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Quantity: | |
Surface treatment | Finishes required | Detail |
As machined | The surface finish obtaineddirectlyfrom the machine isconsistent, but it can warydepending on the specificmachine utilized. | |
Polishing | The process of achieving asmooth and glossysurface byeither rubbing or applying achemical treatment. | |
anodic oxdation/Sandblasting | Create a consistent matte ors atin surface finish on thedesignated metal part whileeliminating anytool marks. | |
Plating | Electroplatingis a process inwhich a metal is deposited ontoa conductive surace.improwngsurface properties for wariousapplications | |
Coloring | Alter the color ofthe workpiecethrough methods such as spra?painting and baking finishing. | |
Laser Etching | The utilization oflas ers toengrave the workpiece | |
Screen Printing | The process oftransferring adesign onto a flat surface usinga mesh screen,ink. and asqueegee,typicallyknown ass creen printing. |
High Precision: Capable of achieving tight tolerances, ensuring accurate part dimensions and high-quality surface finishes for demanding applications.
Multi-Material Capability: Supports machining of a wide range of materials such as aluminum, stainless steel, brass, and hard plastics for versatile production needs.
Automation: CNC-controlled machines provide precise and consistent results, reducing human error and increasing efficiency during production runs.
Versatility: Ideal for various industries, including aerospace, automotive, medical, and more, offering flexibility in manufacturing
Increased Accuracy: Provides higher precision compared to conventional machining, ensuring consistent and reliable results for complex parts.
Improved Efficiency: CNC automation speeds up production, reducing the need for manual intervention and improving overall efficiency.
Wide Range of Applications: Capable of producing both simple and intricate components, suitable for industries such as aerospace, automotive, and medical.
Cost-Effective for Prototyping: Offers an affordable solution for low-volume production and prototyping, minimizing setup costs while maintaining quality.
Aerospace: Manufacturing of critical components for aircraft, engines, and propulsion systems with high precision.
Automotive: Production of parts for engines, transmissions, and chassis, ensuring durability and accuracy.
Medical Devices: Precision machining of parts for medical instruments and equipment, meeting strict industry standards.
Consumer Electronics: Creation of enclosures, connectors, and other components for various electronic devices.
Industrial Machinery: Production of gears, shafts, and other precision parts essential for machinery operation and performance.
Electrochemical & Chemical Milling: Specialized services for removing material from metal parts and creating intricate shapes with high precision for aerospace and defense applications.
Precision Hole & Threading Services: Includes punching, drilling, tapping, and boring for creating accurate holes and threads in various materials.
Laser Cutting & Engraving: Precision cutting and engraving of parts using high-powered lasers for various industrial applications.
Metal Forming & Finishing: Bending, grinding, shot blasting, polishing, and flame cutting services for enhancing metal parts' shape and surface finish.
Category | Details |
---|---|
Materials | Aluminum, stainless steel, brass, hard plastics. |
Machining Methods | CNC milling, CNC turning, Manual & CNC chucking, Lathe & mill machining. |
Cutting & Shaping | Automatic lathe, sawing, drilling, tapping, grinding. |
Surface Finishing | Welding, lapping, burnishing, chamfering, metal polishing, skiving, super finishing. |
Quality Control | QC to MIL-45208A standards. |
Additional Machines | Beveling machine, tool presetter, turret machine. |
We provide a wide range of machining services, specializing in general, precision, lathe, and mill machining. Our machine shop is equipped with advanced machinery to meet various production needs, including:
Lathe & Mill Machining: Precision turning and milling for complex parts.
Automatic Lathe & Chucking Machines: Efficient, automated processes for high-volume production.
Horizontal Turning Center: Ideal for machining large, cylindrical parts with high precision.
Tracer, Duplicating, & Contouring Lathes: For replicating complex shapes and patterns with accuracy.
Turret Lathes: Versatile machines for high-productivity operations, especially in batch production.
Vertical Turning Center: Suitable for machining large, heavy workpieces with high precision.
Automatic Bar Machines: For efficient bar stock processing in various diameters.
Turning Machines: Specialized for turning operations on various materials, ensuring tight tolerances.
Sawing Machines: Precision cutting for accurate material preparation.
Milling Machines: Ideal for shaping and finishing complex parts with precise control.
Planing Machines: Used for producing flat surfaces, ensuring smooth finishes.
Surface treatment | Finishes required | Detail |
As machined | The surface finish obtaineddirectlyfrom the machine isconsistent, but it can warydepending on the specificmachine utilized. | |
Polishing | The process of achieving asmooth and glossysurface byeither rubbing or applying achemical treatment. | |
anodic oxdation/Sandblasting | Create a consistent matte ors atin surface finish on thedesignated metal part whileeliminating anytool marks. | |
Plating | Electroplatingis a process inwhich a metal is deposited ontoa conductive surace.improwngsurface properties for wariousapplications | |
Coloring | Alter the color ofthe workpiecethrough methods such as spra?painting and baking finishing. | |
Laser Etching | The utilization oflas ers toengrave the workpiece | |
Screen Printing | The process oftransferring adesign onto a flat surface usinga mesh screen,ink. and asqueegee,typicallyknown ass creen printing. |
High Precision: Capable of achieving tight tolerances, ensuring accurate part dimensions and high-quality surface finishes for demanding applications.
Multi-Material Capability: Supports machining of a wide range of materials such as aluminum, stainless steel, brass, and hard plastics for versatile production needs.
Automation: CNC-controlled machines provide precise and consistent results, reducing human error and increasing efficiency during production runs.
Versatility: Ideal for various industries, including aerospace, automotive, medical, and more, offering flexibility in manufacturing
Increased Accuracy: Provides higher precision compared to conventional machining, ensuring consistent and reliable results for complex parts.
Improved Efficiency: CNC automation speeds up production, reducing the need for manual intervention and improving overall efficiency.
Wide Range of Applications: Capable of producing both simple and intricate components, suitable for industries such as aerospace, automotive, and medical.
Cost-Effective for Prototyping: Offers an affordable solution for low-volume production and prototyping, minimizing setup costs while maintaining quality.
Aerospace: Manufacturing of critical components for aircraft, engines, and propulsion systems with high precision.
Automotive: Production of parts for engines, transmissions, and chassis, ensuring durability and accuracy.
Medical Devices: Precision machining of parts for medical instruments and equipment, meeting strict industry standards.
Consumer Electronics: Creation of enclosures, connectors, and other components for various electronic devices.
Industrial Machinery: Production of gears, shafts, and other precision parts essential for machinery operation and performance.
Electrochemical & Chemical Milling: Specialized services for removing material from metal parts and creating intricate shapes with high precision for aerospace and defense applications.
Precision Hole & Threading Services: Includes punching, drilling, tapping, and boring for creating accurate holes and threads in various materials.
Laser Cutting & Engraving: Precision cutting and engraving of parts using high-powered lasers for various industrial applications.
Metal Forming & Finishing: Bending, grinding, shot blasting, polishing, and flame cutting services for enhancing metal parts' shape and surface finish.
Category | Details |
---|---|
Materials | Aluminum, stainless steel, brass, hard plastics. |
Machining Methods | CNC milling, CNC turning, Manual & CNC chucking, Lathe & mill machining. |
Cutting & Shaping | Automatic lathe, sawing, drilling, tapping, grinding. |
Surface Finishing | Welding, lapping, burnishing, chamfering, metal polishing, skiving, super finishing. |
Quality Control | QC to MIL-45208A standards. |
Additional Machines | Beveling machine, tool presetter, turret machine. |
We provide a wide range of machining services, specializing in general, precision, lathe, and mill machining. Our machine shop is equipped with advanced machinery to meet various production needs, including:
Lathe & Mill Machining: Precision turning and milling for complex parts.
Automatic Lathe & Chucking Machines: Efficient, automated processes for high-volume production.
Horizontal Turning Center: Ideal for machining large, cylindrical parts with high precision.
Tracer, Duplicating, & Contouring Lathes: For replicating complex shapes and patterns with accuracy.
Turret Lathes: Versatile machines for high-productivity operations, especially in batch production.
Vertical Turning Center: Suitable for machining large, heavy workpieces with high precision.
Automatic Bar Machines: For efficient bar stock processing in various diameters.
Turning Machines: Specialized for turning operations on various materials, ensuring tight tolerances.
Sawing Machines: Precision cutting for accurate material preparation.
Milling Machines: Ideal for shaping and finishing complex parts with precise control.
Planing Machines: Used for producing flat surfaces, ensuring smooth finishes.