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Alloy CNC Machining

Alloy CNC machining is a modern way to make strong metal parts using computer-controlled machines. At Istar Machining, we cut and shape different metal alloys into exact shapes for many industries. Our machines follow computer designs to make parts that are super precise and perfect every time.

An alloy is a mix of metals that makes them stronger and better than just one metal alone. When we do CNC machining, we can work with many different alloys to match what you need your part to do.

CNC Machining Parts

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Supports uploading of the following file formats: .STEP .STP .SLDPRT .STL .IPT .3MF .3DXML .PRT .SAT .DXF .X_T .X_B .JT .CATPART

20+ Years

Istar Machining's years in the industry

300,000 square feet

The size of Istar Machining's factory

856 CNC machines

Our CNC equipment count

2000+ skilled workers

Istar's number of skilled machinists/operators

Many Machine Options

Different jobs need different machines. We have:

cnc milling

3 to 5-Axis Milling

For complex shapes with curves and angles

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cnc turning

CNC Turning

For round parts

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Swiss CNC precision machining with quality assurance testing instruments

Swiss Machining

For tiny, super-precise parts

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Industries That Trust Our Alloy CNC Machining

Materials We Use for Alloy CNC Machining

At Istar Machining, we work with many different alloys. Each one has special qualities for different jobs:

Aluminum is light but strong. It’s perfect when you need parts that don’t weigh much. We use different types:

  • 6061/6063: Great for most jobs, with good strength and weight ratio. Perfect for cars and planes.
  • 7075: Super strong aluminum for military and boats.
  • Mic-6: Special flat aluminum that stays flat when machined.

Our team at Istar Machining has deep experience with aluminum CNC machining for all kinds of projects.

Titanium alloy is often used by our customers in the medical, aerospace, marine engineering, chemical equipment and other industries because it has some characteristics that other alloys do not have:

  • High strength-to-weight ratio: The strength is close to some steels, but the density is much lower.

  • Excellent corrosion resistance: It has strong resistance to seawater, chlorides and many chemicals.

  • Biocompatibility: It is non-toxic, does not react with human tissue, and is widely used in medical implants.

  • Good high temperature resistance: It can maintain strength at higher temperatures.

It has many varieties, among which Ti-6Al-4V (Grade 5) is the most commonly chosen by our customers.

Copper alloys are mainly divided into two types: Brass and Bronze

  • Brass – Copper-zinc alloy
    It has good machinability (especially C360, which is regarded as the benchmark for machinability), good electrical/thermal conductivity, and good corrosion resistance. It has a golden appearance and is easy to electroplate, but its strength is lower than steel, so it is often used to process into: screws, nuts, valves, pipe fittings, musical instruments, decorative parts, electronic connectors, etc.
  • Bronze – Copper-tin alloy (may also contain aluminum, phosphorus, silicon, etc.)

    Bronze is harder, more wear-resistant, and more corrosion-resistant than brass (especially seawater). It has good thermal/electrical conductivity. It has acceptable machinability, but not as good as C360 brass. Our customers often ask us to use it to customize: bearings, bushings, gears (worm gears), valve parts, ship propellers, sculptures, etc.

For the most demanding jobs, we work with special metals:

  • Nickel Alloys: Extremely high temperature strength, creep resistance, oxidation resistance and corrosion resistance (especially acid and high temperature corrosion resistance). However, CNC machining is very difficult and requires extremely low cutting speeds.
  • Magnesium Alloys: The lightest structural metal with low cutting resistance and very high cutting speeds. However, the corrosion resistance is relatively poor, so we usually apply a coating to protect it.

Alloy CNC Products Produced by Istar Machining

Aerospace Titanium Turbine Blade
Aerospace Titanium Turbine Blade
High-Strength Aluminum Structural Bracket
High-Strength Aluminum Structural Bracket
Automotive Performance Engine Piston
Automotive Performance Engine Piston
Medical Titanium Orthopedic Implant Component
Medical Titanium Orthopedic Implant Component
Custom Electronics Heat Sink
Custom Electronics Heat Sink
Stainless Steel Precision Fluid Manifold
Stainless Steel Precision Fluid Manifold
Industrial Robot Arm Joint Component
Industrial Robot Arm Joint Component
Brass Precision Gear
Brass Precision Gear

How We Use Alloy CNC Machining For Different Industries

Industry

Parts We Make

Materials We Use

Benefits

Aerospace

Engine parts, landing gear, brackets

7075 Aluminum, Titanium, Inconel

Lightweight, heat-resistant, super strong

Automotive

Transmission parts, suspension arms

6061 Aluminum, Steel 4140

Reduces car weight, strong and durable

Medical

Surgical tools, implants

Grade 5 Titanium, Stainless Steel 316

Safe for body contact, easy to sterilize

Marine

Boat fittings, propeller shafts

5083 Aluminum, Stainless Steel

Resists salt water damage

Electronics

Heat sinks, housings

6061 Aluminum

Helps cool hot parts, looks nice

Energy

Turbine blades, valve parts

Inconel 718, Steel

Works in very hot places

Industrial

Gears, bearings

4140 Steel

Very hard-wearing for heavy use

Fast Delivery Times

We know you need parts quickly:

  • Prototypes: Ready in 3-5 days
  • Big Orders: Ready in 10-14 days
CNC machining facility with rapid prototype and production order fulfillment
CNC part finishing processes showing anodizing, heat treating, surface grinding, and powder coating

Special Finishing Options

After machining, we can add:

  • Anodizing: Colored protective layer for aluminum
  • Heat Treating: Makes parts stronger
  • Surface Grinding: Makes surfaces super smooth
  • Powder Coating: Adds tough, colored finish

Why Choose Istar Machining for Your Alloy CNC Machining Needs?

Expert Knowledge

Our team knows all about different alloys and how to machine them perfectly. We can suggest the best material for your project.

Advanced Machines

We use high-speed carbide tools that make clean cuts with less waste. This saves money and makes better parts.

Design Help

We offer design for CNC machining advice to make your parts easier to produce and less expensive.

Cost Savings

Our efficient methods can save you 20-30% compared to other manufacturers.

Our Alloy CNC Machining Process

At Istar Machining, we follow these steps to make your parts perfect:

Step 1

Design Review

We look at your design files to make sure they'll work well.

Step 2

CNC Programming

Our experts program the machines to cut your parts perfectly.

Step 3

Machining

Our 5-axis machining centers or CNC turning equipment shape your parts.

Step 4

Finishing

We can add special finishes like anodizing or heat treatment.

Step 5

Final Inspection

One more check to make sure everything is perfect.

Ready to Start Your Alloy CNC Machining Project?

Getting your perfect parts from Istar Machining is easy:

  1. Send us your design files
  2. Get a fast quote
  3. Approve your project
  4. We make your parts
  5. Parts ship directly to you
cnc machining service 4-1
cnc machining service 4-2
cnc machining service 4-3
cnc machining service 4-4

Frequently Asked Question

A: We can make as few as 1 part for prototypes, or thousands for big projects.

A: Yes! Our engineers will look at your design and suggest changes to make it work better and cost less.

A: We use special anti-rust packaging and strong boxes to keep your parts safe.

A: We can work with most 3D files like STEP, IGES, X_T, or drawings in PDF format.

A: Most prototypes are ready in 3-5 days. Bigger orders usually take 10-14 days.

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