List of Other heaters products
- classification：Other heaters
526～540 item / All 1893 items
It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...
- Sensors
We can accommodate high resistance over 10,000 ohms, with diameters ranging from approximately 30 mm to 8 inches, and we also offer thinning and chip processing arrangements!
- Other semiconductors
- Processing Contract
- Wafer
Special specifications, multi-purpose, high efficiency! It has high versatility and is equipped with a variety of control functions and interfaces.
- Other heaters
We will exhibit at Interfex 2026.
Our company will be exhibiting at INTERPHEX Pharmaceutical and Cosmetic Manufacturing Expo. ◆ Dates: May 20 (Wed) - 22 (Fri) 10:00 - 17:00 ◆ Venue: Makuhari Messe ◆ Our Booth: 40-46 Nearest Entrance: Hall 8 【Featured Products - All products will be displayed as actual machines, and some will have live demonstrations in the booth】 - High-pressure hot air shrink packaging machine EZ-PACK - Mid-infrared heater and vacuum forming kit - New cordless heat gun NEXHEAT with digital display - Heat-resistant blower - Compressed air dedicated air heater LHS210 P ◆ Register for your visit here >> https://www.interphex.jp/tokyo/ja-jp/register.html?code=1644452695531591-G3G *This event requires pre-registration, so please ensure you register to attend. We sincerely look forward to your visit.
We will custom-make it individually! It can be heated over a wide range of performance.
- Other heaters
We will exhibit at Interfex 2026.
Our company will be exhibiting at INTERPHEX Pharmaceutical and Cosmetic Manufacturing Expo. ◆ Dates: May 20 (Wed) - 22 (Fri) 10:00 - 17:00 ◆ Venue: Makuhari Messe ◆ Our Booth: 40-46 Nearest Entrance: Hall 8 【Featured Products - All products will be displayed as actual machines, and some will have live demonstrations in the booth】 - High-pressure hot air shrink packaging machine EZ-PACK - Mid-infrared heater and vacuum forming kit - New cordless heat gun NEXHEAT with digital display - Heat-resistant blower - Compressed air dedicated air heater LHS210 P ◆ Register for your visit here >> https://www.interphex.jp/tokyo/ja-jp/register.html?code=1644452695531591-G3G *This event requires pre-registration, so please ensure you register to attend. We sincerely look forward to your visit.
Power supply is possible with one set! This is a suitable set for operation in laboratories and pilot plants.
- Other heaters
We will exhibit at Interfex 2026.
Our company will be exhibiting at INTERPHEX Pharmaceutical and Cosmetic Manufacturing Expo. ◆ Dates: May 20 (Wed) - 22 (Fri) 10:00 - 17:00 ◆ Venue: Makuhari Messe ◆ Our Booth: 40-46 Nearest Entrance: Hall 8 【Featured Products - All products will be displayed as actual machines, and some will have live demonstrations in the booth】 - High-pressure hot air shrink packaging machine EZ-PACK - Mid-infrared heater and vacuum forming kit - New cordless heat gun NEXHEAT with digital display - Heat-resistant blower - Compressed air dedicated air heater LHS210 P ◆ Register for your visit here >> https://www.interphex.jp/tokyo/ja-jp/register.html?code=1644452695531591-G3G *This event requires pre-registration, so please ensure you register to attend. We sincerely look forward to your visit.
Highly versatile infrared heater module! Maximum power density of 50kW/m2 or 32.25W/in2.
- Other heaters
[Data Published] Heating efficiency changes significantly with medium-wave infrared - A technical explanation of the essential differences between near-infrared and far-infrared.
Leister offers not only plastic welding machines and hot air generators but also "mid-infrared heaters" as part of its product lineup. When selecting infrared heaters based solely on "output," it can lead to unexpected power loss and quality issues. The key factor is the compatibility of materials and wavelengths. Many industrial materials such as resins, paper, wood, and water have been confirmed to have high absorption efficiency in the mid-wave infrared range. On the other hand, near-infrared has a fast response time but is peakier, while far-infrared has a broad range but a slow response time, making it prone to energy loss due to continuous power supply. In actual comparative tests, it has been reported that the power consumption can differ by about twice to achieve the same heating results. This affects not only electricity costs but also heating time, equipment capacity, and finished quality. This document organizes the differences between near-infrared, mid-wave, and far-infrared, and technically explains why the 2.6μm mid-wave infrared heater is a rational choice for many industrial applications. If you want to reconsider your heater selection, please refer to the technical materials and the product pages for infrared heaters.
Can be used without cooling devices or reflectors! Compatible with MINI series G14-25 and G7-50.
- Other heaters
[Data Published] Heating efficiency changes significantly with medium-wave infrared - A technical explanation of the essential differences between near-infrared and far-infrared.
Leister offers not only plastic welding machines and hot air generators but also "mid-infrared heaters" as part of its product lineup. When selecting infrared heaters based solely on "output," it can lead to unexpected power loss and quality issues. The key factor is the compatibility of materials and wavelengths. Many industrial materials such as resins, paper, wood, and water have been confirmed to have high absorption efficiency in the mid-wave infrared range. On the other hand, near-infrared has a fast response time but is peakier, while far-infrared has a broad range but a slow response time, making it prone to energy loss due to continuous power supply. In actual comparative tests, it has been reported that the power consumption can differ by about twice to achieve the same heating results. This affects not only electricity costs but also heating time, equipment capacity, and finished quality. This document organizes the differences between near-infrared, mid-wave, and far-infrared, and technically explains why the 2.6μm mid-wave infrared heater is a rational choice for many industrial applications. If you want to reconsider your heater selection, please refer to the technical materials and the product pages for infrared heaters.
Modular and flexible infrared heater! Fast response time for accurate temperature.
- Other heaters
[Data Published] Heating efficiency changes significantly with medium-wave infrared - A technical explanation of the essential differences between near-infrared and far-infrared.
Leister offers not only plastic welding machines and hot air generators but also "mid-infrared heaters" as part of its product lineup. When selecting infrared heaters based solely on "output," it can lead to unexpected power loss and quality issues. The key factor is the compatibility of materials and wavelengths. Many industrial materials such as resins, paper, wood, and water have been confirmed to have high absorption efficiency in the mid-wave infrared range. On the other hand, near-infrared has a fast response time but is peakier, while far-infrared has a broad range but a slow response time, making it prone to energy loss due to continuous power supply. In actual comparative tests, it has been reported that the power consumption can differ by about twice to achieve the same heating results. This affects not only electricity costs but also heating time, equipment capacity, and finished quality. This document organizes the differences between near-infrared, mid-wave, and far-infrared, and technically explains why the 2.6μm mid-wave infrared heater is a rational choice for many industrial applications. If you want to reconsider your heater selection, please refer to the technical materials and the product pages for infrared heaters.
Ultra-compact cubic infrared radiation! Requires almost no maintenance and boasts reliable performance.
- Other heaters
[Data Published] Heating efficiency changes significantly with medium-wave infrared - A technical explanation of the essential differences between near-infrared and far-infrared.
Leister offers not only plastic welding machines and hot air generators but also "mid-infrared heaters" as part of its product lineup. When selecting infrared heaters based solely on "output," it can lead to unexpected power loss and quality issues. The key factor is the compatibility of materials and wavelengths. Many industrial materials such as resins, paper, wood, and water have been confirmed to have high absorption efficiency in the mid-wave infrared range. On the other hand, near-infrared has a fast response time but is peakier, while far-infrared has a broad range but a slow response time, making it prone to energy loss due to continuous power supply. In actual comparative tests, it has been reported that the power consumption can differ by about twice to achieve the same heating results. This affects not only electricity costs but also heating time, equipment capacity, and finished quality. This document organizes the differences between near-infrared, mid-wave, and far-infrared, and technically explains why the 2.6μm mid-wave infrared heater is a rational choice for many industrial applications. If you want to reconsider your heater selection, please refer to the technical materials and the product pages for infrared heaters.
Enhancing flexibility with a compact module! Excellent low maintenance and robustness.
- Other heaters
[Data Published] Heating efficiency changes significantly with medium-wave infrared - A technical explanation of the essential differences between near-infrared and far-infrared.
Leister offers not only plastic welding machines and hot air generators but also "mid-infrared heaters" as part of its product lineup. When selecting infrared heaters based solely on "output," it can lead to unexpected power loss and quality issues. The key factor is the compatibility of materials and wavelengths. Many industrial materials such as resins, paper, wood, and water have been confirmed to have high absorption efficiency in the mid-wave infrared range. On the other hand, near-infrared has a fast response time but is peakier, while far-infrared has a broad range but a slow response time, making it prone to energy loss due to continuous power supply. In actual comparative tests, it has been reported that the power consumption can differ by about twice to achieve the same heating results. This affects not only electricity costs but also heating time, equipment capacity, and finished quality. This document organizes the differences between near-infrared, mid-wave, and far-infrared, and technically explains why the 2.6μm mid-wave infrared heater is a rational choice for many industrial applications. If you want to reconsider your heater selection, please refer to the technical materials and the product pages for infrared heaters.
Introducing a super compact IR heater with the highest level of power density! Easy integration.
- Other heaters
[Data Published] Heating efficiency changes significantly with medium-wave infrared - A technical explanation of the essential differences between near-infrared and far-infrared.
Leister offers not only plastic welding machines and hot air generators but also "mid-infrared heaters" as part of its product lineup. When selecting infrared heaters based solely on "output," it can lead to unexpected power loss and quality issues. The key factor is the compatibility of materials and wavelengths. Many industrial materials such as resins, paper, wood, and water have been confirmed to have high absorption efficiency in the mid-wave infrared range. On the other hand, near-infrared has a fast response time but is peakier, while far-infrared has a broad range but a slow response time, making it prone to energy loss due to continuous power supply. In actual comparative tests, it has been reported that the power consumption can differ by about twice to achieve the same heating results. This affects not only electricity costs but also heating time, equipment capacity, and finished quality. This document organizes the differences between near-infrared, mid-wave, and far-infrared, and technically explains why the 2.6μm mid-wave infrared heater is a rational choice for many industrial applications. If you want to reconsider your heater selection, please refer to the technical materials and the product pages for infrared heaters.
Good adhesion is achieved for the application of PVC paste, preventing bubbling!
- Other heaters
- Drying Equipment
- Heating device
Heating through non-contact means eliminates the need for media! Significantly improves line speed and system operability.
- Heating device
- Other heaters
- Resin processing machine
Heating up to 700-900℃ is possible! High power and rapid heating in an open environment.
- Heating device
- Other heaters
- Industrial Furnace
If you are involved in the heating and drying process, please take a look! By reading this, you will understand the types and selection of infrared heaters that you will need. Latest technology materi...
- Heating device
- Other heaters
Introducing examples and benefits of converting! What are the UV (ultraviolet) curing process and infrared heating and drying process to improve productivity?
- Other heaters
- Heating device
- Ultraviolet irradiation equipment
Excellent radiation characteristics, durability, and moldability achieved through the manufacturing technology of Hakkou's sheath heaters.
- Other heaters