ワンロード Product Lineup

At our company, driven by a passion for manufacturing and an insatiable curiosity for cutting-edge technology, we continue to explore the possibilities of component processing and precision molds, as well as challenge ourselves with next-generation molds. In forging molds, we are capable of producing 10-ton class hammer forging molds and 8000-ton press molds. For fine and precision difficult-to-machine processing, we can handle fine and precision machining at constant temperature, as well as machining of hard materials such as carbide. We also perform various other types of processing. Please feel free to consult us when needed. 【Processing Overview】 ■ Forging Molds ■ Casting Molds ■ Fine and Precision Difficult-to-Machine Processing ■ Non-Contact 3D Digitizer ■ Component Processing *For more details, please refer to the PDF document or feel free to contact us.

• Other molds
• Mold Design
• Other Auto Parts

At our company, we continue to challenge the possibilities of mold processing with a passion for manufacturing and an insatiable curiosity for advanced technology. In terms of equipment, we possess various processing machines such as "machining centers," "NC milling machines," "EDM machines," "general-purpose machines," "welding machines," and "measuring instruments." We accept orders for parts processing and mold production. Please try the parts made by our mold craftsmen. [Equipment Owned] ■ Machining Center / NC Milling Machine ■ Die-sinking, Wire, Small Hole, EDM Machines ■ General-purpose Machines ■ Welding Machines ■ Quality Control Measuring Instruments ■ Software *For more details, please refer to the PDF materials or feel free to contact us.

• Other molds
• Mold Design
• Other Auto Parts

We would like to introduce some everyday items produced using the molds manufactured by our company. These include parts for aircraft, construction machinery, automobiles, and motorcycles. In the automotive sector, we produce a wide range of items through gravity casting, aluminum forging, and squeeze die casting. For household products, we utilize resin molding and molten metal forging, among other methods. If you have any concerns regarding parts processing, please feel free to consult with us. 【List of Achievements】 ■ Aircraft ■ Construction Machinery ■ Automobiles ■ Motorcycles ■ Bicycles ■ Household Products *For more details, please refer to the PDF document or feel free to contact us.

• Other molds
• Mold Design
• Other Auto Parts

Our company, which started with the forging of iron molds, began designing and manufacturing molds for forging aluminum, which was still rare at the time, around 1983, due to the increasing demand for aluminum parts accompanying the lightweight and precision of industrial products, particularly for automotive engine parts and suspensions. As our customer base expanded, we also started handling aluminum casting molds, enhancing our technical capabilities by responding to customer demands under our management policy of "prioritizing customer benefits." While we have focused on improving the quality of each individual product, we have also considered eliminating uncertainties by constructing a windowless precision constant temperature factory to maintain a stable room temperature, thereby achieving further quality improvements. 【Business Activities】 ■ Design and manufacturing of various molds ■ Forging molds (iron forging, aluminum forging) ■ Manufacturing of various parts ■ Aluminum casting (gravity, low pressure, high pressure casting, shell core molds) (squeeze die casting) *For more details, please refer to the PDF materials or feel free to contact us.

• Other molds
• Mold Design
• Press Dies

Forging is a type of plastic processing method in metalworking. By striking metal with a hammer or similar tool to apply pressure, it crushes the voids within the metal, refines the crystals, aligns the crystal directions, enhances strength, and shapes it into the desired form. Historically, swordsmiths have used this technique for manufacturing blades such as Japanese swords and the barrels of matchlock guns, and the technique has evolved alongside efforts to improve the quality of cutting tools. Metal materials are shaped by applying pressure using molds, allowing for plastic flow. Because the flow lines (fiber flow) are continuous, the structure becomes denser, making it less likely to form casting defects (voids) compared to casting, thus enabling the production of rough materials with excellent strength.

• Mold Design

Casting is a processing method in which materials (mainly metals such as iron, aluminum alloys, copper, and brass) are heated to a temperature higher than their melting point to become liquid, then poured into a mold and cooled to solidify into the desired shape. The mold used for casting is called a mold, and the products made by casting are referred to as castings. In English, the term "casting" refers to both the process of casting and the resulting cast products.

• Mold Design

Can accommodate up to a maximum of φ300×500 (depending on the processing details).

• Other molds

Supports various machining processes such as deep hole machining of high hardness materials. Machining of SKD61 at 48 HRC with a depth of 150 mm and a diameter of 3 mm. Please consult us for cooling holes, angled holes, and more.

• Other molds

● We only have the product, but we want to reproduce it in mass. ● Digitization of artisan techniques in 2D/3D, etc. We will solve various concerns.

• Inspection fixture

The comparative evaluation of 3D models and products can be visually identified. It is useful not only for product dimension evaluation but also for assessing springback in pressed products, distortion changes in welding, thickness, and elongation checks.

• Other molds