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Machined sensor housing0
Machined sensor housing1
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Machined sensor housing
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Machined sensor housing
Machined parts are usually made of solid blocks of material and have excellent strength and stability. They can meet the needs of various applications and can produce high-precision, high-surface quality parts to meet the strict precision requirements of precision instruments, optical equipment, aerospace and other fields. They can process parts with complex shapes to adapt to specific design requirements. Machined parts are widely used in mechanical manufacturing, electronic appliances, medical equipment, mold manufacturing and other fields, and are an indispensable part of modern industry.

Design Drawings

You can upload 2D or 3D design drawings, and we will respond in 2-8 hours!
Aluminum
Copper
Bronze
Steel Plate
Stainless Steel
Magnesium
Titanium
Tool Steel
Alloy Steel

Materials

Aluminum

Light, strong, and easy to process, ideal for aerospace and automotive parts, with corrosion resistance for outdoor and structural use.

Color: Silver

Type: 6061, 6061-T6, 2024, 5052, 5083, 6063, 6082, 7075, 7075-T6, ADC12 (A380)

Finishes: Machining, anodizing, powder coating, electroplating, painting, sandblasting, polishing

Copper

Highly conductive and malleable, ideal for wires and pipes. Its natural antibacterial properties make it perfect for medical applications, and it is also aesthetically appealing for decorations.

Color: Copper

Type: C101(T2), C103(T1), C103(TU2), C110(TU0), Beryllium Copper

Finishes: Machining, polishing, sandblasting, rolling, electro-polishing, Alodine, heat treatment, black oxide, chemical nickel plating, chrome plating, brushing

Bronze

Bronze, an alloy of copper and tin, is known for durability and corrosion resistance. Its high strength makes it ideal for marine applications, sculptures, and bearings.

Color: Metallic brown

Type: Tin bronze

Finishes: Machining, polishing, sandblasting, rolling, electro-polishing, Alodine, heat treatment, black oxide, chemical nickel plating, chrome plating, powder coating, brushing

Steel Plate

Steel is a strong, versatile material widely used in construction and manufacturing, with high tensile strength and specialized types for tools and machinery.

Color: Silver gray

Type: 1018, 1020, 1025, 1045, 1215, 4130, 4140, 4340, 5140, A36, tool steel, alloy steel, chisels, spring steel, high-speed steel, cold-rolled steel, bearing steel, SPCC

Finishes: Machining, electroplating, passivation, powder coating

Stainless Steel

Corrosion and stain-resistant, ideal for kitchenware and medical equipment. Its strength and appearance make it a popular choice for architectural designs and automotive parts.

Color: Silver gray

Type: SUS201, SUS303, SUS304, SUS316, SUS316L, SUS430, SUS431, SUS440C, SUS630/17-4PH, AISI 304

Finishes: Machining, electroplating, passivation, powder coating

Magnesium

Light and strong, often used in aerospace and automotive industries. Its excellent conductivity makes it suitable for electronic devices, and its processability allows for complex shapes.

Color: Silver

Type: AZ31B, AZ91D magnesium alloys

Finishes: Machining, polishing, sandblasting, rolling, Alodine, heat treatment, anodizing, Teflon coating, chemical nickel plating, painting, powder coating, electrophoresis

Titanium

Strong, lightweight, ideal for aerospace and medical implants. Resistant to corrosion and bio-compatible, making it suitable for harsh environments and industrial applications.

Color: Silver

Type: TA1, TA2, TC4/Ti-6Al-4V alloys

Finishes: Machining, polishing, sandblasting, rolling, electro-polishing, Alodine, anodizing, chemical nickel plating, painting, powder coating, brushing

Tool Steel

Used for manufacturing tools, with high hardness, wear resistance, and heat strength. Applied in molds, cutting tools, stamping dies, and precision machinery parts.

Color: Dark gray or silver (after processing)

Type: D2, A2, O1, H13, M2 tool steels

Finishes: Heat treatment (quenching, tempering), hardening, polishing, electroplating, nitriding, PVD coating, blackening, sandblasting, machining

Alloy Steel

Steel with added alloy elements like chromium, nickel, or molybdenum to enhance strength, toughness, wear resistance, and corrosion resistance, widely used in structural parts and machinery.

Color: Dark gray to silver

Type: 4140, 4340, 8620, 1215 alloy steels

Finishes: Machining, heat treatment, blackening, electroplating, chrome plating, nickel plating, painting, powder coating, carburizing, nitriding

Surface Treatment

Anodizing
Description: Electrochemical process to form a dense oxide layer on aluminum or titanium alloys.
Types: Type II (decorative, 4-25μm) and Type III (hard, up to 125μm).
Colors: Transparent, black, gold, red, blue, etc.
Effects: Improves corrosion resistance, hardness, and wear resistance. Type III is suitable for high-strength applications like aerospace, while Type II is for decorative use.
Electroplating
Description: Deposition of another metal (e.g., chrome, nickel, copper, gold) to enhance functionality or decoration. Colors: Chrome (silver), nickel (silver), copper (pink/gold), tin-cobalt (light rose), copper-tin alloy (pink/gold/silver).
Effects: Enhances corrosion resistance, conductivity, or magnetism. Smooth surface, suitable for multi-layer coatings.
Sandblasting
Description: High-speed blasting with glass beads or corundum to create a matte or satin finish.
Colors: Retains original material color, color achieved through anodizing.
Effects: Removes tool marks and burrs, increases surface roughness or uniform texture, no chemical protection.
Powder Coating
Description: Electrostatic spraying of dry powder, then cured at high temperature to form a protective layer.
Colors: Customizable.
Effects: Wear-resistant, shock-resistant, suitable for outdoor or military equipment, though coating thickness (18-72μm) may affect tolerance.
Passivation
Description: Acid washing (nitric/citric acid) to remove iron impurities and form a chromium/nickel protective layer, primarily for stainless steel.
Colors: Retains original metal color with slight changes.
Effects: Rust-resistant, improves cleanliness, suitable for medical and food equipment, no thickness increase.
Chemical Nickel Plating
Description: Nickel-phosphorus alloy is deposited on the surface through chemical reduction, uniformly covering complex structures. Colors: Silver, hardness adjustable through heat treatment.
Effects: High hardness, wear resistance, suitable for precision parts (e.g., medical devices), but costly.
PTFE Coating
Description: Coating with Teflon material for non-stick, low friction surface, ideal for high-temperature environments.
Colors: Primarily black or gray. Effects: Chemically resistant, insulating, but less durable than other coatings, expensive.
Polishing
Description: Mechanical or chemical grinding to smooth surfaces to a mirror finish, common for stainless steel, aluminum, and brass.
Colors: Retains original metal color, increases gloss.
Effects: Enhances appearance, reduces friction, but labor-intensive, difficult for complex shapes.
Oxide Coloring
Description: Color applied through dyeing or electrolysis after anodizing, specific to aluminum.
Colors: Customizable (e.g., antique bronze, gold, blue).
Effects: Combines anodizing protection and decoration, suitable for lighting fixtures and electronic product shells.
Spray Oil/Paint
Description: Liquid coating sprayed and cured, mimicking anodizing effect, suitable for metal and plastic.
Colors: Realistic, can simulate metallic texture.
Effects: Scratch-resistant, color-stable, but high-temperature curing may deform plastic parts.

Molding

CNC machining centers are advanced CNC mills with automatic tool changers (ATC), capable of complex operations in one setup.
(01)
3-Axis CNC
A common high-precision CNC milling machine with three axes (X, Y, Z) for efficient 2D and 3D machining.
Processing
Basic processes: milling, drilling, tapping, chamfering, slotting; suitable for high-precision parts and mass production.
Workpieces
Installation plates, mold baseplates, aluminum parts, electronic housings, etc.
Advantages
Stable performance, cost-effective; easy programming and debugging; suitable for most standard parts.
(02)
4-Axis CNC
A 4-axis CNC adds a rotary axis (usually A-axis) to enable multi-face machining, improving precision and efficiency.
Processing
Can perform all 3-axis operations and multi-face machining; ideal for complex parts requiring drilling, tapping, and slotting.
Workpieces
Aluminum housings, flanges, connection parts, fixture bases, precision mounts, etc.
Advantages

Multi-face machining enhances efficiency and consistency; reduces errors and improves overall precision.

(03)
CNC Lathe
CNC lathes are used for high-precision turning of cylindrical parts, with automated tool movement in X and Z axes.
Processing
Operations: outer diameter turning, end face machining, boring, taper turning, threading; suitable for mass production of shafts, rings, and sleeves.
Workpieces
Hydraulic shafts, drive shafts, flanges, threaded parts, copper bushings, stainless steel parts, etc.
Advantages

Fast processing speed, high stability and precision; high automation, saving labor.

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FAQs

What are the advantages of five-axis CNC machining over three-axis? Do you offer five-axis machining services?
The main advantages of five-axis machining are: 1. It allows for the machining of complex polyhedrons in a single setup, improving precision and efficiency; 2. It enables machining areas that three-axis machining cannot reach (such as deep cavities and curved surfaces at unusual angles); and 3. It reduces the need for fixtures. We offer five-axis CNC milling services, specializing in precision parts for aerospace, medical devices, and complex molds.
Can complex parts be machined?
Yes, CNC multi-axis machining excels at processing complex geometries and precision parts.
Can you do proofing or small batch processing?
We are very welcome to provide you with quick response.
How to ensure tool life and machining accuracy when machining carbide or hardened steel (hardness above HRC50)?
Machining high-hardness materials requires specialized strategies: using high-performance carbide or CBN/PCD tools; optimizing cutting parameters (low speed, high feed, and shallow depth of cut); ensuring equipment rigidity and stability; and employing high-pressure coolant for efficient chip removal. Our extensive experience in machining high-hardness materials and specialized equipment ensure effective tool wear control, ensuring machining accuracy and surface quality.
How to ensure quality stability and consistency for large-volume machining orders?
We ensure consistent quality during mass production through the following measures: 1. Comprehensive first-article inspection and confirmation; 2. Standardized processing procedures and process cards; 3. Regular spot checks (dimensional and appearance) during production; 4. Automated testing equipment; and 5. A comprehensive equipment maintenance system to ensure machine tool accuracy. SPC process control can be implemented upon request.
Can you provide one-stop machining services including post-processing (such as heat treatment and surface finishing)?
Yes, we offer a one-stop solution from raw material to finished product. In addition to core machining processes (turning, milling, wire EDM, etc.), we also assist in arranging or directly provide supporting services, including heat treatment (quenching, tempering, carburizing, etc.), grinding (surface grinding, cylindrical grinding), and various surface treatments (sandblasting, polishing, oxidation, electroplating, spraying, etc.), streamlining your supply chain management.

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