全部工程案例
汇集库赫曜能在航空航天、新材料研发、科研与实验测试、高端装备制造等行业的落地工程案例，覆盖激光加热、石英灯辐射加热与激光清洗等成套系统应用。
Multi-Specimen Cycling Temperature Control Test System for Quartz Lamps
A desktop quartz lamp heating unit with four interchangeable mullite top covers and a unified touch-screen temperature control interface, designed to provide full-surface single-sided heating for elongated, square, ribbed small parts, and large-size panels. Supports cyclic temperature testing including heating, holding, cooling, re-heating, and re-holding.
View Details
200 0W Laser Uniform Area Thermal Ceramic Surface Cleaning System
Through proprietary optical design and in-house developed homogenization lenses, the 2000W laser is shaped into a 50mm × 50mm square uniform spot, creating a stable, controllable surface heat source on ceramic. This enables non-contact, high-efficiency, and highly consistent surface cleaning and coating removal.
View Details
Gaussian-to-Flat-Top Beam Uniform Laser Heating System
Leveraging the Gaussian laser's high-intensity center and weaker edges, beam expansion, collimation, and beam shaping are used to project a rectangular flat-top spot onto the target surface. This delivers uniform surface heat flux for localized surface heating, thermal shock, and structural thermal load testing.
View Details
3 kW Mobile Laser Heat Flux Loading System
Uses a 3 kW/980 nm laser beam, expanded and homogenized with square-spot shaping, to deliver an average incident heat flux on the order of 200 kW/m² over a 100 mm × 100 mm working area. Supports both closed-loop temperature control and heat flux control modes. Features a mobile, all-in-one design with a maximum input power of ≤8 kW.
View Details
Single-sided radiant heating system with silicon-carbon rods inside a transparent ceramic vacuum chamber
Utilizes a vacuum chamber with a silicon-carbon rod array and high-purity SiC heat distribution plate, featuring three independently controlled zones to achieve single-sided radiant heating of 90 mm × 200 mm transparent ceramic samples at 1200℃. Meets low-pressure oxygen atmosphere process requirements.
View Details
Quartz Lamp Thermal Fatigue Testing Machine
Uses quartz lamp radiant heating and water-cooled rapid cooling, combined with an automatic lifting mechanism, to perform thermal fatigue cycling tests on metal sheets, meeting the HB 6660—2011 standard requirements.
View Details
Six-zone infrared irradiation thermo-mechanical fatigue testing furnace
Equipped with 18 short-wave infrared quartz lamp tubes arranged in a ring, this system features six-zone independent PID temperature control to enable rapid infrared heating and thermal cycling of cylindrical specimens. It meets the requirements for thermo-mechanical fatigue testing.
View Details
Non-contact laser heating system for STM vacuum chamber samples
Without introducing contact heat sources into the UHV chamber, use 915–1064 nm near-infrared laser through a fused silica viewport to controllably heat the Φ10 mm sample up to 600 K.
View Details