Customized processing of high-temperature alloy products mainly adopts vacuum casting to cast products according to customer drawings and technical specifications, and then performs subsequent machining to complete the final product delivery. Customized processing of stainless steel products mainly adopts vacuum casting and investment casting to cast products according to customer drawings and technical specifications, and then performs subsequent machining to complete the final product delivery. Customized processing of machined parts mainly adopts forgings, profiles and plates according to customer drawings and technical specifications, and uses lathes, three-axis machining centers, four-axis machining centers, five-axis machining centers, cylindrical grinders, high-power grinders, dynamic balancing machines, three-coordinate measuring machines, optical measuring instruments, 3D scanners and other equipment to complete the finished product processing and delivery of parts.
Production material: K424、K438、K418、K418BK465、K417、K4169、STL31、STL6、S816、In625.HC276、HC22、2.4605、304L、316L、CF8、CF8M、CrMnMo
Instrument components used in aerospace, energy, petrochemical, medical, and industrial equipment must operate with absolute reliability. These parts often face extreme temperatures, corrosive environments, dynamic stress, and strict dimensional requirements. Our Instrument Castings are engineered to meet these demanding conditions through advanced manufacturing processes, high-performance alloys, and precision machining capabilities.
We provide complete casting-to-final-machining services using customer drawings, 3D models, and technical specifications. With deep expertise in vacuum casting, investment casting, and multi-axis machining technologies, we deliver instrument components that enable stable performance in the world’s most demanding applications.
Our manufacturing capabilities cover customized high-temperature alloy castings, stainless steel castings, and precision-machined instrument components. Each process is optimized to meet the dimensional accuracy, mechanical strength, and surface quality essential for high-performance instruments.
1. High-Temperature Alloy Instrument Castings
Instrument components operating in high-thermal or corrosive environments—such as sensors, turbine instruments, combustion monitoring devices, flow meters, and analytical equipment—require superior material stability.
Vacuum Casting for High-Heat and High-Stress Instruments
High-temperature alloy products are produced using vacuum casting, which ensures:
Excellent alloy purity
Precision control of microstructure
High creep resistance
Superior corrosion and oxidation resistance
Reliable dimensional stability under extreme conditions
We manufacture components strictly according to customer drawings and detailed technical requirements. After casting, each part undergoes precise machining to achieve the final geometry and tolerance specification.
High-Temperature Alloys Available
We support an extensive range of high-performance materials, including:
K424, K438, K418, K418B, K465, K417, K4169, STL31, STL6, S816, In625, HC276, HC22, 2.4605
These alloys enable our cast instrument components to withstand severe operational environments, making them ideal for:
High-temperature measurement devices
Turbine instrument housings
Combustion monitoring components
Gas analysis and energy equipment
Industrial instrumentation used in corrosive media
Stainless steel remains a preferred material for instrument components due to its balance of strength, corrosion resistance, and manufacturing versatility.
Vacuum Casting & Investment Casting for Stainless Steel Instruments
We cast stainless steel instrument parts through both vacuum casting and investment casting, depending on precision requirements and structural complexity.
Key benefits include:
Excellent surface finish suitable for sealing surfaces
High dimensional accuracy for tight-tolerance instrument assemblies
Compatibility with complex geometries
Cost-effective large and small batch production
Stainless Steel Materials Supported
We cast a full range of stainless steel alloys, including:
304L, 316L, CF8, CF8M, CrMnMo
These materials are widely used for:
Flow control instruments
Pump and valve instrumentation
Chemical analysis equipment
Precision housings and brackets
Pressure and temperature measurement devices
Each casting is followed by precision machining, ensuring the final product fully aligns with customer specifications and industry standards.
Not all instrument components require casting—many rely on high-strength forgings, profiles, or plates as the foundation for machining.
We provide complete machined part customization, starting with raw materials selected according to customer drawings and technical requirements.
Advanced CNC Machining Capabilities
Our machining department is equipped with a full suite of high-precision equipment, including:
Lathes
3-axis, 4-axis, and 5-axis machining centers
Cylindrical grinders
High-power surface grinders
Dynamic balancing machines
CMMs (three-coordinate measuring machines)
Optical measuring instruments
3D scanners
These capabilities allow us to produce instrument parts with:
Complex geometries
Ultra-tight tolerances
Perfect symmetry and balance
Superior surface quality
Excellent repeatability for large-batch production
Machined instrument components are used in:
Measurement and calibration instruments
Sensor housings and precision bases
Laboratory equipment
Aerospace instrument modules
High-precision motion control systems
To ensure absolute reliability in critical instrument applications, we follow a strict, data-driven engineering and quality control process:
1. Technical Review & Engineering Analysis
Interpretation of customer drawings and specifications
Material selection guidance
Casting feasibility analysis
Machining strategy planning
Design for manufacturability (DFM) optimization
2. Mold Design & Tooling
High-precision ceramic shell development
3D model verification
Tooling for both prototyping and mass production
3. Casting & Material Processing
Vacuum melting and vacuum pouring
Controlled cooling and solidification
Alloy refinement for microstructure stability
Heat treatment to optimize mechanical properties
4. Precision Machining
Multi-axis machining for complex forms
Tight-tolerance finishing
Surface treatment and polishing
Dynamic balancing when required
5. Advanced Inspection & Quality Assurance
We apply industry-leading testing standards:
CMM dimensional inspection
Non-destructive testing (Ultrasonic, X-ray)
Metallographic structure analysis
Hardness and tensile tests
Surface roughness measurement
Optical scanning for 3D accuracy verification
Our Instrument Castings and machined components are widely used across multiple sectors:
Aerospace instrumentation
Energy and gas analysis equipment
Petrochemical measurement devices
Medical and laboratory instruments
Industrial automation sensors
Precision mechanical instruments
Environmental monitoring equipment
Each component is engineered to align with the performance, safety, and durability requirements of its industry.
1. Full-process capability: Casting + Machining + Testing
A single manufacturer to handle the entire production cycle.
2. Large selection of high-temperature and stainless steel alloys
Suitable for extreme operating environments.
3. Precision engineering for complex, tight-tolerance instrument parts
Ideal for sensitive measurement devices.
4. Advanced equipment for high repeatability and consistency
Ensures stability for long-term instrument performance.
5. Strong R&D and customization capability
We support prototype development, small-batch testing, and mass production.
Instruments are only as reliable as the components that drive them. Our casting and machining solutions ensure that every part delivers structural integrity, operational accuracy, and durability in demanding environments. Whether you need high-temperature alloy castings, stainless steel castings, or multi-axis machined instrument parts, our team provides professional engineering support and world-class manufacturing expertise.
