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.
1～13 item / All 13 items
High quality, high precision, short delivery time.
Our unique processing technology has achieved an unprecedented sharp blade edge. If you are currently using a model and are dissatisfied with its cutting performance, please give us a try.
Blade types commonly used for cutting and finishing aluminum and other shaped materials.
The finish of the cut surface is excellent, making it an ideal blade type for precision cutting of aluminum sashes and other shaped materials.
Blade type commonly used for finishing cuts, grooving, notching, and thin-walled pipes such as aluminum.
Suitable for finishing cuts, grooving, cutting keys, and thin-walled pipes.
Blade type commonly used for cutting thick aluminum profiles and solid materials.
It is used for cutting thick materials and solid materials. It can discharge the chips in three parts while also reducing cutting resistance.
The unevenness caused by the backing board is almost eliminated! There is little blade lift and drop due to pressure! It has good durability!
The "Zenmaki Blade" reduces variations in blade height by using aluminum for the backing plate, which also minimizes mold damage. By using a smooth and strong aluminum plate, the variations in blade height are significantly suppressed. The cutting performance and durability of the Zenmaki Blade vary depending on the base material used. If you have concerns about the type of blade, please feel free to consult us before production. We will suggest a blade type suitable for the material to be processed. 【Features】 ■ Aluminum used for the backing plate ■ Reduces variations in blade height ■ Minimizes mold damage ■ Creates corner blade types with connected corners ■ Spot welding *For more details, please refer to the PDF document or feel free to contact us.
2008 Yamagata City New Business Development Certified Project
Traditionally, sculpting blade types are used for flat sheets and similar materials, but by allowing freedom in the height direction of the blade, they can be used for cutting three-dimensional products such as molded items.
In the straight sections, we use the conventional 【Thomson blade】, and for the complex shapes that cannot be bent with the Thomson blade, we incorporate the 【sculpting blade type】.
"This shape seems difficult with a Thomson type (bik type)." "I was asked to change the shape (by the mold manufacturer) because the narrow and complex parts cannot bend the blade." "(Looking at the delivered mold) Oh, the oval shape is distorted. It doesn't come out in a nice shape." Have you ever experienced something like this with the mold manufacturers you are currently working with? Designs considering blade stops and other factors are increasing, and more and more complex and intricate shapes are being demanded. Thomson molds have limitations in shape and dimensions because they incorporate a single blade into a plywood for processing. Therefore, what we are proposing this time is the 【carved Thomson mold】.
Since the tip of the blade does not come into contact with anything other than the product, it effectively reduces wear and damage to the blade edge.
Introduction of die types that do not require a backing plate. When cutting the contour shape of a product with a sculpting die that punches out the shape and a cutting groove along the contour, the tip of the sculpting blade enters the fine groove after the product is cut, allowing for reliable punching of the product without the need for a backing plate or carrier sheet. Additionally, by combining high-precision processing technology with mold integration technology, the tip does not come into contact with anything other than the product, which helps reduce wear and damage to the blade edge. 【Features】 ■ No backing plate or carrier sheet required ■ Reliable punching of the product possible ■ Effectively reduces wear and damage to the blade edge *For more details, please refer to the PDF document or feel free to contact us.
We provide quality and service that can meet the diverse needs of our customers.
Harada Mold Industry Co., Ltd. is a company located in Toyohashi City, Aichi Prefecture, that specializes in the production of press dies and laser processing. We pursue the manufacturing of high-quality dies to create excellent cutting dies. By considering various aspects such as manufacturing forms, flows, materials, and processed items, we provide dies that meet our customers' needs. Additionally, we are equipped with a large, high-output laser dedicated to wood, which is rare even nationwide. We can beautifully engrave and cut intricate designs that are difficult to achieve by hand. In addition to wood, we can also cut resin materials such as acrylic, cork, rubber, leather, paper, and PET materials, as well as engrave and stamp logos and images. 【Business Overview】 ■ Press Die Production Business ■ Laser Processing Business *For more details, please refer to the PDF materials or feel free to contact us.
A blade type commonly used for light cutting of thin plates and thin pipes made of aluminum and other materials.
It is suitable for light cutting of thin plates and thin pipes. It can reduce cutting resistance while minimizing edge wear.
A blade type commonly used for cutting thick aluminum and solid materials.
Although the cutting resistance is high, it is widely used for cutting thick aluminum profiles, pipes, billets, slabs, bars, and aluminum castings, as it can discharge chips in three parts.
We will produce custom-made blades tailored to your requests!
At our company, based on our long-standing experience in responding to our customers' needs and requests, we have absolute confidence in our products and are fully committed to providing comprehensive maintenance and after-sales service. - I want to make such a cut, but I can't find the blade shape. - I would like the blade shape to be custom-designed. If you have any such requests, please feel free to contact us using the form below.
It is suitable for processing high-hardness products and thick products that are difficult to process with sharpening dies (corrosive blades) or Thomson blades, as well as for large lot product processing.
This is for trial production before considering the production of die-cut rolls and can be used for projects with smaller lots than die-cut rolls. ▶ High Hardness The typical material is die steel (HRC 58-60), but it is also possible to create it with even harder high-speed steel (HRC 63). ▶ High Precision It can achieve the same precision as sharpening blades (dimensional tolerance ±0.05). ▶ Regrinding Repairable Even if the blade edge wears out, it can be re-sharpened by our company. ▶ One-Stop Production System We handle not only the blades but also the incorporation of receiving jigs and heaters. ▶ 3D Shape Compatibility We can accommodate height differences and three-dimensional cutting of curved surfaces for molded base materials, insert films, etc.
