Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
136～150 item / All 213 items
Air Plasma Cutting Machine Series
● Lightweight and compact at 13.5kg, making it easy to move on-site. ● Built-in compressor, eliminating the need for an air source. ● Stable cutting with inverter control. ● Fixed output at 10A, no adjustment needed.
Circular saw cutting machine Beaver SAW170Eco・170E Eco
It is capable of cutting newly installed pipes with a maximum diameter of 220mm, making it ideal for plumbing in construction sites and factories. ● The standard pipe support allows for easy setup of large-diameter and long pipes. ● Easy and simple operation. ● The pipe cutting surface is at a right angle. ● Adopts a chip saw that produces minimal sparks and dust, leaving no burns or burrs on the cutting surface, enabling safe pipe cutting. ● There is no need to move heavy pipes; simply clamp the pipe in this machine and push to cut easily. ● The sturdy pipe clamp supports the pipe, minimizing blade vibration, allowing for precise right-angle cuts on any pipe, making it ready for welding. ● Its ultra-compact and lightweight design is perfect for dimensioning large-diameter pipes on site. ● Can cut in narrow spaces. ● Cutting small-diameter pipes can be easily done on a workbench, and changing the saw blade is simple.
Right-angle cutting is possible! Introducing a job site machine with minimal sparks, dust, and noise.
The "Band Saw Beaver 8・8F" is a cutting machine that allows for high-precision cutting adjusted to the length of the material through the spacing adjustment of the saw blade guide. The overload protection device reduces the risk of motor burnout due to overload. After cutting, the switch automatically turns off. Additionally, tension operation can be performed with a single touch. 【Features】 ■ Spring-type & Hydraulic type ■ Right-angle cutting ■ Safety design ■ Portable ■ Low noise *For more details, please refer to the PDF document or feel free to contact us.
Cutting machine using chip saws, cutting wheels, and diamond plates.
Keimoto Manufacturing, which manufactures and sells various screws and construction materials, offers "cutting machines." These machines are suitable for cutting stud materials, runners, light steel materials, and general steel materials, structural steel materials, and full screws using a chip saw. 【Features】 ■ Cutting of stud materials, runners, light steel materials, and other light steel frames (chip saw) ■ Cutting of general steel materials, structural steel materials, and full screws (chip saw, cutting wheel) ■ Cutting of interlocking bricks, bricks, artificial marble, etc. (diamond plate) *For more details, please refer to the PDF document or feel free to contact us.
This is a cutter specifically for our metal mall.
Cutting tool exclusively for Metal Mall Type A and Type B ● It is a hydraulic manual type, so it produces little burr, and there are no sparks or noise. ● The cap and base can be cut simultaneously. 【Note】 Please read the "Instruction Manual" before use. *This product is a cutting tool specifically for our Metal Mall. Do not use it for products from other manufacturers.
We propose rationalization equipment for steel materials and processing factories, such as ultra-hard circular saw cutting machines!
Our company offers proposals for the rationalization of steel and processing factory equipment. We handle products such as Noritake-made carbide circular saw cutting machines, carbide circular saw blades, and general-purpose compressors from various manufacturers. Additionally, we are capable of providing initial response during maintenance and troubleshooting. Our experienced employees will respond immediately. 【Equipment handled (excerpt)】 ■ Noritake-made carbide circular saw cutting machine ・ NCS-5/150 ■ Carbide circular saw blades ・ Metal cutting saw blades ■ General-purpose compressors/screw compressors ■ Band saws/machine blades ■ Overhead cranes and surrounding lifting equipment *For more details, please refer to the PDF materials or feel free to contact us.
Due to the dry process, no water is used, making it environmentally friendly. Achieves increased productivity with zero car flows. Compared to conventional methods, it reduces the footprint.
Samsung Diamond Industry utilizes its unique technology, the SnB "Scribe & Break" method, to precisely cut and process device substrates with metal films or silicone resins layered on materials such as silicon carbide (SiC), gallium nitride (GaN), alumina (Al2O3), sapphire, silicon nitride (Si3N4), and silicon (Si) since its establishment. With MDI's proprietary SnB "Scribe & Break" technology, we achieve zero kerf loss, high speed, high quality, and completely dry processing. This leads to increased product yield and reduced tact time, enhancing productivity, while being environmentally friendly due to the absence of water use, allowing for a reduction in production costs. **Features of MDI's proprietary SnB (Scribe & Break) technology:** - Stable and high-speed cutting processing for high-frequency and power devices! - High-precision and high-quality cutting processing enables reduction of street width and accommodates small sizes! - Compatible with various semiconductor/electronic component processing! - Supports multilayer composite materials! We propose optimal processing methods based on years of accumulated know-how and theoretical simulations. *For more details, please download the catalog or contact us directly.*
The era of digital die-cutting has arrived! Introducing a rich lineup of lasers!
We offer a wide range of laser processing machines for the printing, cardboard, and paper industries. In an era where small lots and short delivery times are increasingly demanded, laser processing is the solution for post-processing in the digital printing age! Featuring overwhelming speed and high quality, our "Label Master" is just one of the many options available. You can also choose "Paper One," which allows for small lot production with no die required and complete digital production. 【Types of Processing Available】 ■ Label Processing ■ Package Processing ■ Printing Processing *For more details, please refer to the PDF materials or feel free to contact us.
Maximum speed 120m/min! Distance accuracy ±0.05mm/m! Processing speed four times that of conventional machines at a low price! Fiber laser processing machine specifically for thin sheet metal.
Maximum speed of 120m/min! Distance accuracy of ±0.05mm/1m! Processing speed is four times that of conventional machines. Achieving the world's highest level in both processing speed and accuracy. Lower price compared to products with the same specifications from other companies. Currently offering laser processing samples for fiber lasers used in thin sheet metal cutting. Machine dimensions W2356mm × D2110mm: Ultra-compact design with a processing area of 1250mm × 800mm. It is the smallest class among laser cutting machines for thin sheet metal with over 1kW. ◆ Specification Information Maximum speed: 120m/min Distance accuracy: ±0.05mm per 1m Maximum acceleration: 2G Drive method: Linear servo motor (higher precision than ball screws) ◆ Product Features - Space-saving compact design (W2356mm × D2110mm) - High precision with linear servo motor (±0.05mm) - Energy-saving machine with electricity costs below one-third - Remarkably low burr and dross production - Easily cuts micron-thick metal foils (can cut below 40μm) - Amazing ease of use (existing data can be utilized) - Class 1 safety design, with fully automatic door opening and closing ★ If you would like to request a free sample, please contact us through the [Contact Us] section.
The laser cuts at a thickness of about 70 microns! There are cases where we were able to respond to immediate delivery with high-speed processing.
In the sign and display industry, we had been turning down complex and intricate designs because they required too much time and effort, making them not worth it. However, since other competitors also handle simple processing, we had no choice but to compete on price and delivery time or rely on our sales capabilities. By utilizing lasers, we were able to increase the order unit price thanks to the processing. We reduced labor costs without relying on craftsmen and were able to accommodate quick deliveries with fast processing. For more detailed information, please refer to the PDF download below. Additionally, we have included 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. 【Case Studies】 ■Challenges - We want to increase order unit prices with complex and highly detailed designs. ■Effects - High-quality reproduction of designs through digital processing. - Easy processing even for part-time workers and temporary staff. - Quick delivery with lasers that can perform cutting and engraving simultaneously. *For more details, please refer to the PDF materials or feel free to contact us.
The production cost of blade types is only the data setup fee! Here are examples of achieving short delivery times.
In the seal and label manufacturing industry, labels and seals are cut out using die-cutting processes. Die-cutting incurs costs not only for production but also for storage space and personnel management. As the number of jobs increases, so do these costs, leading to a constant search for ways to minimize them. By utilizing lasers, we found that laser processing machines do not require dies, only data management is necessary. This eliminated the production time for dies, enabling shorter delivery times. For more details, please refer to the PDF download below. Additionally, we have included 14 case studies that address common challenges in manufacturing through the use of lasers. [Challenge] ■ We want to reduce the costs of die production, storage, and management. *For more information, please refer to the PDF materials or feel free to contact us.
No specialized knowledge or skills required! Just the package layout, and the dedicated software calculates the optimal muscle push.
In the printing industry, printing is done in-house, but package processing (die cutting and creasing) is outsourced. As a result, for non-standard items, creating new molds incurs costs, and there are many communications for adjustments before processing, so we were concerned about how to reduce costs and time further. By utilizing lasers, we were able to internalize the processes of scoring, folding, and cutting on packages. You can find detailed information in the PDF download below. Additionally, we have included 14 case studies that demonstrate how "lasers" have solved common challenges in the manufacturing industry. [Challenges] ■ The number of small lot orders has been increasing, but outsourcing mold production is not cost-effective. *For more details, please refer to the PDF document or feel free to contact us.
Shortening the trial and adjustment period! Introducing a case where we gained strong trust from the manufacturer!
In the soft packaging (food packaging) industry, films for soft packaging are processed using die cutting. Food packaging requires visually appealing shapes, ease of opening, and preservation of food quality, leading manufacturers to have various requests. As a result, the materials for the films are diverse, and it took a lot of adjustments and time to complete the die cutting. By utilizing lasers, we were able to shorten the prototyping and adjustment period. This speed of response earned us strong trust from manufacturers. For more detailed information, please refer to the PDF download below. Additionally, we have published 14 case studies on how "lasers" have solved common challenges in the manufacturing industry. [Case Studies] ■Challenges - We want to shorten the production period for film die cutting. ■Effects - If data is available, processing can be done on the spot, significantly speeding up prototyping. - There is no need to change blades for punching, half-cutting, or perforating. - The period from product planning to prototyping, adjustment, and development is greatly shortened. *For more details, please refer to the PDF document or feel free to contact us.
A popular series that is compact, lightweight, and easy to operate, making it convenient for both mobility and installation.
The "OKC Series" is a stationary rebar cutting machine that uses special steel for its main components, achieving excellent wear resistance. All rotating parts are protected by covers, ensuring high safety. We offer various models, including types that can be set up in compact and narrow spaces, and types that facilitate easy lubrication with a manual pump, reducing maintenance effort. 【Features】 ■ OKC-32/42: Contributes to labor-saving at a low cost ■ OKC-48: A type that emphasizes the number of simultaneous cuts with a wide blade ■ OKC-52N: A type with a wide blade of 200mm, allowing for many simultaneous cuts ■ OKC-55: A high-power type with a maximum cutting capacity of SD345 and D51 ■ OKC-60: The highest power type in the series with a blade width of 230mm *For more details, please download the PDF or contact us.
We have ensured ample cutting thickness and depth to enable large-scale cutting!
By installing dedicated jigs suitable for the task, it becomes a dedicated machine. Custom specifications can also be accommodated.
