Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 1850 items
![[DVD Sales] Seminar: Approaches to Problem Solving Aimed at Organizational Management](https://image.mono.ipros.com/public/product/image/76a/2000140326/IPROS758574155644153245.jpg?w=280&h=280)
Sales reform, SCM, and QMS system establishment
【Recommended for companies like this】 There is hesitation in suddenly introducing a consultant... For small businesses, it is difficult to come up with the funds to hire a consultant... I want to improve and reform sales, SCM, and QMS, but I don't know how to get started...
Digitally consolidate information from various sites such as offices and factories! Visualization and sharing of manufacturing progress are possible.
"LIVLOTS" is a system that enables efficient production by accommodating various types and variations. It connects your office, programming room, and manufacturing site to aggregate the necessary information for production (worker, product information, job details). It navigates the priority tasks for the site and each processing machine. Additionally, it can accumulate manufacturing results based on actual machine operation, leading to timely traceability and accurate cost calculation. 【Functions (partial)】 <JOB: Job Management> ■ Breaks down and instructs the manufacturing arrangement information input from the production management system into work details for each process, managing the progress of each process. <DOCUMENT: Drawing Management> ■ Centralizes the management of drawings, photos, etc., to share internal know-how. *For more details, please refer to the related links or feel free to contact us.
Reduce CO2 emissions in the heat treatment process essential for carbon neutrality! We propose improvements based on our experience in manufacturing heat treatment equipment and contract processing.
In response to the societal demand for "carbon neutrality," reducing CO2 emissions in the heat treatment process has become an important issue. Various companies, including automotive manufacturers, construction equipment manufacturers, and specialized heat treatment manufacturers, are considering initiatives. Our company adopts a unique business model centered around two main areas in the field of heat treatment: equipment manufacturing and contract processing. Based on our experience in both hardware and software, we propose CO2 reduction solutions for furnaces that incorporate new technological elements. <Proposed Solutions> - Energy-saving technologies (high-efficiency burners/intermittent operation, etc.) - Energy conversion technologies - Waste heat recovery technologies (binary power generation), etc. Additionally, through high-strength controlled nitriding treatment (DNTN), we can improve strength while reducing distortion, energy consumption per unit, and CO2 emissions. Since we have heat treatment equipment in our own factory, we can conduct demonstration evaluations quickly. If you are considering CO2 reduction and energy saving in heat treatment, please feel free to contact us. 【Features】 - Ability to collect operational data with in-house production equipment - Capability to conduct CO2 reduction demonstration evaluations at our own factory - Expansion of heat treatment business and maintenance bases domestically and internationally.
Consultation on technical issues related to nozzles.
NNC leverages its 40 years of experience in nozzle technology to provide unparalleled nozzle technology consulting services in the global nozzle market.
Original design tailored to the purpose.
Hot-dip galvanizing (commonly known as dip coating) is a technique for coating steel materials by immersing them in molten zinc at high temperatures, providing excellent corrosion resistance. It is also a coating that is resistant to scratches. For more details, please download the catalog.
Dock leveler that does not require a pit and can be installed in existing buildings.
EOD stands for "Edge of Dock," which means "dock leveler that attaches to the edge of the dock." This type is common overseas, such as in the United States. While a standard dock leveler is installed in a recessed pit, the EOD type can be installed without a pit. Its compact size allows it to attach to the edge, eliminating height differences during loading and unloading, and supporting cargo handling operations. 【Features】 ■ Can be installed without a pit ■ Electric button for raising and lowering operation ■ Made of high-strength high-tensile alloy steel ■ Operating range is 76mm up and down from the platform "※ For more details, please contact us or download the catalog."
![[Basic Knowledge] Let's create a solid execution budget.](https://image.mono.ipros.com/public/product/image/d9b/2000331166/IPROS7626255293489992424.jpg?w=280&h=280)
Securing profits through pre-determined pricing! An explanation of how to create an execution budget and its importance.
"Let's firmly establish an execution budget" explains how to create an execution budget after receiving an order. [Technical Document Content (excerpt)] ■Concept of individual cost accounting in custom order manufacturing ■Calculation of labor costs in individual cost accounting ■Approach to inventory management in custom order production ■Let's firmly establish an execution budget ■About manufacturing overhead This is a technical document consisting of a total of 8 pages. *Technical Document: One-point advice on cost management and inventory management is available for viewing as a PDF via download.
For speeding up loading and unloading operations! Safety is ensured with guard plates on both sides. High durability and low cost.
The "hydraulic dock leveler" designed and manufactured by our company pursues simplicity while achieving excellent durability and low cost. Considering the safety of operators, guard plates are standardly equipped on both sides. Additionally, the height can be easily adjusted with the push of a single button, contributing to the acceleration of loading and unloading operations. 【Usage Example】<When the truck bed is higher than the platform> 1. Reverse the truck and stop it in front of this machine. 2. Unload the cargo at the rear of the truck bed. 3. By holding down the button, the main board will tilt, and the lip will fully open. 4. When you release the button, the board will return, and the lip will rest on the truck bed. 5. After loading and unloading is complete, press the button again and release it; the board will tilt slightly, and the lip will fold and be stored back in its original position. *For detailed specifications, please refer to the materials. Feel free to contact us with any inquiries.
Introducing the most suitable consultants for various technical challenges and management-related issues.
We introduce specialized consultants who are optimal for various technical challenges and management issues, such as cost reduction in design work for businesses, BPR (business process reengineering), improvements in manufacturing sites, quality improvements, and lead time reduction. We also address logistics-related issues and themes related to obtaining ISO certification (such as ISO 9001 and ISO 14001). We receive requests from a wide range of clients, including small manufacturing companies, subsidiaries of listed companies, and publicly traded companies. With four years of operational experience as an introduction company, we have a track record of referrals nationwide, from Hokkaido and Tohoku to Kyushu. We have received evaluations stating that our services offer higher cost-effectiveness at lower costs compared to large consulting firms.
Carbon fibers are classified into PAN-based and pitch-based according to the raw materials.
The wet spinning nozzle for synthetic fibers is classified into PAN (polyacrylonitrile) type and pitch (such as coal tar) type based on the raw materials. About 90% of the carbon fiber market is PAN type. PAN-based carbon fibers are obtained by carbonizing PAN precursors (polyacrylonitrile fibers) and possess high strength and high modulus properties. The wet spinning method involves fiber formation from the spinning dope in a coagulation liquid, allowing for a higher number of holes per unit area of the nozzle compared to dry and wet spinning methods. For more details, please download the catalog.
It is a method of forming fiber filaments by evaporating the solvent and winding it up.
The "dry nozzle" for synthetic fiber spinning is a method that involves dissolving a polymer (high molecular material) in a solvent to create a polymer solution, which is then extruded through a porous nozzle. This solution is dried with hot air, causing the solvent to evaporate and forming fiber filaments. It is used for materials such as acetate, spandex, and acrylic. The dry spinning nozzle requires a higher level of precision compared to other nozzles. In the case of round hole nozzles, the diameter and length of the holes are important. For shaped hole nozzles, the edge width, edge length, and configuration angle, as well as the angle and cross-sectional shape of the inlet hole, are crucial. Additionally, the share of acetate is the highest in the world. For more details, please download the catalog.
It is used to make fibers from thermoplastic polymers (polymeric materials).
The "melt nozzle" for synthetic fiber spinning is used when converting thermoplastic polymers (polymeric materials) into fibers. The polymer, which has become highly fluid due to high heat, is extruded under pressure through small holes, and while being pulled, it is cooled to form yarn. Compared to other spinning methods, the spinning speed is fast and productivity is high. It is used for spinning materials such as polyester and nylon. By changing the shape of the nozzle holes, fibers with various cross-sections can be produced. For more details, please download the catalog.
Non-woven fabric is produced by injecting high-pressure water flow to entangle the constituent fibers.
The non-woven fabric nozzle and non-woven fabric device "Spunlace" is a method for producing non-woven fabric by injecting high-pressure water flow into a fiber web to entangle the constituent fibers. By appropriately selecting the pressure and frequency of the high-pressure water flow ejected from the nozzle during the entanglement process, as well as the composition of the raw materials of the fiber web, a wide variety of patterns can be imparted to the non-woven fabric. For more details, please download the catalog.
The meltblown method is a process for producing non-woven fabric from raw resin in a single step.
The non-woven fabric nozzle and non-woven fabric device "Meltblown Spunbond" is a method for producing non-woven fabric in a single step from raw resin. Melted thermoplastic plastic resin is extruded from a die installed after the extruder and blown onto a net conveyor or collection screen with a high-speed, high-temperature airflow, creating a self-adhesive web. On the other hand, spunbond involves heating and melting low melting point resin chips, such as polypropylene, and directly spinning them by extruding through a nozzle. The endless long fibers that are extruded are layered on top of each other on a belt conveyor to form a web. For more details, please download the catalog.
