CPS Corp.
Dunkirk, NY 14048
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Flip Chip Lids provide thermal management.
Compliant with RoHS, AlSiC metal matrix composite lids are available in large format for SiP devices used in workstations, servers, video processing, data communications products, and Internet routers. AlSiC cast products can incorporate functional design features such pockets for memory chips, ridges for reinforcement, bosses for alignment, and cavities or pedestals for die. Surface supports...
Read More »Flip Chip Lids provide thermal management.
Compliant with RoHS, AlSiC metal matrix composite lids are available in large format for SiP devices used in workstations, servers, video processing, data communications products, and Internet routers. AlSiC cast products can incorporate functional design features such pockets for memory chips, ridges for reinforcement, bosses for alignment, and cavities or pedestals for die. Surface supports...
Read More »
Metal Matrix Composite enhances thermal performance.
AlSiC features high stiffness to low density ratio, making it structurally suited for large parts with thin cross sections while enabling incorporation of thermal management features such as pin fins. Pins are cast during AlSiC pressure infiltration process and are targeted for microprocessor lids or liquid cooled IGBT base plates. Tailored, isotropic coefficient of thermal expansion provides...
Read More »
Metal Matrix Composite enhances thermal performance.
AlSiC features high stiffness to low density ratio, making it structurally suited for large parts with thin cross sections while enabling incorporation of thermal management features such as pin fins. Pins are cast during AlSiC pressure infiltration process and are targeted for microprocessor lids or liquid cooled IGBT base plates. Tailored, isotropic coefficient of thermal expansion provides...
Read More »
End Effectors are suited for wafer fabrication machinery.
End effectors have strength and stiffness of steel at one-third the density. Effectors are made from CPS metal matrix composite, AlSiC (aluminum silicon carbide). Using QuickCast(TM) process, manufacturer can integrate fiber optic feeds, wafer shoes, and location pins during production. Coatings include Ni plating, anodization, and Teflon-® impregnated anodization. Effectors are suited for...
Read More »
End Effectors are suited for wafer fabrication machinery.
End effectors have strength and stiffness of steel at one-third the density. Effectors are made from CPS metal matrix composite, AlSiC (aluminum silicon carbide). Using QuickCast(TM) process, manufacturer can integrate fiber optic feeds, wafer shoes, and location pins during production. Coatings include Ni plating, anodization, and TeflonÃ-® impregnated anodization. Effectors are suited for...
Read More »
Metal-Matrix Composite provides thermal management.
Suited for IGBT base plates, Aluminum Silicon Carbide Composite is RoHS-compliant and features high thermal conductivity, preventing bowing and flexing of packaging and substrate material. Isotropic coefficient of thermal expansion can be adjusted for specific applications by modifying Al-metal/SiC-particulate ratio to match CTE of die or substrate. Base plates can be used in high-power traction,...
Read More »
Metal-Matrix Composite provides thermal management.
Suited for IGBT base plates, Aluminum Silicon Carbide Composite is RoHS-compliant and features high thermal conductivity, preventing bowing and flexing of packaging and substrate material. Isotropic coefficient of thermal expansion can be adjusted for specific applications by modifying Al-metal/SiC-particulate ratio to match CTE of die or substrate. Base plates can be used in high-power traction,...
Read More »Metal Matrix Composite has adjustable CTE value.
AlSiC (Aluminum Silicon Carbide) enables tailored coefficient of thermal expansion (CTE), offering compatibility with various electronic devices and assemblies; isotropic CTE value is adjusted by modifying Al-metal/SiC-particulate ratio. Thermal conductivity of material prevents bowing and flexing of packaging and substrate material. Product is suited for housing, interconnection, and thermal...
Read More »Metal Matrix Composite has adjustable CTE value.
AlSiC (Aluminum Silicon Carbide) enables tailored coefficient of thermal expansion (CTE), offering compatibility with various electronic devices and assemblies; isotropic CTE value is adjusted by modifying Al-metal/SiC-particulate ratio. Thermal conductivity of material prevents bowing and flexing of packaging and substrate material. Product is suited for housing, interconnection, and thermal...
Read More »Flip Chip Lids provide thermal management.
Compliant with RoHS, AlSiC metal matrix composite lids are available in large format for SiP devices used in workstations, servers, video processing, data communications products, and Internet routers. AlSiC cast products can incorporate functional design features such pockets for memory chips, ridges for reinforcement, bosses for alignment, and cavities or pedestals for die. Surface supports...
Read More »Flip Chip Lids provide thermal management.
Compliant with RoHS, AlSiC metal matrix composite lids are available in large format for SiP devices used in workstations, servers, video processing, data communications products, and Internet routers. AlSiC cast products can incorporate functional design features such pockets for memory chips, ridges for reinforcement, bosses for alignment, and cavities or pedestals for die. Surface supports...
Read More »CPS Technologies Doubles Manufacturing Space
CPS Technologies, the worldwide leader in the design and production of metal matrix composites, announces that the company has entered into a 10-year lease to double manufacturing space at its current location. CPS has been leasing 18,000 square feet at 111 South Worcester Street in Chartley, MA for the past 12 years. The newly signed lease provides the company with 38,000 square feet at the same...
Read More »CPS Technologies Doubles Manufacturing Space
CPS Technologies, the worldwide leader in the design and production of metal matrix composites, announces that the company has entered into a 10-year lease to double manufacturing space at its current location. CPS has been leasing 18,000 square feet at 111 South Worcester Street in Chartley, MA for the past 12 years. The newly signed lease provides the company with 38,000 square feet at the same...
Read More »
Metal Matrix Composite enhances thermal performance.
AlSiC features high stiffness to low density ratio, making it structurally suited for large parts with thin cross sections while enabling incorporation of thermal management features such as pin fins. Pins are cast during AlSiC pressure infiltration process and are targeted for microprocessor lids or liquid cooled IGBT base plates. Tailored, isotropic coefficient of thermal expansion provides...
Read More »
Metal Matrix Composite enhances thermal performance.
AlSiC features high stiffness to low density ratio, making it structurally suited for large parts with thin cross sections while enabling incorporation of thermal management features such as pin fins. Pins are cast during AlSiC pressure infiltration process and are targeted for microprocessor lids or liquid cooled IGBT base plates. Tailored, isotropic coefficient of thermal expansion provides...
Read More »
End Effectors are suited for wafer fabrication machinery.
End effectors have strength and stiffness of steel at one-third the density. Effectors are made from CPS metal matrix composite, AlSiC (aluminum silicon carbide). Using QuickCast(TM) process, manufacturer can integrate fiber optic feeds, wafer shoes, and location pins during production. Coatings include Ni plating, anodization, and Teflon-® impregnated anodization. Effectors are suited for...
Read More »
End Effectors are suited for wafer fabrication machinery.
End effectors have strength and stiffness of steel at one-third the density. Effectors are made from CPS metal matrix composite, AlSiC (aluminum silicon carbide). Using QuickCast(TM) process, manufacturer can integrate fiber optic feeds, wafer shoes, and location pins during production. Coatings include Ni plating, anodization, and TeflonÃ-® impregnated anodization. Effectors are suited for...
Read More »
Metal-Matrix Composite provides thermal management.
Suited for IGBT base plates, Aluminum Silicon Carbide Composite is RoHS-compliant and features high thermal conductivity, preventing bowing and flexing of packaging and substrate material. Isotropic coefficient of thermal expansion can be adjusted for specific applications by modifying Al-metal/SiC-particulate ratio to match CTE of die or substrate. Base plates can be used in high-power traction,...
Read More »
Metal-Matrix Composite provides thermal management.
Suited for IGBT base plates, Aluminum Silicon Carbide Composite is RoHS-compliant and features high thermal conductivity, preventing bowing and flexing of packaging and substrate material. Isotropic coefficient of thermal expansion can be adjusted for specific applications by modifying Al-metal/SiC-particulate ratio to match CTE of die or substrate. Base plates can be used in high-power traction,...
Read More »