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316～330 件を表示 ／ 全 1474 件
It will be connected to a detachable robot.
The preheating furnace is a continuous drying furnace with a varnish dripping method using high-frequency heating. The set temperature, takt time, and the number of stations will be designed according to the conditions of the workpiece.
Hot air circulation and all-fresh switch system
The workpiece is held by a fixture in the center of the furnace and preheated and cured while rotating. The fixture can be exchanged to accommodate a variety of workpieces.
The work method is batch processing using a dedicated cart.
We will design according to the work shape, production quantity, temperature conditions, and other requirements. Please feel free to consult with us.
Our core product is the aluminum melting and holding furnace, and we are confident in its cost performance, safety, and reliability.
It excels in confidentiality and insulation effects, allowing contact with the outer wall of the main body without issues, contributing to improvements in environmental and safety aspects.
We are confident in the cost performance, safety, and reliability of a different version of our core product, the aluminum melting and holding furnace, the die furnace.
It has excellent confidentiality and insulation effects, poses no issues when touching the outer wall of the main body, contributes to improvements in environmental and safety aspects, and the set temperature is lower than that of the die furnace.
This is a preheating and insulation system for dross removal furnaces.
Preheat the pot used for scraping the dross generated in the melting furnace and holding furnace.
It is a compactly designed electric furnace.
Operating temperature range: 100 to 1150℃ can be controlled with a temperature adjustment accuracy of ±2℃. Additionally, the digital display makes it easy to check the temperature, and it weighs 30kg, making it easy to handle.
High-temperature heat treatment up to 1500℃ is possible.
It is a compact, small high-temperature furnace capable of rapid heating up to high temperatures.
High-efficiency equipment that excels in various scenes! Standardly equipped with protective devices focused on safety and security.
The "PACER Series" is a high-frequency induction melting and heating power supply device that can flexibly respond to various conditions. By adopting a special control circuit method (DUAL CONTROL SYSTEM), it has a wide control range for output, and even when the conditions of the molten metal (load) change significantly, it can operate at maximum output without changing the transformer tap or capacitor tap. It demonstrates a conversion efficiency of over 95%, allowing for maximum effective use of energy. 【Features】 ■ Conversion Efficiency: Energy-saving equipment ■ Safety: Comprehensive protective equipment ■ Flexibility: Dual control system ■ Maintainability: Easy replacement of internal components *For more details, please refer to the PDF document or feel free to contact us.
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.
