Metaphoenix GmbH

Precision CNC Machined Metal Parts

Custom drawing parts for OEM buyers
Tight tolerance CNC capability
CNC turning/milling & 4-axis machines
Sold to Europe and North America

CNC Machining

One-Stop CNC Machining for OEM Buyers

Turning, milling, 4-axis machining, slant-rail CNC work and automated batch production are combined around the drawing, tolerance risk, material and delivery target.

Process coverage

Route Selection by Tolerance, Geometry, Material & Volume

We combine different machines and fixtures based on your part drawing, rather than forcing every component through a single standard process.

01

CNC Turning
Shafts, rings, sleeves and rotational parts with broad diameter coverage.

02

Slant-Rail CNC
One-setup machining for tight tolerance and deformation-sensitive parts.

03

4-Axis Machining
Multi-side machining with fewer clamping operations for complex milled components.

04

Robotic Batch Production
Automated lines for repeat orders, urgent batches and stable long-run production rhythm.

Product scope

Custom metal parts grouped by process and geometry

Use the product scope as a starting point; the actual quote is usually based on drawings, material, tolerance and quantity.

Geometry risk

Long shafts, thin-wall rings, multi-face housings and cast blanks need different setup strategies.

Datum strategy

Critical dimensions are tied to machining datums so repeated clamping does not create accumulated error.

Tolerance class

0.005 mm capability is evaluated by material, feature size, clamping condition and measuring method, not promised blindly for every dimension.

Batch plan

Repeat orders can use dedicated fixtures, robotic loading and key-dimension sampling plans to stabilize output.

Difficult blanks

Castings, Forgings & Thin-Walls – Where Experience Beats Machine Time.

For higher-risk parts, process planning includes stress relief, fixture strategy, soft claw support, inner support jigs and inspection checkpoints.
Machined Cast Parts

Precision casting blanks, cast iron and alloy steel components finished to drawing.

Machined Forged Parts

Forging blanks processed through turning, milling, drilling and surface treatment support.

Thin-Wall Machining

Stress release planning, soft claw design and inner support jigs to control deformation.

Secondary Processes

Heat treatment, plating, electroless nickel, zinc black and packaging coordination.

What to prepare for RFQ

Information That Speeds Up Your Machining Review

Drawing and 3D File

Provide 2D drawings with tolerances, datum references and surface finish notes. A STEP file helps evaluate setup and tool access.

Material and Blank Type

Clarify whether the part starts from bar, plate, seamless pipe, precision casting, forging or stamping blank.

Critical Dimensions

Mark dimensions that drive function, assembly, sealing, concentricity, roundness or perpendicularity.

Quantity and Repeat Demand

Prototype, trial batch and mass production require different fixture and inspection planning.

Heat and Surface Treatment

Normalizing, stress relief, plating and electroless nickel can influence final dimension planning.

Inspection Requirement

Confirm whether CMM reports, 100% key dimension checks or material evidence are required.

Have a difficult drawing?

Send material, quantity, tolerance and surface treatment requirements for a process-route review.