ノリタケカンパニー リミテド Product Lineup

*In addition, we can provide custom designs for SUS mesh belts, walking beam conveyors, tunnel furnaces, etc., tailored to products, applications, and processing temperatures.

• Electric furnace
• Heating device

(Features) ● The penetrating power of far-infrared rays allows for reduced heating time and improved quality. ● It does not require a hot air circulation mechanism, allowing the furnace body to be made smaller in three-dimensional directions. ● High-precision temperature distribution is possible, achieving ±2℃ in the width direction. ● An N2 atmosphere can be maintained inside the furnace, achieving an oxygen concentration of below 100 ppm while supplying and exhausting gas. (Field) Flexible substrates, fuel cells, solar cells, touch panels, HDD materials, etc. (Application Range) Operating temperature: MAX 400℃ Equipment width: MAX 1100 mm Furnace cleanliness: Compatible with Class 1000 Furnace length can be discussed. (Other) ■ We also handle winding and unwinding machines. ■ We have test equipment available, allowing for testing and verification. ■ Please inquire about pricing and delivery times.

• Heating device

This is a continuous conveyor-type annealing furnace that adopts our company's far-infrared heater and uniform heating method. It is ideal for significantly reducing processing time, cutting costs, and inline integration. (Features) ● Fast heating processing Example 1: Automotive headlamp distortion removal after welding 60 minutes ⇒ 5 minutes Example 2: IC tray dimensional stabilization after injection molding 240 minutes ⇒ 6 minutes Example 3: Artificial dialysis machine internal distortion removal after injection molding 120 minutes ⇒ 3 minutes ● Contributes to cost reduction Compared to batch processing: Labor: 1/10 Equipment area: 1/3 Energy cost: 1/2 ● 24-hour automation Can be directly fed from the molding machine Heating processing possible with the same cycle as the molding time Stocker installation possible after extraction ● Clean environment compatible By adding HEPA filters and Teflon belts, it is possible to achieve an internal class below 1000.

• Heating device
• Annealing furnace

This system significantly shortens the annealing time by effectively utilizing the radiant heat of far-infrared heaters. It revolutionizes the annealing process for resin molded products. ● Significant reduction in processing time By combining radiant heating from far-infrared and hot air diffusion, processing time can be greatly reduced. Conventional hot air batch furnace: 1-2 hours → Noritake annealing furnace: 3-5 minutes ● Continuous processing with a conveyor system With the reduction in processing time, it becomes a compact continuous furnace. Therefore, it can accommodate continuous processing directly connected to molding machines, increasing production efficiency. ● Improved quality By using a combination of highly adaptable far-infrared heaters and hot air heating, uniform heating can be achieved. Furthermore, continuous processing stabilizes dimensional accuracy. Dimensional accuracy: ±5/100 mm → ±2/100 mm

• Heating device
• Annealing furnace

<Features> 1. The adoption of a hollow structure suppresses temperature rise on the back of the heater, reducing power consumption. 2. It has good temperature tracking, with quick heating and cooling, allowing for precise temperature control. 3. The radiating element uses thermally and chemically stable ceramics, ensuring no decrease in efficiency due to aging. 4. There are clean specifications available, compliant with Class 100. 5. It allows for stable control, making it ideal for continuous heating. <General Specifications> Radiating surface dimensions: 120×120 mm, 120×58 mm (two types) Rated voltage: 200V Power capacity: 200–800W Maximum operating temperature: 750℃

• Ceramic Heater
• Other heaters

(Specifications) ● Operating temperature: 40 to 230°C ● Electrical capacity: 5 kVA (Breaker 20 A) ● Belt width: 100 mm ● External dimensions: 1220 L × 400 W × 1157 H (mm) ● Furnace length: 700 mm

• Annealing furnace