Research Equipment
Keller Technology Corporation (KTC) provides advanced equipment for basic and applied research at national laboratories, universities, private industry and fusion facilities. With deep expertise in ultra-high vacuum systems, precision fabrication and complex assemblies, we provide the research equipment manufacturing behind some of the world’s most demanding scientific programs.
Research Equipment Capabilities
Research environments require precision, cleanliness and performance under extreme conditions. Keller Technology brings decades of experience supporting Department of Energy national laboratories and university research programs, where ultra-high vacuum integrity, large-format structures and exacting tolerances are assumed, not optional.
Our capabilities combine high-precision machining, fabrication, cleanroom assembly and systems integration to support one-off and low-volume research builds that often have no margin for error.
Large Format 5-Axis Machining
Keller operates large-envelope 5-axis machining centers capable of producing complex, high-precision components used in accelerator systems, beamline equipment and vacuum assemblies. These machines enable tight tolerances on large, intricate parts that are required for national laboratory equipment.
Clean Room Assembly
Ultra-high vacuum and sensitive research assemblies must be built in controlled environments. Keller maintains cleanroom facilities to support contamination-sensitive assembly, integration and preparation of research equipment destined for high and ultra-high vacuum service.
Equipment Design & Engineering
Keller’s in-house engineers collaborate closely with research teams to translate functional requirements into practical, build-ready designs. This partnership-driven approach helps manage complexity, improve manufacturability and ensure custom scientific machinery performs as intended in real-world research conditions.
ASME Code Applications
For custom scientific machinery involving pressure or vacuum boundaries, Keller manufactures ASME code-compliant vessels and components. Our certification and experience allow us to support research programs where safety, documentation and compliance are critical.
High-Precision Welding & Fabrication
Research equipment manufacturing often requires advanced welding on stainless steel, aluminum and high-performance alloys. Keller’s certified welding and fabrication teams support structures and chambers that demand both mechanical integrity and vacuum cleanliness.
Software & Controls
For integrated research systems, Keller supports the implementation of control systems that interface with instrumentation, motion platforms and experimental hardware. These systems are developed to align with customer specifications and broader facility requirements.
Installation, Service & Support
Many research systems are installed in highly constrained or sensitive environments. Keller provides installation support and technical assistance to help ensure equipment is commissioned correctly and performs as expected once deployed.
System Integration
Keller integrates mechanical, electrical and electromechanical subsystems into complete research platforms. This includes vacuum chambers integrated with frames, internals, motion systems and instrumentation required for accelerator and beamline applications.
Electro-Mechanical Assembly
Our teams build complex electro-mechanical assemblies used in research instrumentation, RF (radio frequency) systems and opto-mechanical devices. These assemblies are produced with the precision and documentation expected in national laboratory equipment.
High Bay Assembly
Large research structures such as girders, strongbacks, rafts and beamline supports require space and handling capability. Keller’s high bay assembly areas support the assembly and integration of large-scale research equipment.
Vacuum Chamber Manufacturing
At Keller, we are widely recognized for our ability to manufacture large-format high and ultra-high vacuum chambers. These chambers are core components in accelerator facilities, beamlines and advanced physics research applications.
Precision Metrology
Precision verification is critical when equipment operates in environments where rework is impossible. Keller applies precision metrology practices to confirm alignment, geometry and dimensional accuracy before systems leave our facility.
Research Expertise
Keller Technology supports advanced research programs with specialized expertise across a wide range of highly complex equipment and assemblies, including:
- HV and UHV vacuum chambers
- ASME code vessels
- Insertion devices
- Waveguides
- Cryomodules
- Beamline equipment
- Precision servo systems
- Robotics
- Cyclotron components
- Targets, windows, shutters and slits
- Electro and opto-mechanical equipment
- Strongbacks and support structures
Research Applications Supported
- Nuclear physics
- Particle physics
- Light sources
- SCRF accelerators
- High energy physics
- Materials science
- Laser facilities
- Semiconductors
- Fusion research
A Trusted Partner for Advanced Research
From ultra-high vacuum systems to complex accelerator components, Keller Technology Corporation is a trusted provider of research equipment manufacturing, supporting some of today’s most advanced research programs. Learn how our custom scientific machinery can move your research project forward.