"Soldering, circuit board, melting, brazing" suitable for on-site observation during heating [IR-HP]
We will achieve on-site observation of micro-mount components such as chip components, melting of solids and powders, and soldering on substrates (□100mm)!
■Features of the Large Heating Observation Device "IR-HP Series" It enables on-site observation of small mounted components such as chip parts, substrates (up to 100mm), melting of solids and powders, and brazing! ▼Features▼ - Infrared concentration on the sample allows for uniform high-temperature heating of substrates and other materials at a speed of one meter per second. - Clean heating and clear heating observation with a simple structure that is maintenance-free. ■Applications On-site observation can be performed from the top or side of various materials. The videos saved during on-site observation display elapsed time and temperature, and also include a measurement function. The standard closed structure of the furnace body makes it easy to perform vacuum pumping and introduce various gases for rapid cooling. ■Basic Configuration of the Large Heating Observation Device "IR-HP Series" - Stage furnace body - Sample holder (100mm quartz holder with one R thermocouple) - Temperature controller - Cooling water circulation device - CCD camera and zoom lens - PC and image capture software If you have any questions or requests regarding the microscope stage, please feel free to contact us. We also conduct heating observation tests of samples and demonstrations for consideration of installation at our Yokohama office, so please contact us if you are interested.
basic information
■Specifications Temperature range: RT to 1300°C (depends on the thermal capacity of the sample, etc.) Atmosphere: High-purity gas after vacuum evacuation; in gas flow Achievable vacuum level: Approximately 10 Pa to (depends on the pump's capability) Vacuum port: NW25 Sample stage: □100mm Heating method: Infrared lamp emission and reflective concentrated heating Cooling method: Natural cooling by turning off the lamp (rapid cooling available as an option) Heating characteristics: Up to 1000°C within 20 seconds (depends on the thermal capacity of the sample) Safety measures: Standard equipment: Furnace outer wall temperature sensor; temperature deviation Options: Over-temperature protection ■Options - Vacuum evacuation device Selectable from rotary pumps to turbo pumps according to the desired vacuum level - Gas introduction device Selectable from float-type flow meters to mass flow meters Gas can be introduced or switched at specified timings by turning the solenoid valve ON and OFF - Gas cooling mechanism Directly applies gas to the sample using a rapid cooling nozzle Rapid cooling is performed at specified timings by turning the solenoid valve ON and OFF
Price information
Please contact us.
Delivery Time
Model number/Brand name
Large High-Temperature Observation Device 'IR-HP-SP2'
Applications/Examples of results
■Purpose You can observe "on-site" from the top or side of various materials. The videos saved from on-site observation display elapsed time and temperature, and also have a length measurement function. Since the furnace body has a sealed structure as standard, it is easy to perform vacuum pumping and rapid cooling with the introduction of various gases. For more details, please contact us.
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Catalog for Budget Application for High-Temperature Heating Furnaces / For budget applications such as development and research expenses
We have lined up the heating observation devices and IR image furnaces from Yokokura Manufacturing, used by various research institutions around the world. ▼ Product Lineup ▼ High-Temperature Furnaces 1. Heating observation type "MHO-300-2" - Observe with your microscope! Optional cooling down to -100°C 2. Compact "IR-TPS" - In-situ observation at high temperatures (1500°C) with your microscope 3. Ultra-high temperature heating type "IR-18SP" - Heats up to high temperatures (1800°C) 4. Compact "IR-TP" - Designed to enable various analyses 5. Wide-range high-temperature type "IR-QP" - Offers a wide heating range in the IR series, heating up to high temperatures (1700°C) 6. Wide-range type "IR-HP" - Offers a wide heating range in the IR series, suitable for heating plates, wafers, substrates, etc. Tensile Compression Mechanism 6. Tensile compression mechanism "CATY-T3H" - Simultaneous high temperature, tensile compression, and in-situ observation Please check the details on each product page. We also welcome inquiries for customization to fit your testing needs, so feel free to contact us.
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[Materials, Custom Test Equipment, High-Temperature Furnace] Exhibition from October 6 to 8, 2021 at Tokyo Big Sight.
We will be exhibiting [materials, custom testing machines, high-temperature furnaces] at Tokyo Big Sight from October 6 to 8, 2021. This exhibition will focus on showcasing testing machines and high-temperature furnaces. Our sales team will be present at the venue, so we welcome you to take this opportunity to discuss any inquiries regarding custom testing machines or modifications that may be difficult to address otherwise. Exhibition Name: TEST2021 [16th Comprehensive Testing Equipment Exhibition] Date: October 6 (Wednesday) to 8 (Friday), 2021, 10:00 AM to 5:00 PM (all three days) Venue: Tokyo Big Sight, South Hall 4F ☆ If you would like an invitation, please request it through our contact form. ○ Materials and Product Testing Machines Tensile, compression, bending, peeling, impact, wear, friction, etc. ○ Custom Testing Machines "Manufacturing Original Testing Machines" Creating a one-of-a-kind original testing machine ○ IR Imaging Furnace "Real-time Experimentation and Observation of Behavior at High Temperatures" Observing high-temperature conditions (up to 1800°C) on a tabletop, pioneering a new field in mechanical inspection Providing various devices for on-site observation and high-temperature observation for experiments such as heating and heat treatment ○ System and Software Development "Digitalizing Data Processing" Aiming to eliminate human error and improve work efficiency
