M2 ENGINE AI ESTIMATOR
Proprietary Technology

Built In-House.
Proven on the Shop Floor.

Every tool we've built exists to solve a specific aerospace manufacturing problem — and every one is validated against real programs and real machines.

M2
Proprietary Tool

M2 Parameter Engine

The most optimum machining parameters. Calculated. Not guessed.

The single most costly source of waste in aerospace CNC machining is suboptimal parameters — wrong feeds, wrong speeds, wrong toolpath strategies. Teams run test cuts, adjust, re-run. It's slow, expensive, and produces scrap.

M2 eliminates this. Our in-house parameter engine encodes decades of machining expertise into a structured algorithm that calculates optimal cutting conditions for any combination of material, machine, and part geometry — before the program is written.

The result: programs that run correctly the first time. No test cuts. No revision loops. First Time Right, every time.

Standard vs. M2 Approach
STANDARD
Write program → Test cut → Adjust → Re-cut → Adjust → Approve
3–5 iteration cycles
WITH M2
M2 calculates optimal parameters → Write program → Run → Approve
First Time Right
How M2 Works
01
Material & Machine Input Material spec (Ti, Al, Steel, Composite) + target machine platform (Makino, DMG, HAAS, Chiron…)
02
Feature Analysis Part geometry — pockets, ribs, flanges, holes — assessed for optimal tooling strategy
03
Parameter Optimisation Feed rates, spindle speeds, depth of cut, and toolpath — calculated for minimum cycle time
04
Validated Output Parameters loaded into CAM — program written to proven conditions from line one
≥20%
Guaranteed minimum cycle time reduction on every engagement (T&Cs apply)
40–50%
Achieved on plate and sheet metal programs — validated across Boeing and Airbus supply chains
Zero
Test-cut iterations — programs run to correct parameters from the very first execution
AI
Proprietary Tool

AI-Powered STEP Estimator

Upload a STEP file. Get a full time and cost estimate in hours, not weeks.

RFQ response time is a competitive differentiator in aerospace manufacturing. While competitors take days or weeks to return estimates, Neviton responds in hours — because our AI reads the geometry, not a spreadsheet.

Our AI Estimator ingests STEP files directly, extracts feature geometry, and applies learned models trained on 2,500+ delivered parts to produce accurate estimates for both CAM programming time and actual machining cycle time.

Faster bids. More accurate quotes. Less margin erosion from underestimated programs.

Estimation Pipeline
STEP Upload
3D geometry ingested
Feature Extraction
Pockets, holes, ribs, flanges
AI Inference
2,500+ part training base
Estimate Delivered
CAM + Machining time
⏱
CAM Programming Time
Hours to program per feature complexity and toolpath strategy
⚙️
Machining Cycle Time
Predicted cycle per operation and machine using M2 parameters
💡
Material Strategy
Tooling and material saving recommendations included
📋
RFQ-Ready Output
Structured output feeds directly into your bid response
Automation

RPA Solutions for
Aerospace Manufacturing

Beyond engineering services, we've built a suite of automation bots that eliminate high-volume manual work across the aerospace manufacturing back-office — from RFQ to FAI to shipping.

RFQ Processing
83% faster
BOM breakdown & raw material collection: 1 min/part via BOT vs. 6 min manual
First Article Inspection
92% faster
Auto-update FAI data into Net-Inspect Form 1 & 2: 50 sec vs. 10 min manual
Shipping / Logistics
73% faster
Manifest → Packing Slip → BOL → Invoice: 8 min vs. 30 min manual
Purchase Orders
72% faster
PO to ERP Sales Order: 7 min/PO via BOT vs. 25 min manual
EPICOR Data Entry
75% faster
Customer input to ERP: 10 min/part vs. 40 min manual
Work Package Clean-up
95% faster
50 files moved in 1 min vs. 20 min — referenced against Epicor
Image-to-Text Search
90% faster
Text search across engineering drawings: 1 min vs. 10 min manual
Supplier Data (ASL)
70% faster
AWS Textract extracts handwritten/scanned supplier forms into structured data
Consistent Outcomes Across Every BOT
✓Zero errors — eliminated at source, not corrected downstream
✓Faster customer turnaround through reduced TAT
✓Reduced operating expenses — same work, fewer people-hours
✓Reduced employee fatigue and improved satisfaction
Marquee Engagement

Spirit AeroSystems — Sunshine Program

A 4+ year end-to-end engineering engagement for the Boeing supply chain — supporting three manufacturing locations across Romania (Dombra Vita & Airport Plant) and Vietnam. Every Neviton capability deployed in one program.

Duration
4+ Years
Program
Boeing (via Spirit AeroSystems)
Locations Supported
Romania · Vietnam
Software
MCAM · CATIA · PowerMill · UG NX · VERICUT · 3D Tool
Machines Supported
Makino · DMG · HAAS · Handtmann · Chiron · Mazak
Integrated Delivery Workflow
BOEING I/Ps
3D Model
COS
BOM
Assembly DWG
Part DWG
ERP / METHODS
RFQ Work
PLM
Part Definition
Process & Material
CAD
3D Creation
3D Verification
Manuf. Drawing
BDWG Surface Tx
TOOLING
FAIR Docs
Process Planning
Fixture Design
CD Development
CAM + CTO
CNC Programming
M2 Optimisation
Shop Floor Support
First Time Right ✓

Key Achievements

>50%
Machine time saved through Cycle Time Optimisation
5,000+
Parts delivered across all disciplines
Developed RPA BOT for BOM data extraction — 2,500+ parts processed at 83% faster than manual (1 min vs. 6 min per part)
Feasibility studies to optimise manufacturing cost across the full part population
Full FAI documentation suite: FAIR Form 1 & 2, PFD, PFMEA, CP/IP, MPS — delivered for every part
Get Started

Ready to see what M2 and the AI
Estimator can do for your program?

Send us a STEP file or describe your requirements. We'll return a concrete time and cost estimate — fast.

Start a Conversation See Capabilities

AWS Advanced Tier Partner · Strategic Partner to TAAL Tech · Bengaluru, India & USA