3/4/5 Axis Rapid Prototype CNC Precision Metal Parts
Processing Capabilities
Supported Number of Axes: 3 – axis/4 – axis/5 – axis simultaneous machining
Maximum Workpiece Size: 1500×800×500mm (Customizable and expandable to 2000mm)
Processing Accuracy: ±0.005mm (Regular), ±0.002mm (High – precision mode)
Surface Roughness: Ra0.1μm (Mirror polishing), Ra0.2 – 3.2μm (Regular processing)
Applicable Materials
Aluminum Alloys: 6061/7075/ADC12 (Minimum wall thickness for thin – walled parts is 0.3mm)
Stainless Steels: 304/316L/17 – 4PH (Hard – state machining supported)
Titanium Alloys: TC4/Gr5 (Including inert gas protection process)
Others: Brass H59/H62, Nickel – based Superalloys (Inconel 718)
Description
Bro, these 3/4/5 axis CNC parts are PRECISION PERFECT!
We nail complex parts in 72 hours, no messy reworks—check it out!
Our CNC Parts
This is a 5-axis machined impeller—look at those blades! I’ve held one of these, the finish is so smooth you can slide your finger over it without a scratch. We use 5-axis machines to nail every curve, no missed spots.
These are our precision metal parts—we make these with 3/4/5 axis machines, tolerances down to ±0.002mm. I’ve used these in medical devices, they fit perfectly every time, no adjustments needed.
This is our 5-axis machine in action—we can machine any complex shape in one setup, no flipping the part around. This cuts down time by 30% at least, we don’t mess around with multiple setups.
Process & Materials (No Boring Jargon)
Bro, making these CNC parts is no joke—we use 3/4/5 axis machines to nail every detail. Let’s break it down:
Machining Process
- 3-axis: Basic but solid, great for flat parts, we use this for simple slots and holes—fast and cheap, no fancy stuff needed.
- 4-axis: Adds a rotary axis, we can machine 4 sides of a part in one setup—no flipping, saves so much time. I’ve used this for parts that need holes on the sides, game-changer.
- 5-axis: The big dog, we can machine any angle, any complex shape—impellers, turbine blades, we nail these in one go. No reworks, no misalignment, perfect every time.
Materials We Use
- Aluminum 6061/7075: Light but strong, we use this for automotive and aerospace parts—machines like a dream, finish is insane. I’ve used 7075 for drone parts, it’s so light but tough.
- Stainless 304/316: Corrosion-resistant, great for medical parts—we use this for surgical instruments, biocompatible and durable. These parts don’t rust, ever.
- Titanium Gr5: Super strong, light, we use this for aerospace and medical implants—machines slower but worth it, these parts last forever. I’ve held a titanium implant, it’s so solid but light.
We Don’t Cut Corners On Standards
Yo, these aren’t just random rules—they’re what keeps these parts from failing. We follow:
- ISO 2768: Tolerance standards, we use medium/fine tolerances, so parts fit every time—no loose parts, no reworks.
- ISO 230: Machine accuracy standards, our machines are calibrated to this, so every part is precise down to the micron.
- ASME Y14.5: GD&T standards, we use this for complex parts, so every feature is exactly where it needs to be.
- ISO 9001: Quality management, we track every part from raw material to finish—so we know exactly where every part came from.
Test Stats (For Reference Only, Okay?)
Check out these numbers we got from our tests—don’t quote us on exact numbers, but this gives you an idea:
5-Axis Parts
- CPK index: >1.67 (super consistent)
- Pass rate: 99.5% (almost no scrap)
- Surface roughness: Ra 0.2μm (mirror smooth)
Aluminum 6061 Parts
- Optimal cutting speed: 70m/min (best finish)
- Tool life: 90 mins (no frequent changes)
- Surface roughness: Ra 0.22μm (super smooth)
Titanium Parts
- Cutting force: 1150N (tough material)
- Surface finish: Ra 0.8μm (great for implants)
- Dimensional stability: ±0.003mm (no warping)
*These are test results, actual performance may vary based on part design and application—just fyi!
Hit Us Up RIGHT NOW!
Get a free 72-hour quote, we’ll also send you a free CMM inspection report if you’re a first-time client. No strings attached!
