Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
1～10 item / All 10 items
By combining far infrared rays and hot air jet spraying, workpieces can be heated and processed in a short time.
Examples of use include curing for printing and moisture drying, making it particularly suitable for plate-shaped and sheet-shaped workpieces.
It is a high-efficiency device that can utilize far-infrared effects while maintaining a constant ambient temperature.
Combined a far infrared heater with an emissivity of over 90% and a hot air fan heater.
We aim for complete automation of the line with the introduction of wickets.
It is possible to transport and dry printed circuit boards and sheet-like printed materials by standing them up in a dedicated jig. Complete automation of the line from the printing machine to the stocker is achievable.
Reduce heater capacity by about 10%! Easy maintenance with assembly method.
The "SBC Series" is an environmentally friendly conveyor furnace that enhances heat retention, features a double cover, and reduces the outer surface temperature of the furnace body. By rolling the mesh belt with a unique rolling machine, we have reduced the snagging of extremely small springs. In the old Morita-made MBC conveyor furnace, we were able to maintain a stable tempering within a temperature difference of ±10℃, but by improving the heat retention effect inside the furnace, we have reduced the heater capacity by about 10%. 【Features】 ■ Space-saving with a total length of 1150 mm ■ Stable tempering even with a short length ■ Prevention of workpiece snagging ■ Easy maintenance with an assembly method ■ Maximum temperature of 450℃ *Drawings can be downloaded from the PDF. For more details, please feel free to contact us.
Clean performance that is environmentally friendly, as demanded by the times.
The "far infrared conveyor furnace" provides optimal thermal design for customers based on their specifications, utilizing extensive experience and unique know-how.
Far infrared conveyor furnace! It is a continuous heating furnace that uses far infrared ceramic heaters.
*In addition, we can provide custom designs for SUS mesh belts, walking beam conveyors, tunnel furnaces, etc., tailored to products, applications, and processing temperatures.
A bestselling type with a wealth of achievements, supporting high-temperature soldering, paste sintering, and metal particle sintering processes with reliable software and highly dependable hardware.
Replacement of the atmosphere in the furnace with hydrogen reduction. Achieving low oxygen concentration and reduction atmosphere treatment that cannot be realized with an inert atmosphere using N2 through continuous processing in a conveyor furnace. Utilizing the reduction effect of the hydrogen atmosphere, it supports high-temperature soldering and continuous reduction atmosphere heat treatment that require high reliability, which cannot be addressed by conventional reflow. There is also a wealth of experience in firing various pastes. The system covers the reflow process for wafer bumps of system LSI with a CtC type compatible with 300 mm wafers. In addition to conventional soldering, brazing, and paste firing processes, it also has a proven track record in sintering bonding for next-generation bonding materials (metal nano-paste). A demonstration machine is permanently available to reliably support initial tests for various applications through to mass production.
Place the workpiece on the bar that is laid horizontally and transport it while irradiating with far infrared rays.
This is the optimal method when you want to minimize the contact area between the workpiece and the transport device.
It is a conveyor that dries workpieces with hot air.
The transportation method will be designed according to your needs, including mesh belts (SUS/plastic), chain bar transport, takt feeding, and multi-row options.
Equipped with insulated shutters at the entrance and exit of the conveyor.
This method is ideal when you want to minimize hot air or when the processing time of the work is long.
