Last Updated： Aggregation Period:Jul 01, 2026～Jul 28, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 01, 2026～Jul 28, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 01, 2026～Jul 28, 2026
This ranking is based on the number of page views on our site.
601～630 item / All 753 items
Large heatsink for Full Brick DC/DC converters. Suitable for heat dissipation in high power supplies.
The Fischer Elektronik SK DC 7 1 117 SA is an aluminum extruded heat sink designed for Full Brick standard DC/DC converters. Its structure with fixed slots provides excellent mounting capabilities, making it suitable for thermal management in high-density power modules and industrial power electronics.
High thermal conductivity aluminum extruded heat sink compatible with large SSR | Compatible with SSR 1 and SSR 2 mounting patterns
The SK 507 series by Fischer Elektronik is an aluminum extruded heat sink used for thermal management of solid-state relays (SSR). It features a large cross-sectional shape of 90×100mm, achieving high heat dissipation performance and excellent mechanical strength. It is compatible with the mounting patterns for SSR 1 and SSR 2, making it suitable for thermal management of large SSRs used in control panels, industrial equipment, and power supplies. The lineup includes SK 507 75 SSR 1, SK 507 100 SSR 2, and SK 507 150 SSR 2, allowing for selection based on application needs. Additionally, it supports surface treatments (degreasing, white anodizing, black anodizing), specified lengths, and CNC machining.
Expansion of CUI's BGA heat sink lineup, covering sizes from 8.5mm to 69.7mm and power consumption from 1.92W to 21.74W.
A total of 15 new models have been added to the BGA heat sink lineup. The size range has expanded from 8.5 x 8.5mm to 69.7 x 69.7mm, with thicknesses from 5mm to 25mm, covering power consumption (75℃ΔT, natural air cooling) from 1.92W to 21.74W. The thermal resistance under various conditions has been specified, making it easy to evaluate the heat sinks.
Achieving high thermal conductivity, lightweight design, and low cost! Heat sink for high-power LEDs.
The heat sink for high-power LEDs from Leading Edge Associates uses aluminum vapor chamber technology. This achieves improved thermal conductivity, reduced weight, and lower costs. With brazing processing, it becomes sturdier, and the extension fins provide even more effective heat dissipation. 【Features】 - Uses aluminum vapor chamber technology - Supports high-power LEDs up to 100W with natural convection - Compact and lightweight (both size and weight are one-third of conventional products) - Uses refrigerant as the working fluid, achieving a 30% increase in thermal conductivity - Made of 100% aluminum, 100% recyclable, eco-friendly For more details, please refer to the catalog or feel free to contact us.
Composite heat sink optimized for thermal expansion with thermal conductivity of 1000 W/mK.
This is a super high thermal conductivity heat sink that combines core material TPG with a thermal conductivity of 1500 W/mK and capsule material optimized for thermal expansion. It is suitable for packaging high-power, high-frequency semiconductor chips.
Sincerity, quality, creativity, excellence! We are passionate about heat dissipation.
Sankyo International Co., Ltd. is the sales and service base in Japan for Jiangsu Sankyo Aluminum Technology Co., Ltd., a Chinese aluminum parts manufacturer. Our company mainly manufactures and imports aluminum heat sinks and motor frames at our headquarters and partner companies. Following the corporate philosophy of our parent company, Jiangsu Sankyo Aluminum Technology Co., Ltd., we pursue reliable product quality and service with the slogans of "Sincerity," "Quality," "Creativity," and "Excellence" to meet our customers' demands. [Roles] ■ Point of contact for Jiangsu Sankyo Aluminum in Japan ■ Meetings with customers ■ Handling of defects ■ Domestic transactions, JIT delivery, etc. *For more details, please refer to the catalog or feel free to contact us.
Heat dissipation performance is improved compared to conventional comb-shaped heat sinks! Suitable for devices that require space-saving.
The "Offset SS Type" is a heat sink that improves heat dissipation by approximately 30%. By offsetting the fin pitch every other row, it significantly enhances performance compared to conventional extruded materials (comb-shaped) heat sinks. With a fin height of (maximum) 1/2, it can achieve performance equivalent to our conventional extruded material heat sinks, allowing for miniaturization and weight reduction of the equipment. The surface treatment can accommodate anodized specifications (colored), and it is capable of precision cutting, precision machining, and drilling processes. 【Features】 ■ Dividing and offsetting the fins disrupts the temperature boundary layer ■ Increases opportunities for air to collide with the fins, improving heat dissipation performance ■ Suitable for equipment that requires forced air cooling and space-saving designs ■ Surface treatment can accommodate anodized specifications (colored) ■ Capable of precision cutting, precision machining, and drilling processes *For more details, please refer to the related links or feel free to contact us.
This is a heat sink made of AlSi10Mg.
A customer approached us with the request, "Can we utilize the high degree of design freedom of metal 3D printers to improve the heat dissipation of heat sinks?" In response, we began discussions with the customer from the design stage and achieved high functionality by integrating heat dissipation fins and cooling pipes. Due to the complex structure, the difficulty of fabrication is very high, and normally, successful fabrication would require effective use of supports. However, we were able to realize this through our know-how and technical capabilities. Togane Metal Industry Co., Ltd. actively proposes the transition from existing manufacturing methods to metal 3D printing, providing various benefits to customers, including the realization of complex shapes and high functionality, as well as reduced lead times, weight reduction, and process consolidation, as seen in this case. We have numerous achievements not only with AlSi10Mg, SUS316L, and maraging steel but also with special materials such as Invar and iron-based and copper-based alloys. If you are struggling with shape constraints of existing manufacturing methods or considering a transition to metal 3D printing, please feel free to consult with us.
Examples of ultra-small heat sink fins produced through precision and fine press processing.
This is an introduction to a case study of heat sink manufacturing primarily used in IC (integrated circuit) semiconductors. The heat sink is bonded to the lead frame, enhancing the heat dissipation performance of the package. The material of this heat sink is a Cu alloy, with a thickness of 1.0mm or more selected to improve heat dissipation characteristics. The processing precision of the punched parts is ±0.03mm, which is highly accurate. 【Case Study】 ■Product Category: Heat Sink ■Industry: Semiconductor Industry ■Processing Category: Press, Punching, Forming ■Precision: ±0.03mm (punched parts) ■Material: Cu Alloy *For more details, please refer to the PDF document or feel free to contact us.
![[Sheet Metal Processing Example] Audio Heat Sink/Chassis (Aluminum)](https://image.mono.ipros.com/public/product/image/483/2000340656/IPROS82941173094653925702.jpeg?w=280&h=280)
Sheet metal processing through punching! It is a chassis and heat sink related to audio equipment.
At Horiuchi Manufacturing Co., Ltd., we primarily focus on various machining processes using equipment such as NC turret punch presses, NC milling machines, CNC lathes, laser processing machines, and NC benders. We handle a wide range of products including exterior parts for small transformers, other metal press products, sheet metal processing, precision machining, lighting equipment parts, architectural hardware, and machine assembly. Additionally, with the introduction of the Amada fiber laser processing machine (ENSIS 3015 AJ), we are now able to process materials such as copper, brass, and aluminum, which we previously found challenging. Please feel free to consult us if you have any machining requests. [Processing Examples] We perform processing through punching. We manufacture chassis and heat sinks for audio equipment. The size is approximately 300×150×150×3t. *For more details, please refer to the PDF materials or feel free to contact us.
We are Nitto Kousakusho Co., Ltd., engaged in precision machining in Osaka Prefecture.
008【Our Technical Expertise】2024/08/15 ~Machining Case of Machined Heat Sinks: Deep Fin Grooves~ This time, we will introduce a successful machining case for small to medium lots of 30 to 50 pieces. The product name is heat sink, and the processing was carried out based on the following specifications. We received a request to manufacture a monolithic heat sink with fins machined out. In this processing, there was a challenge that the fins were prone to breakage during machining due to the deep fin grooves. However, leveraging our long-standing expertise in jig manufacturing and machining know-how, we were able to successfully complete and deliver the product. In particular, we quickly responded to the relatively small lot of 30 pieces and met the customer's requirements effectively. Our company provides reliable products with high technical skills even in small to medium lot metal processing and machining. ◎ If you have any inquiries regarding metal processing or machining, please feel free to contact us. We also welcome simple machining requests, so do not hesitate to consult with us. #MetalProcessing #Machining #SmallLotProduction #MediumLotProduction #PrecisionMachining #RotaryEngine
![[Data] Free Download of Excel for Manufacturing Sites (COUNTIF Edition)](https://image.mono.ipros.com/public/product/image/fec/2000648480/IPROS52810135852634822902.png?w=280&h=280)
"I want to be able to use the COUNTIF function." "I want to know how it is actually used in the factory." If you are such a person, please read on!
Excel has various functions, and as you study functions like SUM and IF, you may become captivated by their convenience and want to learn even more functions. On the other hand, there may be those working in the manufacturing industry who feel the concern of not knowing "specifically which functions are used and how they are applied." In this document, I would like to explore how one of the Excel functions, COUNTIF, can be used in the manufacturing industry, using examples.
![[Material] Quality Control Usable in Factories (Pareto Chart) (Free Download)](https://image.mono.ipros.com/public/product/image/39a/2000679421/IPROS93492037433374195357.png?w=280&h=280)
"I learned a little about Pareto charts, but how are they used in practice?" I will explain using a specific example of product defects!
When you start studying quality management, you will come across something called the "7 QC Tools." These are (1) check sheets, (2) Pareto charts, (3) cause-and-effect diagrams, (4) graphs, (5) scatter plots, (6) histograms, and (7) stratification. In this document, I will explain what a Pareto chart, one of the 7 QC tools, is, along with specific methods for creating it and how to interpret it.
![[Material] Quality Control Usable in Factories (Histogram) (Free Download)](https://image.mono.ipros.com/public/product/image/8b9/2000679423/IPROS70792727987302291033.png?w=280&h=280)
"I learned a little about histograms, but how are they used in practice?" I will explain using specific examples related to metal processing!
When you start studying quality control, you will come across something called the "Seven QC Tools." These are (1) check sheets, (2) Pareto charts, (3) cause-and-effect diagrams, (4) graphs, (5) scatter diagrams, (6) histograms, and (7) stratification. In this document, we will explain what a histogram, one of the Seven QC Tools, is, along with specific methods for creating it and how to interpret it.
![[Data] Think in Numbers! Decision-Making in Manufacturing (Defect Rate Improvement Edition) Free Download](https://image.mono.ipros.com/public/product/image/462/2000690243/IPROS27753991958111882944.png?w=280&h=280)
"People often say 'think in numbers,' but what does that actually mean in practice?" I will explain using specific examples related to improving defect rates!
In the manufacturing industry, improving the workplace is very important. However, it is not realistic to tackle every improvement idea that comes to mind amidst the busy daily routine. So, how should we prioritize these improvements? A common approach is to consider factors such as "cost-effectiveness," "ease of implementation," and "the magnitude of the effects when implemented." While we might say, "Let's think in terms of cost-effectiveness!" the first stumbling block is often, "How do we concretely think about this in numerical terms?" In this document, I would like to examine an example of decision-making based on numbers, using the question, "Should we focus on equipment updates or personnel training to improve defect rates?" as a basis.
![[Data] Calculation Principle of Flatness (Free DL)](https://image.mono.ipros.com/public/product/image/2b0/2000731558/IPROS80702790390220337256.png?w=280&h=280)
How is 'flatness' specifically calculated? I will explain the meaning of the formula!
In this document, I would like to outline the calculation method for "flatness," which is a type of geometric tolerance. Rather than following specific formulas, I aimed to emphasize the "meaning of the formulas" and what the calculations aim to achieve. *This document has been created with the intention of being as simple as possible. For detailed explanations, please refer to commercially available books and other resources.
![[Data] Management Accounting for Business Decisions ~ Case 4: Introduction of New Equipment ~](https://image.mono.ipros.com/public/product/image/351/2000731562/IPROS89457338653915147840.png?w=280&h=280)
I will explain the points to keep in mind in order to effectively use accounting figures for management decisions!
It is often said that 'business should be considered in terms of numbers.' When it comes to management decisions, the first numbers that come to mind are the financial figures used in accounting (such as sales, manufacturing costs, and gross profit). It would be great if we could make correct decisions using these numbers, but if we misuse them, we can end up making unexpected mistakes. In this document, I would like to introduce and explain the 'traps of easily misunderstood numbers.'
![[Video Material] Productivity: Is That Robotization Really Right?](https://image.mono.ipros.com/public/product/image/aa2/2001248675/IPROS94164441647265230928.jpeg?w=280&h=280)
Is that robotization really helpful?
Is that automation really helpful? In this video, we will explain the points to consider regarding automation based on examples from factories! We will also touch on cost-effectiveness based on the concept of the break-even point.
![[Video Material] What is Geometric Tolerance Position? Explanation of the Basics!](https://image.mono.ipros.com/public/product/image/0d3/2001484219/IPROS40251741727721985512.jpeg?w=280&h=280)
"What is positionality?" I will answer that!
This video explains the basics of "position tolerance," a type of geometric tolerance. It addresses questions such as: - What is the definition of position tolerance? - When is it indicated? - How is it used on drawings? - What are the points to be aware of when using it?
![[Video Material] Quality Control Histogram Explained with Examples!](https://image.mono.ipros.com/public/product/image/d4a/2001502103/IPROS26805862469438846952.jpeg?w=280&h=280)
"What is a histogram?" "How do you create one specifically?" In this video, we will explain the basics of histograms!
"What is a histogram?" "How do you create one specifically?" In this video, we will explain the basics of histograms! When you start studying quality control, you will come across something called the "7 QC Tools." These include check sheets, Pareto charts, cause-and-effect diagrams, graphs, scatter diagrams, histograms, and stratification. In this video, we will explain what a histogram, one of the 7 QC Tools, is, as well as its specific creation methods and uses!
![[Video Material] Management Decision: Which Product Should Be Produced? Explained Using Numbers!](https://image.mono.ipros.com/public/product/image/d60/2001509028/IPROS7940803077936313374.jpg?w=280&h=280)
I will answer the question, 'Which product should we produce?'
Isn't there a sense of uncertainty about how factory operations are actually connected to profits? In this video, we will explain the relationship between operations and profits through an example of whether to produce Product A or Product B, given the limited production capacity of the factory.
![[Video Material] Advantages and Disadvantages of Inventory. A Comprehensive Explanation!](https://image.mono.ipros.com/public/product/image/80d/2001532773/IPROS7880887827849841046.jpg?w=280&h=280)
I will answer the question, "What are the advantages and disadvantages of inventory?"
"The inventory amount doesn't seem to decrease." "On the other hand, there are products that are always in short supply." When managing inventory, the challenges never end. What kind of mindset should one have when conducting inventory management in the manufacturing industry? In this video, we summarize and explain the advantages and disadvantages of holding inventory as a fundamental aspect of inventory management.
M.2 SSD dedicated heatsink featuring ultra-low hardness heat-dissipating silicone pad.
The "SS-M2S-HS01" is a dedicated heat sink for M.2 that effectively suppresses thermal runaway by combining a high thermal conductivity 1.5mm thick aluminum with a high-performance thermal conductive silicone pad. To safely and efficiently transfer heat from the uneven surface of the M.2 SSD to the heat sink, it employs a Japanese-made ultra-low hardness thermal silicone pad that achieves both extremely high thermal conductivity and insulation. This is a genuine domestic product, with the entire process from planning, design, manufacturing, to packaging carried out within Japan. 【Features】 ■ Uses a high-performance Japanese-made ultra-low hardness thermal silicone pad ■ Firmly secured with a re-peelable heat-resistant insulating tape ■ Black finish ■ Consistent production within Japan *For more details, please feel free to contact us.
![[Processing Example] Slit-Type Heat Sink](https://image.mono.ipros.com/public/product/image/c38/2000804949/IPROS87308702180385410211.png?w=280&h=280)
MAX W1000.0×L450 or W450.0×L1000.0 specifications! Introduction of heat sink product examples.
We accept processing of slit-type heat sinks. The specifications are MAX W1000.0×L450 or W450.0×L1000.0, with fin thickness ranging from 0.4 to any desired value, and pitch from 1.0 to any desired value. The fin height can be any value below MAX 55.0, and as long as the specifications are below MAX, they can be customized. We also have a track record of producing other products such as crimped heat sinks and pin-type heat sinks. Please feel free to contact us for more information. 【Specifications】 ■ MAX W1000.0×L450 or W450.0×L1000.0 ■ Fin thickness from 0.4 to any desired value ■ Pitch from 1.0 to any desired value ■ Fin height can be any value below MAX 55.0 ■ Specifications can be customized as long as they are below MAX (grooves with a pitch of 0.1 and depth of about 3.0 are also possible) *For more details, please refer to the PDF document or feel free to contact us.
Eliminate the cutting process, reduce material waste, and contribute to cost reduction. Compatible with various aluminum materials.
Our company utilizes the cold forging technology we have cultivated over many years to manufacture high-quality heat sinks. By using molds, the fin lengths are uniform, eliminating the need for cutting processes. This helps reduce material waste and contributes to cost reduction. Efficient production through continuous processing is possible, accommodating a variety of aluminum materials and complex shapes. We have established a system that can flexibly respond to small lot requests. 【Features】 ■ Utilizes cold forging technology with a proven track record in a wide range of fields, including automotive axle drive components and industrial machinery parts. ■ No cutting process is required due to uniform fin lengths. ■ High productivity is achieved through continuous processing. ■ Pursues short delivery times through in-house integrated production. *For more details, please refer to the materials. Feel free to contact us with any inquiries.
Due to the relocation of the pet salon, a new dog bath for small dogs has been created!
We would like to introduce the best product of June made by Excel Corporation. The best product of June is the "Stainless Steel Sink for Dog Baths." Incorporating customer preferences, we decided on a corner-type reverse Fuji design for the sink, adding a lead hook fixture at the bottom and considering efficiency during water filling (water-saving and time-saving). Additionally, with the reverse Fuji type, the production involves welding the side surfaces as shown in the diagram, making it technically challenging to align the corner parts accurately. However, we carefully finished and processed it beautifully while making fine adjustments. We also have photos of other product examples on our company website, so please take a look if you are interested. [Features] ■ A unique product that incorporates customer preferences in a custom-made sink ■ Carefully finished and beautifully processed with fine adjustments *For more details, please refer to the PDF document or feel free to contact us.
Would you like to reduce design man-hours with the technology of Sankyo Thermotech?
We propose "thermal analysis simulation." By understanding the size, arrangement, and heat generation of semiconductor devices on a heat sink, we can visualize the temperature distribution and airflow distribution of the heat sink using color, allowing for optimal design of the heat sink without the need for prototyping. Additionally, we can design heat sinks, devices, and systems in a short amount of time, which reduces both the time and cost of the design process. *For more details, please refer to the PDF document or feel free to contact us.*
Ideal for heat runaway measures! Introduction of products with heat-conductive double-sided tape included.
We would like to introduce our M.2 SSD heatsink 'HM-21'. It is used by attaching it to the chip of the M.2 SSD. Additionally, it can be used on rectangular heat-generating components other than M.2 expansion cards. The size is W22×D66.5×H5.1mm, made of aluminum, and the color is silver. 【Features】 ■ Used by attaching it to the chip of the M.2 SSD ■ Suitable for preventing thermal runaway ■ Can be used on rectangular heat-generating components other than M.2 expansion cards *For more details, please download the PDF or feel free to contact us.
