3-Axis & 5-Axis CNC Machining Built for NZ Engineers
From rapid prototypes to full production runs — Kinetix FabWorks delivers tight-tolerance CNC machined parts for New Zealand's most demanding industries. Multi-axis capability, ISO-grade quality, DFM support included.
Reliable, Repeatable,
Production-Ready
3-axis CNC milling is the backbone of most production machining work. With simultaneous movement along X, Y, and Z axes, our machines produce prismatic components, pockets, bores, contoured surfaces, and flat-faced geometries with consistent repeatability across batches of any size.
Engineers typically choose 3-axis for parts with features accessible from a single side — brackets, plates, enclosures, jigs, flanges, and housings. Paired with fixture design and DFM review, 3-axis is often the most cost-effective path for straightforward geometries requiring tight tolerances.
- Positioning Accuracy±0.01mm
- Repeatability±0.005mm
- Surface FinishRa 0.8–3.2μm
- Part ComplexityPrismatic / 2.5D
- Min Run Size1 pc (Prototype OK)
3-Axis
5-Axis
Complex Geometry.
Single Setup.
5-axis simultaneous machining adds two rotational axes (A and B or C) to the three linear axes, allowing the cutting tool to approach a workpiece from virtually any direction. Complex surfaces, compound angles, undercuts, and multi-face features are completed in a single setup — eliminating re-fixturing errors and dramatically reducing lead time.
This is the preferred process for aerospace structural components, turbine blades, impellers, medical implants, and any part where geometry complexity or critical datums cannot tolerate accumulated fixture error.
- AxesX / Y / Z / A / B
- Positioning Accuracy±0.005mm
- Angular Accuracy±3 arcsec
- Best ForComplex / Undercuts
- Setups Required1 (vs 4–6 on 3-axis)
What Our CNC Machining Covers End-to-End
From CAD file to finished, measured, and labelled part — every stage handled in-house at our New Zealand facility.
DFM Review
Design for Manufacturability analysis on every file before quoting. We flag thin walls, tight radius, and deep bore L/D ratios — before tooling is set, saving revision time and cost.
Tight Tolerance Machining
We routinely hold ±0.01mm on 3-axis and ±0.005mm on 5-axis work. CMM inspection and first-article reports available on request for regulated or safety-critical applications.
Multi-Setup Consolidation
5-axis capability means parts that previously needed 4–6 manual repositions can be done in one. Fewer setups = fewer datum errors, faster throughput, and better geometric consistency.
Quality & Inspection
In-process measurement using precision metrology. CMM verification, surface roughness testing, and full dimensional reports. Traceability documentation available for AS9100 and ISO 13485 supply chains.
Prototype to Production
Single-piece prototypes through to high-volume production runs. No minimum order. Same machines, same operators, same quality control regardless of quantity.
NZ & AU Delivery
Parts ship across New Zealand — Auckland, Wellington, Christchurch — and Australia. Express freight options available. We also work with international customers for global projects.
What We Machine
Our CNC capability covers the full range of engineering metals, alloys, and engineering plastics used across NZ's most demanding sectors. From lightweight 6061 aluminium brackets to hardened tool steel dies and PEEK medical components — if it can be machined, we can machine it.
If you have a specific alloy or grade not listed below, contact us. We work with materials outside standard ranges regularly and can advise on machinability, tooling, and finishing at no cost before quoting.
Materials
Post-Machining Finishing Options
Parts are supplied machined-and-deburred by default. A full range of surface treatments is available in-house or through our qualified NZ supplier network — specify at quote stage and we'll coordinate and deliver finished parts.
Available Finishes
Machine Specs & Achievable Tolerances
Reference data for engineers quoting parts. Tolerances listed are routinely achievable under standard production conditions — tighter specs are possible on application depending on geometry, material, and batch size.
All critical dimensions are verified in-process using precision metrology. First-article inspection reports, CMM data, and material certifications are available on request for regulated and safety-critical supply chains.
Inspection
3-Axis Milling
5-Axis Simultaneous
CNC Turning
File Formats Accepted
Who We Machine For
Our CNC machining services support engineering teams across a wide range of NZ and international industries — from one-off R&D prototypes through to long-term production contracts with ongoing volume commitments.
Whether you're a sole-trader engineer, a Tier 1 aerospace supplier, or an in-house manufacturing team, we work to the same quality standard: first-time right, on-time delivery, and full traceability where it's required.
Industries
From File to Finished Part
A straightforward, transparent process — designed around how engineering teams actually work. We quote against your drawing, not an hourly estimate, so there are no surprises on price or lead time when your parts arrive.
Every job — whether a single prototype or a 500-piece production run — follows the same five-step workflow. You'll receive confirmation at each stage, with shipping tracking provided on dispatch.
Process
Submit CAD & Drawing
Upload STEP or IGES file plus 2D drawing (PDF) with tolerances, material callout, and finish specification.
DFM & Quotation
We review for machinability, flag any issues, and return a fixed-price quote with lead time — typically within 24–48 hrs.
CAM Programming
In-house CAM engineers prepare toolpaths optimised for your geometry — minimising setups, maximising surface quality.
Machining & QC
Parts run on our 3-axis or 5-axis machines with in-process measurement. First-article inspection on new jobs.
Delivery to NZ
Parts are deburred, labelled, and shipped across New Zealand or internationally. Tracking provided.
Choosing Between 3-Axis and 5-Axis
The right choice depends on your part geometry, tolerance requirements, and budget — not just what sounds more capable. 5-axis isn't always better; for many parts, 3-axis is faster, cheaper, and equally precise.
Use the guide below as a starting point. When in doubt, send us your drawing and we'll recommend the right process at no cost — before you commit to anything.
Guidance
Use 3-Axis When
- › Part features are accessible from one or two sides
- › Geometry is prismatic — pockets, slots, bores, flat faces
- › Budget is a primary constraint on prototype or low-volume work
- › No compound angles or undercut features required
- › Standard tolerances ±0.05mm or looser are acceptable
Use 5-Axis When
- › Part has complex curved surfaces, compound angles, or freeform geometry
- › Multiple sides need machining with tight positional relationships
- › Undercut features or deep cavities that 3-axis can't access
- › Re-fixturing error is unacceptable on critical datum features
- › Tolerances tighter than ±0.01mm are required on geometric features
Upload Your CAD File & Get a Quote
Send your STEP file and 2D drawing. We'll review for machinability and return a fixed-price quote — usually within 24–48 hours. No minimum order.
Click to upload — or visit the quote form
STEP · IGES · DXF · SolidWorks · PDF drawings accepted
Go to Quote FormCNC Machining for NZ Engineers.
3-Axis & 5-Axis, Prototypes to Production.
Kinetix FabWorks serves engineering teams across Auckland, Wellington, Christchurch, and nationwide. We also supply Australia and international projects. Talk to us about your next component.
Kinetix FabWorks
Where Engineering Meets Excellence.
Links
Address
Kinetix Fabworks Pvt Ltd.
Okkal Thuruthu.
Ernakulam – 683550.
Kerala, India.
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