Continuous Processing
Belt Furnaces
Continuous firing, drying, curing, reflow and controlled-atmosphere systems configured around the workpiece, thermal cycle and production objective.
Explore this furnace family →XMZ Technologies · Industrial thermal processing
Industrial Furnace Systems
Precision Thermal Processing. Engineered Around Your Process.
Continuous and batch furnace systems for microelectronics, brazing, hermetic sealing, solar cell manufacturing, battery materials, and advanced materials processing.
- 20+ YEARS
- Furnace Business Heritage
- 1,000+
- Furnaces Produced Annually
- 46,000+ m²
- Manufacturing Space
- 45
- Countries & Regions Served
Reflecting XMZ’s furnace business heritage and global manufacturing capabilities. Figures describe the manufacturing foundation, not U.S. production capacity.
Furnace systems
Custom Industrial Furnaces for R&D Through Production
Four core furnace architectures cover the primary production routes, with specialty thermal systems available for project-specific requirements.
High-Temperature & Heavy-Load Transport
Roller Hearth Kilns
Roller-supported continuous systems for high-temperature, heavy-load and controlled-atmosphere processes where product support, residence time and thermal requirements shape the design.
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Controlled Indexed Processing
Pusher Furnaces
Tray- or setter-based indexed systems for high-temperature and controlled-atmosphere processing, configured around production cadence, loading and thermal-cycle requirements.
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Flexible Batch Processing
Batch Furnaces & Ovens
Flexible batch systems for air, controlled-atmosphere and vacuum thermal processing, including development, specialty production and processes that do not require continuous material transport.
Explore this furnace family →Applications
Start With the Material and Process Objective
Application routes connect the process requirement to the appropriate furnace architecture, atmosphere strategy, thermal cycle and production approach.
01
Microelectronics & Electronic Ceramics
Thick film • MLCC • LTCC • HTCC • Electronic packaging • Post-mold cure
Explore application pathways →02Brazing, Bonding & Hermetic Sealing
Controlled-atmosphere brazing • Vacuum brazing • DBC / AMB • Cold plates • Diffusion bonding • GTMS
Explore application pathways →03Battery Materials
Cathode materials • Anode materials • Calcination • Sintering • Pilot-to-production processing
Explore application pathways →04Advanced Ceramics & Materials
Technical ceramics • Powder processing • Calcination • Sintering • Advanced material thermal processing
Explore application pathways →05Solar & Photovoltaics
Crystalline silicon • Thin film • CIGS • DSSC • Perovskite processing
Explore application pathways →Application & configuration engineering
Furnace Systems Engineered in California
XMZ provides North American application and configuration-level engineering for industrial furnace systems, translating process requirements into furnace architecture, thermal configuration, atmosphere strategy, material handling, controls and system interfaces.
Process Translation & System Architecture
Translate production requirements into furnace architecture, process sequence and system-level design criteria.
Furnace Configuration
Heating and cooling zones, chamber geometry, transport architecture, atmosphere delivery, exhaust and material handling.
Controls & System Integration
Instrumentation, controls architecture, utilities, safety interfaces and production-line integration.
Project Engineering & Support
Design review, technical coordination, FAT, commissioning, troubleshooting and lifecycle support.
Furnace selection
Choose the Furnace Architecture Around the Process
Use six engineering inputs to narrow the candidate architecture before discussing detailed configuration and controls.
Open the Furnace Selection Guide →- Material
- Temperature Profile
- Atmosphere or Vacuum
- Load Handling
- Throughput
- Development or Production
Documented history
Furnace Experience Built Over Decades
Historical furnace-business records document projects, installations, awards and engineering experience. Historical work is attributed to the retained record and does not imply current customer endorsement.
Furnace Business Heritage
Multi-decade furnace project history retained through the THT furnace business.
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Global Installations
Documented furnace projects and installations across international markets.
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Historical Project Evidence
Selected historical programs, customer projects and engineering milestones where documentation is available.
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Recognition
Customer feedback and industry recognition, including an award-winning NASA-endorsed furnace from our historical project portfolio.
Read the historical record →Engineering resources
Technical Knowledge for Furnace Selection and Process Development
Controlled Atmosphere Furnace Engineering
Temperature, oxygen, dew point, gas distribution, pressure and cooling considerations.
Open technical context →Belt vs. Roller Hearth vs. Pusher
How transport architecture, loading and thermal requirements change furnace selection.
Open technical context →Brazing & Hermetic Processing
Controlled atmosphere, vacuum, joining, DBC / AMB, cold plates and GTMS process routes.
Open technical context →Discuss your application
Bring Us the Process.
Material. Thermal cycle. Atmosphere. Load. Throughput. Production objective.
Start with the process requirements. XMZ can help evaluate the furnace architecture, configuration and project path.