日本精密 List of Products and Services

This is a booth where the hood and dust collector are integrated. Inside the workstation hood, dust and chips adhering to the surfaces of products and parts are blown away with compressed air without escaping outside the hood. It creates a comfortable working environment with a unique hood and appropriate dust collection capability. The unit is portable, allowing you to choose the installation location freely. Additionally, the hood is equipped with fluorescent lights to illuminate the work and hands during operation, enhancing work efficiency. Products are also provided according to the specific work applications. *For more details, please download the PDF or contact us.*

We will create a system for the supply and recovery of flux used in submerged arc welding, which is essential for the manufacturing of spiral steel pipes, hull components, construction materials, and more. We will make proposals tailored to production equipment, considering recovery amounts, supply amounts, and installation issues.

"Cleaning of machined products after machining completion by blowing away chips and other debris with compressed air, leading to a deterioration of the working environment." "Updating of dust collection equipment due to the aging of the dust collection system." "Although an exhaust system for welding fumes was installed, effective dust collection could not be achieved." We will introduce examples of improvements made to the factory environment, such as cutting processing and dust collection systems for melting furnaces. Please feel free to consult us regarding work improvements, environmental improvements, and other applications of dust collection, transportation, suction, and air. [Published Case Studies] [Improvement of Cutting Processing Environment] ■ Issues - Cutting chips scattering around the machine and on the floor. - Cutting oil adhering to the processed products scattering into the air as mist along with the chips. ■ Solution - Development of a cleaning device for cutting processed products. *For more details, please download the PDF or feel free to contact us.

In the construction industry, Building Information Modeling (BIM) involves the handling of various materials and components based on design data. The generation of dust and chips during the processing and modification of these materials and components is unavoidable. This dust not only deteriorates the working environment but also poses potential health risks to workers. The workstation is designed with an integrated hood and dust collector that removes dust without releasing it into the external environment. 【Usage Scenarios】 - Processing of components based on BIM models - Production of architectural models - On-site component modification work 【Benefits of Implementation】 - Improvement of the working environment - Protection of worker health - Increased work efficiency

In the use of CAD in the manufacturing industry, the removal of dust and chips generated during the production process of design drawings and prototypes is essential for improving the work environment and maintaining product quality. These foreign substances can potentially cause failures in precision equipment and health hazards for workers. Our workstation features a design that integrates a hood and dust collector, effectively removing dust without leaking it outside, thereby providing a comfortable working environment. 【Usage Scenarios】 - Prototype manufacturing after CAD design - Dust removal after parts processing - Dust control during polishing operations 【Benefits of Implementation】 - Improvement of the work environment - Enhancement of product quality - Protection of worker health

In the media editing environment, the cleanliness of equipment and workspace is crucial. In particular, dust and shavings can lead to equipment malfunctions and contamination of footage. The workstation is designed with an integrated hood and dust collector, preventing dust from escaping and maintaining a clean environment. This supports the efficiency of the editing process and the production of high-quality footage. 【Usage Scenarios】 * Video editing studios * Audio editing studios * Equipment maintenance areas 【Benefits of Implementation】 * Extended equipment lifespan * Improved working environment * Prevention of foreign matter contamination in footage

In scientific fields, analytical work can be affected by fine dust and foreign substances. Particularly when conducting precise analyses or experiments, the cleanliness of the work environment is crucial. The workstation prevents dust dispersion and keeps the work area clean, providing an environment for obtaining accurate analytical results. With the hood and dust collector integrated, powder removal tasks can be easily performed. 【Usage Scenarios】 - Sample preparation in laboratories - Maintenance of analytical instruments - Experiments involving powder handling 【Benefits of Implementation】 - Improved analytical accuracy due to enhanced work environment - Protection of worker health - Reduction in cleaning time

In the financial industry’s analytical operations, precise equipment and components are used, and maintaining their performance is crucial. In particular, dust and chips can cause equipment malfunctions and data degradation. Workstations help resolve these issues, contributing to the efficiency and reliability of analytical operations. 【Usage Scenarios】 * Maintenance of precision equipment * Preparation of samples for analysis * Experiments using powders 【Benefits of Implementation】 * Reduced risk of equipment failure * Improved accuracy of analytical data * Enhanced working environment

In the medical imaging industry, a clean environment is essential to maintain the accuracy of image diagnostics. In particular, dust generated during the image processing can lead to equipment failure and image degradation. Our workstations efficiently carry out dust removal tasks, providing a clean environment. 【Usage Scenarios】 * X-ray image processing * CT image processing * MRI image processing 【Benefits of Implementation】 * Improved accuracy of image diagnostics * Extended equipment lifespan * Improved working environment

In research institutions, it is important to suppress the generation of dust and chips during experiments and analyses, and to maintain a clean environment. This is especially crucial when fine particles can affect experimental results or pose health risks to workers, making appropriate measures essential. The workstation integrates a hood and dust collector, effectively removing dust and chips without releasing them into the external environment. This enhances the safety of the research environment and improves work efficiency. 【Usage Scenarios】 - Chemical laboratories - Materials research laboratories - Research involving powders 【Benefits of Implementation】 - Increased reliability of experimental data - Protection of worker health - Achievement of a clean research environment

In the field of game development, dust and chips can occur in various situations such as the processing of prototypes and parts, as well as maintenance work, potentially worsening the working environment. Particularly when handling precise electronic components and circuit boards, dust can also compromise product quality. The workstation integrates a hood and dust collector, effectively removing dust without releasing it into the environment. It provides a comfortable working environment and contributes to improved development efficiency. 【Usage Scenarios】 - Processing of prototypes in game development - Maintenance work on parts - Maintaining a clean environment in the development site 【Benefits of Implementation】 - Mitigation of negative impacts on products due to dust - Improved development efficiency through enhanced working conditions - Realization of a comfortable working environment

In the aerospace industry, handling precise parts and models is essential for simulation work. Dust and chips can compromise the accuracy of these parts and negatively impact simulation results. Workstations contribute to improving simulation accuracy by suppressing dust generation and providing a clean working environment. 【Usage Scenarios】 * Polishing operations for aerospace components * Dust removal during model production * Cleaning parts for simulation 【Benefits of Implementation】 * Improvement of the working environment * Enhancement of simulation accuracy * Maintenance of part quality

In the field of oil and gas exploration, the generation of dust associated with drilling and sampling operations poses a challenge. This dust not only harms the health of workers but also leads to equipment failures and decreased work efficiency. The workstation addresses these issues by preventing dust from escaping and providing a clean working environment. 【Usage Scenarios】 - Sample analysis at drilling sites - Dust removal during equipment maintenance - Powder handling in research and development facilities 【Benefits of Implementation】 - Protection of worker health - Increased equipment longevity - Improved work efficiency

In the rendering work of the design industry, dust and shavings adhering to the surface of models can compromise the quality of the finished product. Particularly when high precision is required, the contamination of fine foreign substances becomes a significant issue. Workstations support high-quality rendering work by effectively removing dust within the hood and providing a clean environment. 【Usage Scenarios】 - Polishing of 3D models - Model making - Design prototyping 【Benefits of Implementation】 - Improvement of the working environment - Enhancement of product quality - Increase in work efficiency

In the VFX industry, a clean environment is required to perform precise work. Especially in model production and special effects creation, dust and shavings can adversely affect the work. The workstation combines a hood and a dust collector to prevent dust from scattering outside and provides a comfortable working environment. 【Usage Scenarios】 * 3D model production * Special effects production * Model making 【Benefits of Implementation】 * Improvement of the working environment * Prevention of foreign matter contamination in works * Increased work efficiency