Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
316～330 item / All 1528 items
Nosaka Tech electric drying furnace (far infrared heater specification)
Planning, designing, and producing systems that excel in functionality, safety, operability, cost performance, and maintainability. Supporting the efficiency of operations.
Heat treatment of various materials, from metals to ceramics, is possible.
Sintering after molding produces products with fewer defects by conducting production under the best conditions tailored to the characteristics of each material, including temperature control, atmosphere, vacuum, and nitrogen environment.
Environmentally friendly incinerator
Firebed area: Combustion chamber 600W × 800L (0.48㎡) Incineration capacity: Combustion capacity 48Kg/H Dust collector: Almar processed with ejector device Chimney: Almar processed, both F250 × 2440L, 1 unit (standard) Combustion air supply device: 100V × 400W (6.5A) with adjustable airflow special FAN (for ejector blower) Temperature display: Digital display with temperature sensor and control meter movement Temperature control device: Linked with burner, efficient combustion with flexible temperature settings (energy-saving)
Most combustible waste can be incinerated efficiently and smokelessly, regardless of size, shape, or calorific value. The exhaust gas is almost colorless and transparent, like a mirage.
The WABE incinerator "Chibita" is a new generation furnace that suppresses and decomposes dioxins, soot, and odors. It has been designed to achieve sufficiently high-temperature combustion even without a combustion assist burner. Most combustible waste can be incinerated efficiently and smokelessly, regardless of size, shape, or calorific value. The feed opening is large, allowing for the input of bulky waste, and it is easy to load large quantities at once. Bulk loading is possible, and it operates through gasification combustion. During gasification combustion, no manual intervention is required. With high-efficiency combustion, the exhaust gases are almost colorless and transparent, resembling a mirage, and the reduction in the thermal calorific value of the incineration ash is only a few percent. Additionally, complete combustion is achieved through tandem nozzles. For more details, please contact us or download the catalog.
By designing the heating section's space to a minimum, energy conservation and space-saving are achieved!
The "APC-WB Series" is a walking beam type curing furnace with excellent uniform heating characteristics. It achieves stable and uniform heating through a heater stage that employs our unique special winding heater. Furthermore, rapid temperature rise is possible due to the uniform heating heater stage and our proprietary temperature control. 【Features】 ■ Excellent uniform heating characteristics ■ Adoption of unique special winding heater ■ Rapid temperature rise ■ Energy-saving ■ Space-saving *For more details, please refer to the PDF document or feel free to contact us.
![[Data] Effects of Introducing a Stack Furnace](https://image.mono.ipros.com/public/product/image/aa3/2000485384/IPROS44813660072859542638.png?w=280&h=280)
Achieve space-saving and energy-saving! We introduce various implementation effects such as features and heating method comparisons.
This document explains the "Effects of Introducing a Stacked Furnace." A stacked furnace is an effective heating method for small sensors mounted on substrates after lead frame or electronic component mounting, as well as on transport carriers. We will introduce its features, compare heating methods, and present various benefits of implementation. Please make use of this information. 【Overview】 ■ What is a Stacked Furnace ■ Features ■ Comparison of Heating Methods ■ Implementation Effect (1) (Achieving Space Savings) ■ Implementation Effect (2) (Achieving Energy Savings) *For more details, please refer to the PDF document or feel free to contact us.
Energy savings of up to 30% and a 30% reduction in equipment installation line length achieved! Supporting various industries such as semiconductors, electronic components, automotive, and food!
The stack furnace handled by Kyushu Nichisho is an effective heating method for lead frames, substrates after electronic component mounting, and small sensors mounted on transport carriers. (There are also proven results with ECUs and 600×600 size films.) By implementing inline processing, productivity efficiency can be increased, and stable heating operation for 24 hours is possible. Additionally, it can cater to a wide variety of industries, not only in the semiconductor and electronic component sectors but also in the automotive and food industries. The small volume of the heating chamber contributes to energy savings. 【Features】 ■ Supports inline processing with front and rear devices due to a wide variety of variations ■ Achieves long-term stable and reproducible temperature control ■ Reduces dust and vibration through stationary heating, improving product quality ■ Significantly reduces the installation floor space in factories by transitioning from 2D to 3D ■ Contributes to energy savings by significantly reducing the volume of the heating chamber *For more details, please refer to the external link page or feel free to contact us.
Visualization through advanced technology achieves significant improvements in quality, productivity, and energy efficiency!
This equipment adopts roller hearth type continuous conveying technology, boasting a wealth of achievements, and is designed to accommodate mass production of various types. It features the integration of a burn-off furnace and a carburizing furnace through hot vegetable processing, separation of zones via intermediate doors, independence of the cooling retention zone, and the adoption of a transfer-type quenching tank, all tailored to meet customer demands with meticulous attention. It achieves significant energy savings along with high quality and high productivity. 【Features】 ■ Adopts roller hearth type continuous conveying technology ■ Accommodates mass production of various types ■ Independence of the cooling retention zone ■ Adoption of a transfer-type quenching tank ■ Achieves significant energy savings along with high quality and high productivity ■ Versatile for various applications *For more details, please refer to the PDF document or feel free to contact us.
A groundbreaking carburizing furnace that simultaneously achieves significant energy savings and compactness.
This is a compact facility suitable for small variety mass production, improved from a well-established pusher-type continuous furnace. By separating the furnace body into three chambers—burn-off and heating chamber, carburizing diffusion chamber, and cooling retention chamber—using intermediate doors, this energy-saving type reduces the energy consumption per unit by approximately 36% compared to conventional models. Our developed quenching method, "one tank three-stage quenching," is a quenching system that minimizes distortion during the phase transformation by ensuring uniform material temperature before martensitic transformation. By adopting this system, low distortion that is not constrained by the shape of the material can be achieved. 【Features】 ■ Equipment improved from a pusher-type continuous furnace ■ Suitable for small variety mass production ■ Compact ■ Energy-saving type *For more details, please refer to the PDF document or feel free to contact us.
Flexible customization is possible to meet various low-temperature treatment requests.
The "T/VT Series" is a low-temperature vacuum furnace designed to operate below 750°C. By adding an optional feature that allows for a maximum furnace temperature of up to 950°C, it can be used for annealing and tempering of cold-forged parts and high-quality wire. Additionally, we offer the "VT Series," which significantly reduces cooling time by incorporating an intrcooler that directly cools the atmosphere gas inside the furnace. 【Features】 ■ Specializes in low-temperature operation below 750°C ■ Offers an optional feature for a maximum furnace temperature of 950°C, suitable for annealing and tempering of cold-forged parts and high-quality wire ■ The "VT Series" is also available, which greatly shortens cooling time *For more details, please refer to the PDF document or feel free to contact us.
A space-saving vacuum sintering furnace capable of processing a variety of materials such as high-alloy steel and alloys for electromagnetic materials.
The "VS Series" is a vacuum sintering furnace that shortens the conventional sintering process and performs de-waxing, vacuum sintering, and cooling continuously. It is designed with a focus on strict temperature uniformity in the sintering chamber and methods to prevent the evaporation of alloying elements, making it suitable for the sintering of high-alloy steels and alloys for electromagnetic materials. Additionally, the multi-chamber type adopts a roller hearth transport method, resulting in a compact drive unit and achieving space-saving. 【Features】 ■ Shortens the conventional sintering process ■ Capable of continuous de-waxing, vacuum sintering, and cooling ■ Suitable for the sintering of high-alloy steels and alloys for electromagnetic materials ■ The multi-chamber type features a compact drive unit, achieving space-saving *For more details, please refer to the PDF document or feel free to contact us.
The bestselling heat treatment furnace "High Shifter" has evolved further with the latest features!
Born in 1954 as a full-fledged atmosphere heat treatment furnace, the "High Shifter" has received high praise in the automotive, bearing, machinery, and various other industries. Even now, it has delivered over 1,200 units as an energy-saving general-purpose heat treatment furnace that significantly shortens drying, heating, and seasoning times, and its demand is becoming increasingly diverse. Chugai Ro Co., Ltd. has significantly revamped various functions to meet these requests. The "New High Shifter" has achieved further evolution by pursuing ease of use, environmental improvements, and increased productivity. 【Features】 ■ Lower surface temperature of the furnace shell ■ Reduced cycle time due to increased combustion volume ■ Improved operability and maintainability ■ Reduced distortion of treated materials *For more details, please refer to the PDF materials or feel free to contact us.
We provide heat treatment equipment that broadly supports the creation of new value for our customers and fulfills all their needs.
Is there no large furnace that can process a lot at once? → Yes, there is! Is there a furnace that can process in a clean environment? → Yes, there is! Is there no sintering furnace that can process under high-pressure conditions? → Yes, there is! Can't we conduct hot press tests? → Yes, we can!
Efforts towards new technology
The development of "multi-cooling control for martempering technology and equipment aimed at achieving lower distortion in carburized products." Our company's unique hot gas furnace has many excellent advantages compared to salt furnaces, such as energy-saving and environmentally friendly features, as well as solutions to the 3K (difficult, dirty, dangerous) issues. However, the hot gas alone has limitations in "cooling capacity." This time, we have addressed that issue and further developed and evolved it into the carburizing martempering furnace.
We will blend the materials to achieve the target components for each material and create molten metal at 1500°C.
The introduction of a 1.5-ton high-frequency induction furnace has made it easier to switch materials, allowing us to accommodate a variety of materials. We confirm that the composition meets the target specifications. Test pieces are taken from the molten metal, and the composition of 24 elements is analyzed to ensure it meets the target specifications. This enables us to guarantee the composition of all products. During the pouring operation, the amount of molten metal indicated on the work card is poured at the temperature also specified on the work card. Based on past achievements and experience, we can produce good quality products without waste.
