall testing machine, "Equivalent Drop Test" using an equivalent drop testing machine, and "Single Support Drop Test" using a crane. The test levels and conditions should be selected in accordance with the general rules of the JIS Z 0200 testing methods, and the drop test will be conducted from a height based on the mass after packaging. [Drop Test Methods] ■ Vertical Free Fall Test ■ Equivalent Drop Test ■ Single Support Drop Test

We have updated the JIS Z 0232 Vibration Test Case Collection (with detailed explanations and image illustrations). - Please refer to the related link "JIS Z 0232 Vibration Test." Overview of JIS Z 0232 (Packaging Goods - Vibration Test Method): - JIS Z 0232 (Vibration Test Method) is a testing method used to evaluate the vibration resistance of contents or packaging against vibrations experienced during the distribution process of packaged goods. - This standard specifies both random vibration tests and sinusoidal sweep vibration tests, but it is stated that the random vibration test is the method that most accurately reproduces the actual transport environment. Therefore, when testing equipment is available, it is preferable to prioritize the application of the random vibration test. - The test levels and vibration duration should be selected with reference to JIS Z 0200 General Rules for Testing Methods, and the vibration test will be conducted accordingly.

We have updated the collection of examples for images and detailed descriptions of JIS Z 0202. Please refer to the related link "JIS Z 0202 Drop Test." Overview of JIS Z 0202 Testing: This is a standard that specifies the drop test method. The testing methods include three types: "vertical free fall test" using a free fall testing machine, "equivalent drop test" using an equivalent drop testing machine, and "one-sided support drop test" using a crane.

We have updated the detailed explanation and the case study of JIS Z 0200 with images. Please refer to the related link "JIS Z 0200 Packaging Goods Performance Test Methods General Principles." Overview of JIS Z 0200 Transportation Testing: This standard specifies the testing methods to evaluate whether the packaging of goods is appropriate against vibrations, drop impacts, and compression that occur during the distribution process. It is based on the content of ISO 4180.

From August 8, 2020, to August 23, due to repair work in the testing room, testing services will be suspended. We apologize for any inconvenience this may cause and appreciate your understanding.

From August 8 to August 23, 2020, the testing services will be suspended due to repair work in the testing room. We apologize for any inconvenience this may cause and appreciate your understanding.

From August 8 to August 23, 2020, the testing services will be suspended due to repair work in the testing room. We apologize for any inconvenience this may cause and appreciate your understanding.

Japan Business Logistics Co., Ltd. (JBL) has renewed its website. We aimed to create a site that conveys information and services more clearly, completely overhauling the design, layout, and structure, and making it compatible with smartphone viewing. Moving forward, we will continue to enhance our information by updating our blog, case studies, and other content, so we appreciate your continued support.

Japan Business Logistics (JBL) Co., Ltd. has responded to your requests and has relocated and renewed its packaging testing laboratory. The relocation is scheduled to be completed in October 2019 with one of the largest lineups in the country. We invite you to make use of our renewed testing laboratory. 【Features】 ■ A spacious 120 tsubo indoor area equipped with a wealth of testing facilities, enabling comfortable transportation testing ■ Continuously receiving one of the largest incline impact testing machines and large vibration testing machines in the country ■ Expansion of integrity testing and safety testing services for medical device packaging

Since May 2019, we have newly introduced a large constant temperature and humidity chamber (walk-in chamber). This allows for contracted testing of temperature and humidity environments for large pallet cargo and heavy products (such as high-temperature tests, low-temperature tests, and temperature and humidity cycle tests). 【Equipment Specifications】 Indoor effective dimensions: W2,570 x H2,200 x D1,970 mm Temperature control range: -30 ℃ to 80 ℃ Humidity control range: 20 % to 95 % RH If you wish to conduct tests, please feel free to contact us. All of our staff sincerely look forward to your inquiries.

We have created a new service list page. If you are interested in "Logistics Services" or "Packaging Solutions Services," please access the URL below to download the catalog. http://info.jbl.co.jp/service_menu All of our staff sincerely look forward to your inquiries.