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It is a compactly designed high-temperature heating observation device. It can be used on your microscope or micro-scope.

【Specifications】 ○ Temperature range: +50 to 1500℃ ○ Heating characteristics: 60 seconds from room temperature to 1500℃ ○ Heating method: Infrared emission and reflection concentration heating ○ Cooling method: Natural air cooling ○ Atmosphere: In air, gas flow, or vacuum ○ Achievable vacuum level: Approximately 5Pa ○ Sample container: Outer diameter φ5×4mm, φ6.5×4mm ○ Safety measures: Furnace body temperature sensor ○ Temperature control: Digital program PID-SCR control ○ Temperature program: 16 segments, 16 patterns ○ Temperature sensor: JIS R type thermocouple ○ Power consumption: 500W/100V ● For more details, please contact us or refer to the catalog.

Tests can be conducted while observing the condition of the material surface [using a dual-swing crosshead], keeping the sample position centered to capture any changes!

【Specifications】 《Tensile Module》 　Load Capacity: 2kN (200kgf) or 5kN (500kgf) 　Test Speed: 0.001 to 10mm/min 　Effective Length of Specimen: Up to 60mm 《Heating Furnace》 　Heating Method: Infrared two-elliptical-cylinder concentrated heating method 　Temperature Range: 60 to a maximum of 1500℃ 　Temperature Control: Digital program PID-SCR control 《Observation》 　Objective Lens: Long working distance (×5, 10, 20, 50), low magnification zoom lens, variable magnification microscope 　Atmosphere: In air, in gas flow, in vacuum 　XY Stage: X-axis ±50mm / Y-axis ±10mm *For more details, please refer to the materials. Feel free to contact us with any inquiries.

Real-time observation of ultra-high temperatures! A system that enables high-speed heating and cooling, allowing for the observation and recording of behavioral changes in real-time to fulfill your desire to see "now."

□ Basic Model Stage Body: IR-18SP Temperature Controller: YTC-3030PF Chiller Unit: Cooling capacity approximately 1.2kW (with flow sensor) □ Specifications Furnace Body Heating Range: 150–1800℃ Atmosphere: Air, Gas Flow, Vacuum Achievable Vacuum Level: Approximately 1Pa Sample Holder: Alumina Cell Φ9×4tmm Thermocouple: R Thermocouple □ Others Safety Mechanism: Furnace Body Temperature Sensor (other options available) Stage Body (Dimensions): 280W×190H×130D mm Temperature Controller (Dimensions): 160W×230H×330D mm Stage Body (Weight): Approximately 6kg Temperature Controller (Weight): Approximately 6kg

【Compact tabletop model】Allows for multi-angle observation and filming of the behavior of molten solder during heating!

【Other Features】 - Simultaneous observation from different angles is possible with two cameras. - The sample holder is 100×100mm, allowing for direct heating of large samples. - Gas replacement is possible, enabling heating in various atmospheres such as vacuum, Ar, and N2. - Dew point temperature control and oxygen concentration control are also available upon request. - Temperature control can be programmed using a programmable temperature controller or the dedicated software HiTOS. - Rapid heating and cooling are possible, making it easy to conduct experiments with temperature protocols that are difficult to reproduce conventionally. - Video recording synchronized with actual temperature records is also possible. *For more details, please refer to the PDF document or feel free to contact us.

Maximum heating temperature 1400℃! For rapid heating of metals and ceramics, heating and cooling cycle testing.

【Specifications】*Excerpt ■ Heating Zone: 70×70×2 mm ■ Maximum Temperature: 1400℃ (maintainable) ■ Heating Rate: 50/sec (varies depending on the thermal capacity of the sample) ■ Furnace Atmosphere: In air, in vacuum, in gas, in bubbling ■ Available Options: Uniform heating susceptor, rapid cooling nozzle, automatic operation *Please feel free to contact us for inquiries.

The state of the sample being heated can also be observed through the observation windows on the top and side! Automatic calculation of contact angles and wettability from image data is also possible! *Demo available now.

【Other Features】 ■ Compact size of 162W×160H×382L mm ■ Sealed structure inside the furnace allows for vacuum and gas equipment ■ Clean heating environment possible due to lamp heating ■ Rapid heating possible with optional rapid cooling mechanism ■ Can be combined with zoom lenses and microscopes ■ Optional feature allows for observation of samples during heating while attaching temperature and time for video recording 【Specifications】*Excerpt ■ Observation mechanism: Low magnification (7x) to high magnification (over 500x) ■ Heating method: Infrared 5 parabolic reflector heating method ■ Temperature range: RT to 1300℃ ■ Heating speed: Over 1000℃/min ■ Heater: 200V-1kW or 1.5kW or 2kW × 5 units (determined by temperature and sample) ■ Required power supply: 200V-25A or 37.5A or 50A (depending on lamp specifications) ■ Atmosphere control device: - Gas introduction mechanism (manual, automatic, flow adjustment, multiple gas types) - Vacuum gas replacement mechanism (manual, automatic, pump types) 【Application Specifications】 ■ Temperature range: RT to 1300℃ ■ Heating area: 10 mm square ■ Atmosphere: Atmospheric, inert gas, vacuum ■ Observation direction: Horizontal, vertical ■ Comes with automatic contact angle measurement software

Infrared concentrated heating enables high-speed, high-temperature, and uniform heating. We will manufacture according to the customer's needs.

【Basic Configuration】 ○ Heating furnace body ○ Sample holder (quartz holder, one set of thermocouples) ○ Temperature controller 【Options】 ○ Vacuum compatibility inside the furnace ○ Gas cooling mechanism ○ Vacuum exhaust system ○ Heating plate ○ Cooling water circulation device ○ CCD camera and observation system 【Main Specifications】 ○ Temperature range: RT~1100℃ ○ Heating characteristics: 30℃/second ○ Heating method: Infrared reflective concentrated heating ○ Cooling method: Natural cooling ○ Atmosphere: Ambient, over-purge (vacuum and gas flow possible with options) ○ Heating area: Approximately 100×100mm to 100×200mm, 3 inches to 6 inches ○ Temperature sensor: K or R thermocouple ○ Temperature control: Digital program PID-SCR control ○ Temperature program: 99 programs, 99 segments ○ Safety measures: Water cooling for the furnace body, with safety features *Varies depending on the thermal capacity of the heating target. ● For more details, please contact us or refer to the catalog.

High-speed heating up to 1700℃ is possible, and it can also maintain that temperature!

【Features】 ○ Capable of heating up to 1700°C through focused heating of samples only ○ Achieves high-speed heating of over 1000°C/min with low power consumption of just 4kW (8kW) using halogen heaters ○ Equipped with an observation window → Allows observation of the sample's condition during heating ○ Compact size → 120W×115H×282 (382)L mm (excluding protrusions) → Enables heating without taking up much space ○ Sealed structure inside the furnace → Capable of vacuum and gas operation → Standard equipped with vacuum inlet and gas inlet ○ Allows heating in a clean environment due to lamp heating ○ Rapid heating possible with optional rapid cooling mechanism ○ Can be combined with a microscope in a separate lineup ※ Direct viewing not possible at high temperatures ○ With an optional feature, it is possible to observe the sample during heating while attaching temperature and time for video recording 【Specifications】*Excerpt ○ Heating method: Infrared focused heating method ○ Temperature range: RT to 1700°C ○ Heating speed: Over 1000°C/min ○ Heater: 200V-1kW (200V-2kW) × 4 units ○ Required power supply: 200V-30A (45A) ● For more details, please contact us or download the catalog.

Can be used on the microscope stage. Cooling and heating with minimal condensation and frost.

【Specifications】 ○ Heating method: Ceramic heater heating and cooling by liquid nitrogen suction ○ Temperature range: -50 to +150℃ ○ Heating speed: Approximately within 15 minutes to -50℃ (when the stage is empty) ○ Temperature sensor, accuracy: K-type thermocouple, 0.1℃ resolution ○ Temperature control: Cooling control and heater PID control ○ Upper observation window: φ10 to 40mm ○ Sample placement method: φ6.5mm container (made of aluminum) or direct placement on the stage ○ Atmosphere: In air or in an inert gas flow (not completely sealed) ○ Furnace body dimensions: Approximately 100W × 100D × 70H ○ Gas inlet and exhaust port: 1/4 inch quick connector ○ Others: Window glass anti-fogging gas package port φ4mm ● For more details, please contact us or refer to the catalog.

Realizing on-site observation of micro-mount components such as chip components, substrates, and connectors.

【High-Quality Options】 ○ Software and computer for superimposing (with 17-inch LCD monitor) → Allows for high-quality real-time video observation by pasting temperature and time data onto the monitor screen. ○ CCD observation mechanism with zoom lens → Composed of two-directional observation mechanisms from the top and side, allowing selection of top only, side only, or both as needed. → Zoom observation magnification ranges from 40x to 140x. ○ Gas cooling mechanism → Achieves improved cooling speed and throughput. ○ Vacuum exhaust system → Creates a clean gas atmosphere, used for vacuum replacement. ○ Cooling water circulation device → For cooling the heating furnace body. ○ High magnification / low magnification zoom lens. ● For more details, please contact us or refer to the catalog.

Rapid heating at approximately 50°C/sec using focused light heating method, with the possibility of rapid cooling when the heating lamp is turned off. Compatible with various atmospheres.

【Other Features】 ○ The emitted infrared radiation light is efficiently reflected and concentrated, further enhancing high heating capability. ○ With a low heat capacity heating lamp and a cooled high-reflectivity mirror, the furnace's heat capacity is minimal, allowing for rapid heating and cooling. ○ Due to its vacuum airtight structure (patent pending), direct radiation heating is possible, enabling clean and rapid heating and cooling. ○ High-temperature microscopic observation can be easily performed. 【Product Lineup】 ○ IR-HP (6 Parabolic Surface Radiation) → Rapid heating and cooling from six directions significantly expands the temperature distribution area compared to conventional heating furnaces. ○ IR-QP (4 Elliptical Shared Concentration) → Rapid heating and cooling from four directions doubles the temperature distribution area and rapid heating compared to conventional heating furnaces. ○ IR-TP (2 Elliptical Shared) → Rapid heating and cooling from two directions enables microscopic observation compared to conventional heating furnaces. ● For more details, please contact us or refer to the catalog.