Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
91～105 item / All 121 items
Utilizing advanced processing technology and equipment, we can manufacture various wire harnesses, from complex wiring to thick wiring and internal wiring for various machines!
We offer a wide variety of products through combinations of wires, connectors, and other components. We can accommodate production quantities starting from one unit.
A versatile processing method that can also handle polyethylene, rubber, urethane, soft PVC, and more!
"Thomson processing" is a method of machining where blades are bent into any shape and pressed against cushioning material to punch out the desired shape. This versatile processing method can be applied not only to polyethylene but also to rubber, urethane, soft PVC, and more. Our company has been handling sponges and cushioning materials such as urethane and polyethylene for half a century. We have cultivated reliable technology through trust and achievements. With a rich product lineup and our processing technology, we respond to our customers' needs. [Features] - Blades are bent into any shape and pressed against cushioning material to punch out the desired shape. - Processing is possible for rubber, urethane, soft PVC, and more. *For more details, please refer to the PDF document or feel free to contact us.
A processing method that involves machining polyethylene foam and molding it into any shape within a heated mold.
"Heat Press Molding" is a processing method that involves thermosetting polyethylene foam and shaping it into any desired form within a heated mold. Heat pressing urethane foam with a high-temperature mold is a similar processing method. Our company has been handling sponges and cushioning materials such as urethane and polyethylene for half a century. We have developed reliable technology through trust and proven results. With a rich product lineup and our processing technology, we respond to our customers' needs. [Features] ■ A processing method that thermosets polyethylene foam and shapes it into any desired form within a heated mold. *For more details, please refer to the PDF document or feel free to contact us.
Technology for applying adhesive processing to flat products such as polyethylene foam and urethane foam.
"Adhesive Coating" is a technology for applying adhesive to flat products such as polyethylene foam and urethane foam. There is also adhesive processing that incorporates high-strength washi paper. Our company has been handling sponge and cushioning materials like urethane and polyethylene for half a century. We have developed reliable technology based on trust and proven results. With a rich product lineup and our processing technology, we meet our customers' needs. [Features] ■ Adhesive processing for flat products ■ Support for high-strength washi paper adhesive processing *For more details, please refer to the PDF document or feel free to contact us.
Of course, we achieve quality precision in microns with short delivery times! You can rely on us for everything from mass-produced items to custom products.
We would like to introduce Maruei Seisakusho's "Ultra Long Precision Machining Technology." Our company boasts two "Floor-Type Horizontal Milling NC Lathes" with one of the largest effective maximum travel ranges in Japan at 15m, arranged in a facing configuration. This enables simultaneous machining of ultra-long precision products and large heavy products with internal cutting. We will respond to the diverse needs of our customers across various fields while actively advancing the application of our technology into new areas. 【Our Technology】 - Support for both mass-produced and custom products for arms and booms - Short delivery times - Achieving quality precision at the micron level - Utilizing outstanding technology and craftsmanship to develop new fields *For more details, please refer to the PDF materials or feel free to contact us.
We will respond to a wide range of fields, from industrial products to buildings and furniture.
If you have any concerns regarding sandblasting processing, such as various materials and sizes, please feel free to consult with us. We can accommodate dimensions within 2,000 mm in height, 3,000 mm in width, and 6,000 mm in length, and we handle processing of materials such as stainless steel (SUS), aluminum, iron, various resins, wood, and glass. We will process and deliver after inquiries, meetings, and estimates. 【Main Flow Until Delivery】 ■ Inquiry ■ Meeting ■ Processing (material brought in) ■ Inspection ■ Delivery *For more details, please download the PDF or feel free to contact us.
Beautiful in appearance, durable, and economical enamel products!
Our company manufactures enamel products that are baked with an inorganic glass-like coating (glaze) on metal surfaces. Enamel products possess mechanical strength, excellent thermal conductivity and workability, and combine various features such as rich colors, outstanding corrosion and heat resistance, and scratch resistance. Additionally, they are made from eco-friendly materials that are gentle on the environment. 【Features】 ■ Mechanical strength ■ Excellent thermal conductivity and workability ■ Rich colors ■ Outstanding corrosion and heat resistance ■ Scratch resistant 【Applications of Enamel Products】 ■ Tourist information signs ■ Townhouse renovation signs ■ Urban development signs ■ ○○ highway signs ■ Directional signs ■ Paris-style signs ■ Various permit signs ■ Park and forest signs ■ Heat and solvent-resistant signs ■ Whiteboard signs ■ Old National Railway-style station name signs, destination signs, and signboard-like signs ■ Shop signs ■ Room number plates for hotels, etc. ■ Countertop signs ■ Nameplates for private residences *For more details, please download the PDF or feel free to contact us.
We propose the design of the joint (bonding surface) between the carbide part and the base material, and we will accommodate the production of special carbide brazed tools.
Typically, super hard materials are selected when wear resistance is required. However, considering cost and difficulty in processing, there are many drawbacks to manufacturing solid products made entirely of super hard materials. In such cases, super hard brazing, where only the active parts are made of super hard material, can be an effective solution. However, when making only the active parts super hard, careful consideration must be given to the design of the joint surface with the base material; otherwise, the functionality of the crucial super hard part may decrease, and in some cases, it could lead to tool failure. Therefore, it is necessary to design the joint section and to process the super hard material into an appropriate shape accordingly. For more details, please refer to the "Processing Technology Special" materials.
We will support the design and manufacturing of optimal carbide shape processing and brazing positions to reduce shock resistance and enhance tool performance.
In tools where carbide is used at the tip for wear-resistant applications, there are cases where impact can act as a resistance, leading to a decrease in the tool's effectiveness. To fully utilize the tool's performance, it is necessary to consider optimal shape design to reduce the overall impact resistance of the tool, as well as the brazing position of the carbide part that will be subjected to stress. In cases where the tool is welded to the machine body, if the welding position is too close to the brazing position, there is a risk of tool defects due to a decrease in brazing strength caused by the heat during welding. In other words, the shape of the carbide part and the brazing position become crucial points. For more details, please refer to the "Processing Technology Special Feature."
Easy refueling! Just tilt the handle, and it's hassle-free with reduced effort!
The "Pail Can Stand / One-Can Stand" is a product that allows for safe refueling simply by tilting it. It can be easily assembled with just a wrench and a screwdriver. Additionally, it comes with a plastic tap, ensuring that there are no spills or drips of oil, allowing for reliable refueling into containers, making it a very economical and clean operation. 【Features】 ■ Easy assembly ■ One-touch can set ■ Refueling is as simple as tilting the handle ■ Comes with a plastic tap ■ Equipped with casters (single-tier) *For more details, please refer to the PDF document or feel free to contact us.
Supplies provided upon joining as a mechanic, for storage of equipment in logistics warehouses and stores!
Introducing the "Working Desk," which excels in various scenes. This product is recommended for use in logistics terminals, maintenance/manufacturing factories, and medical settings. We offer a lineup including the "WD-100S" with board magnets, as well as the "WD-200D" and "CW-102." 【Features】 <WD-100S> ■ Standard type ■ Width 500 × Depth 510 × Height 960 mm ■ Weight 28.7 kg ■ Comes with board magnets ■ Compatible with cabinet "CW-102" *For more details, please refer to the PDF document or feel free to contact us.
Unified from platform and hardware design to stress calculation and manufacturing!
Our company offers solar panel array support structures as environmental-related products. By using steel plates instead of steel materials (shaped steel) and performing bending processing, we can achieve weight reduction. Additionally, by using high corrosion-resistant galvanized steel plates, we can eliminate post-galvanizing processes, which also reduces costs. 【Features】 ■ Low cost ■ Short delivery time ■ Lightweight ■ High quality *For more details, please download the PDF or feel free to contact us.
High quality, low cost, and short delivery time! Introducing a lineup of fire-resistant certified panels.
The "Regist Wall" is a fire-resistant partition wall that can also be used as a partition wall in clean rooms and similar environments. By enhancing fire resistance through a unique panel structure, we have obtained certification from the Minister of Land, Infrastructure, Transport and Tourism for our product with a thickness of 90mm. All processing of base materials and fittings is developed in-house, achieving low costs as well. We confidently deliver reliable quality and performance. 【Features】 ■ Complies with the Warehouse Industry Act ■ High quality, low cost, and short delivery time ■ Unique joint structure with improved fire resistance ■ Surface materials available in a variety of options ■ Usable for various applications *For more details, please refer to the PDF materials or feel free to contact us.
![[Yield Rate 99%] High Yield, Low Cost Pipe Molding Processing Technology](https://image.www.ipros.com/public/product/image/98c/2001096480/IPROS12205428799941703176.png?w=280&h=280)
[Free Technical Data Available] Achieved an L/D of 30 times and improved costs by 60%! 'Forming Method' for shaping φ3.0 mm pipes from solid wire.
It is possible to consistently form thin-walled pipes from solid wire material using a multi-stage former. By consistently forming from solid wire, significant cost reductions can be achieved compared to thin-walled STKM materials. Additionally, compared to deep drawing pipe methods from copper plates, this technology can reduce material scrap (improving material yield) and is designed with both productivity and environmental considerations in mind. <Adoption Results> ■ Adopted for oil jet pipes for engine pistons for major automobile manufacturers. <Features> ■ Achievements in pipe products of approximately Φ3mm×L50mm. ■ 60% reduction in pipe material costs (compared to our company). ■ Achieved a material yield of 99%. Please note that we may not be able to accommodate certain conditions such as monthly quantities, so please contact us for more details. For detailed technical information, please download the materials from the link below.
Processing of small-diameter lens components through cutting machining! Introducing our precision machining technology.
We would like to introduce our "Precision Machining Technology." In "Cutting Mirror Surface Processing," we accommodate materials such as cemented carbide, achieving a machining accuracy of surface roughness Ra 0.003μm and contour accuracy of less than 0.1μm. In "Small Diameter Cemented Carbide Cutting," we can perform both "Convex Tip Shape Processing" and "Concave Tip Shape Processing," with a tip diameter of φ300μm and coaxiality of 1μm. 【Machining Technology】 ■ Cutting Mirror Surface Processing - Mirror surface processing through cutting ■ Small Diameter Cemented Carbide Cutting - Small diameter lens component processing through cutting ■ Ultra-Precision Fine Hole Processing - High-precision processing of small diameter holes *For more details, please refer to the PDF document or feel free to contact us.
