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We would like to introduce our "3D Measurement System." By using a combination of high-resolution 3D cameras and RGB cameras, we have achieved accuracy and stability designed for business applications. This system can provide reliable measurement results that can be confidently used on-site, even with instantaneous scans. Instead of installing a finished product, we design the appropriate installation method to fit the flow and space of the site. Please feel free to contact us when you need our services. 【Features of this product】 ■ Instantaneous scanning for 3D measurements, capturing width, depth, height, and packaging all at once ■ Can be installed on walls, columns, ceilings, etc. ■ Integration with core systems is also possible *For more details, please refer to the related links or feel free to contact us.

In warehouses and 3PL sites, the packaging changes with each shipment and receipt. The dimensions vary by shipper and SKU, and there are many cases where storage locations are determined without actual measurement data, relying on intuition for stacking and assessing volume efficiency within the warehouse. Particularly in recent years, while the introduction of transport robots (AMR/AGV) has progressed, the measurement functions of conventional conveyor lines have been overlooked, leaving manual measurement as the only option in some cases. Our "3D Measurement System" measures the external dimensions (length, width, height) of packages still on the pallet in just a few seconds, and can optionally capture weight and QR/barcode information simultaneously. Actual measurement data for each package can be gathered on-site, providing primary data that can be used for storage planning, stacking, and billing purposes without interrupting the flow of acceptance. 【Usage Scenarios】 - Recording packaging, dimensions, and weight (optional) during incoming inspections - Understanding actual volume for determining storage locations - Maintaining packaging master data by shipper and SKU - Acquiring data for calculating storage fees 【Benefits of Implementation】 - Replacing tape measure measurements with seconds-long measurements - Eliminating measurement errors and transcription mistakes by individual staff - Improving storage and loading efficiency based on actual measured volume - Accumulating objective data for billing and reporting to shippers

In the manufacturing industry, quality control emphasizes the dimensional accuracy and consistency of product shapes. Particularly, accurate measurements of large items handled on the production line or when loaded on pallets are essential for compliance with quality standards and early detection of defects. Inaccurate measurements can lead to problems in subsequent processes and a decline in quality. Our "3D Measurement System" utilizes a combination of high-resolution 3D cameras and RGB cameras to achieve the precision and stability required for business applications. Even with instantaneous scans, it provides reliable measurement results that can be confidently used on-site, supporting quality control operations. 【Usage Scenarios】 - Verification of packaged dimensions of parts and products on the production line - Understanding the configuration and volume of items in a palletized state 【Benefits of Implementation】 - Increased efficiency in quality control operations - Reduced defect rates through improved dimensional accuracy - Reduced burden on workers

In the transportation business, the actual dimensions and weight of packages serve as the basis for freight charges and loading plans. However, discrepancies often arise between the declared dimensions of the packages and the actual measurements, the shapes of the packages may be irregular, requiring reliance on visual judgment, and there may not be enough time to re-measure during transfers. As a result, vehicles are often dispatched without accurate data. Consequently, loading efficiency does not improve, and concerns about overloading remain. Our "3D Measurement System" measures the external dimensions and volume of packages non-contact and in just a few seconds, with the option to simultaneously read weight and QR/barcodes. By installing it along the flow of receiving and transferring, accurate measurements for each package are recorded on the spot, providing data that can be used for loading plans and freight charge calculations. 【Usage Scenarios】 - Confirmation of actual dimensions and weight of collected and delivered packages - Acquisition of package data at transfer hubs (depots) - Collection of volume data for mixed cargo loading plans - Verification of discrepancies between declared dimensions and actual measurements 【Benefits of Implementation】 - Reduction of missed collections through freight charge calculations based on actual measurements - Improvement of loading efficiency through enhanced accuracy of volume data - Recording of weight data that contributes to reducing the risk of overloading - Alleviation of measurement burdens on drivers and workers

In wholesale of industrial equipment and parts, the number of items handled ranges from thousands to tens of thousands, and even for the same item number, the external dimensions can vary depending on the packaging form. Although shipping costs are categorized by dimensions and volume, declarations are often made based on experience without actual measurements, leading to adjustments for discrepancies later. Alternatively, in urgent shipments, measurements may be skipped, and packaging data may not be retained within the company. Such oversights occur routinely. Our "3D Measurement System" measures the external dimensions and volume of packages and palletized loads after packaging in a non-contact manner within seconds, and optionally captures weight and code information simultaneously. By linking this data to item numbers, accumulated packaging data can be referenced directly for subsequent shipments, with greater effectiveness as the variety of items increases. 【Usage Scenarios】 - Obtaining dimensions and weight of packaged shipments after packing (optional) - Building a packaging master by item number - Determining shipping cost categories and verifying the validity of shipping cost details - Creating packaging information for estimates and shipping slips 【Benefits of Implementation】 - Reducing the entire process from measurement to input to just a few seconds - Suppressing adjustments and overpayments through shipping cost declarations based on actual measurements - Eliminating reliance on specific individuals by sharing packaging data within the company - Reducing the measurement burden and verification tasks for shipping personnel

In the field of shipping agency and fulfillment, the products and packaging types differ for each shipper, and even shipments on the same day do not have a consistent appearance. Since the size classification for parcel delivery is determined by the total of the three dimensions, packages that are close to the boundary require higher accuracy in judgment. However, in practice, classifications are often determined based on experience, leading to cases where discrepancies are noticed only after comparing with freight details later on. Our "3D Measurement System" measures the external dimensions of packages after packaging in a non-contact manner in just a few seconds, while simultaneously reading QR/barcodes. By placing this process before the shipping label is affixed, the dimensions, weight (optional), and identification code for each package are recorded in a linked state, allowing for use as data for classification judgment and billing processing. [Usage Scenarios] - Measurement and recording of dimensions after shipping packaging - Acquisition of actual measurement data for determining parcel delivery size classification - Construction of a master for package appearance by shipper and product - Accumulation of data for comparison with freight details [Effects of Implementation] - Replacing measuring and recording tasks with a few seconds of measurement for efficiency - Suppressing freight discrepancies and overpayments through classification judgment based on actual measurements - Accumulating package appearance data provides materials for personnel planning during busy periods and selection of packaging materials - Eliminating variations and transcription errors among workers

The dimensions of air cargo are the basis for freight charges and determine whether it can be loaded. The cargo hold of an aircraft has height restrictions for each loading position due to its fuselage cross-section shape. Even a few centimeters of excess can prevent it from fitting in the designated position, leading to the need for redoing the build-up or rerouting the flight. The issue is not the nominal dimensions of the box, but the actual maximum height, which includes the bulging or protrusions of the packaging and the thickness of the skids. These are often overlooked during tape measurements. Our "3D Measurement System" uses a combination of a 3D camera and an RGB camera to non-contact measure the external dimensions and volume based on the actual shape in just a few seconds. Weight (optional) and QR/barcode are also captured simultaneously, linking and recording data for each piece of cargo. 【Usage Scenarios】 - Measurement and recording of actual dimensions and actual weight (optional) of entrusted cargo - Acquisition of actual height data used for determining LD loading feasibility - Acquisition of primary data for volumetric weight calculation - Verification of discrepancies between shipper declared dimensions and actual measurements 【Benefits of Implementation】 - Early identification of loading incompatibilities through actual height measurements - Reduction of the need for redoing build-ups and rearranging loading positions - Elimination of measurement errors and transcription mistakes, reducing the burden of measurement work

Our "3D Measurement System" is a flexible measurement and sorting system that can be installed according to the flow of the site and the transportation equipment. It offers 3D measurement for large packages at a realistic price point. Please consult us about integration with your core system. We will propose data integration tailored to your operations. 【Features】 ■ Instant 3D measurement ■ Space-saving installation ■ No conveyor needed ■ AMR collaborative work *For more details, please download the PDF or feel free to contact us.

As the introduction of transport robots (AMR/AGV) progresses, there are cases where the measurement functions that were incorporated into traditional conveyor lines are falling by the wayside. While transport has been automated, people still need to intervene with measuring tapes for measurement. The flow of automation is interrupted only at the measurement process. Our "3D Measurement System" can be installed directly on the route of the AMR due to its configuration that does not require a conveyor. Measurement automatically begins upon receiving a stop signal from the AMR, allowing external dimensions to be obtained in just a few seconds without unloading the cargo. After completion, it instructs the AMR to move to the next process and sends the measurement data and status back to the upper system. This configuration allows the entire process from transport to measurement and handover to the next process to be completed without human intervention. We demonstrated a series of operations at the exhibition. Please watch the related video. 【Usage Scenarios】 - Incorporating measurement processes into AMR transport lines - Obtaining cargo data on routes where conveyors have been removed - Unmanned operation from transport to measurement and movement to the next process - Automatic collection of cargo data in collaboration with upper systems 【Benefits of Implementation】 - Preventing the flow of transport automation from stopping at the measurement process - No need for new conveyor installations, allowing for implementation with existing layouts - Reducing measurement errors and work burden by minimizing human intervention