Selection Tools›AI Advisor
›Step 1 — Workpiece Material
Engineering Catalog
ISO 13399 Standards
Process data, tool library, application data and ISO parameter references for cutting tool selection.
DATASET: ISO_TC_29 · SYSTEM_VER: RC6
Unified Cutting Tool Selection Engine
Brand-neutral process recommendations, cross-reference signals and ISO 13399-style technical records for professional cutting tool decisions.
Material Application Database
ISO group driven cutting parameters
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Start Here
Start with one clear input, then move into the core workflows: Advisor, Cross-Ref, Products and Visual ID.
How ToolAdvisor Works
This is a cutting tools decision system. Recommendations combine operation, material, geometry, family and relation signals with brand-neutral ranking logic.
Step 1 of 3
1
Step 1 — Workpiece Material
Select the ISO material group, then choose the specific sub-group for accurate recommendations.
P
Steel
M
Stainless
K
Cast Iron
N
Non-Ferrous
S
Superalloy
H
Hardened
2
Step 2 — Operation Type
Select the machining operation and sub-type.
3
Step 3 — Machining Conditions
Define the cutting conditions for optimal tool selection.
Recently viewed
Cross-Reference
Find equivalent cutting tool codes across major brands — with direct buy links
P=SteelM=StainlessK=Cast IronN=Non-FerrousS=SuperalloyH=Hardened
Coverage hint: strongest on core turning, milling, drilling, threading and grooving families. Use full codes (e.g. CNMG120408) for best mapping quality.
Bulk lookup
ISO Insert Decoder
Decode any ISO 1832 designation — all positions explained
Insert Code
CNMG 12 04 08
Examples
Decoded Properties
Cutting Data Calculator
Vc · RPM · Feed rate · MRR with efficiency recommendations
Input Parameters
Vc must be zero or positive.
Feed must be greater than zero.
Drilling calculator
Drilling output
Feed rate: — · Cutting speed: —
Tool life estimator
Estimated tool life
—
Power consumption
Required spindle power
—
Results
Spindle Speed n
—RPM
Table Feed vf
—mm/min
Material Removal Rate
—cm³/min
⚡ Recommendation
—
—
Vc/fn quick reference
P: 180–400 m/min · M: 80–220 · K: 150–400 · N: 300–1500 · S: 20–70 · H: 60–220. Use lower end for unstable setups.
Material Database
ISO P/M/K/N/S/H — 26 sub-groups with hardness ranges
P
Steel
7 sub-groups · 125–350 HB · Difficulty ★☆☆☆☆
M
Stainless Steel
4 sub-groups · 150–300 HB · Difficulty ★★★☆☆
K
Cast Iron
5 sub-groups · 150–280 HB · Difficulty ★★☆☆☆
N
Non-Ferrous
4 sub-groups · 60–160 HB · Difficulty ★☆☆☆☆
S
Superalloys / Ti
3 sub-groups · 200–380 HB · Difficulty ★★★★★
H
Hardened Steel
3 sub-groups · 45–68 HRC · Difficulty ★★★★☆
Common alloys: 1045, 4140, 4340
ISO P — Steels
💡
Browse by application
Supplier Directory
Major manufacturers — filter by region or product type
Supplier of the month: ISCAR · broad turning, milling, drilling and grooving coverage in current ToolAdvisor data.
Partner listing enquiries (secondary): contact us
Planned
Visual ID — AI Insert Recognition
Upload a photo of any cutting insert. AI identifies the brand, grade and geometry — then cross-references to 7 brands automatically.
AI Chat
Process Q&A for cutting tool decisions
AI Cutting Tool Expert
AI-powered
Sample questions
Planned
Pricing
All features are currently free to use. Pricing plans will be published here when available.
Optional technical resources
Use Advisor, Cross-Ref and Products as the primary workflow. Resources are a secondary reference layer for deeper offline study.
Secondary layer only: guides, references and optional consultation
Technical glossary
ISO material group
P steel, M stainless, K cast iron, N non-ferrous, S superalloy/titanium, H hardened steel.
Chipbreaker
Insert edge geometry that controls chip shape, cutting force and stability.
CVD / PVD coatings
CVD favors wear resistance and stable steel cuts; PVD favors sharp edges and lower cutting force.
TiAlN / TiCN / Al2O3
Common coating layers for heat resistance, toughness, wear resistance and crater protection.
Vc / fn / ap
Cutting speed, feed per revolution/tooth, and depth of cut.
MRR / kc1
Material removal rate and specific cutting force used for power estimation.
Nose radius
Corner radius controlling edge strength, finish potential and profile accuracy.
Rake / clearance angle
Rake changes cutting force; clearance prevents rubbing behind the edge.
Edge prep / hone / T-land
Micro-edge preparation that trades sharpness for edge strength and reliability.
Wiper geometry
Modified corner geometry that improves finish at higher feed rates when setup is stable.
Coating types
TiN — yellow general-purpose coating.
TiCN — gray-blue wear resistance.
TiAlN — purple-violet heat resistance.
AlTiN — anthracite high-temp coating.
Al2O3 — black alumina wear layer.
DLC — matte black low-friction layer.
Cutting tool FAQ
What's new
2026-05-01
RC5 interaction pack
Advisor export/share, product compare, supplier filters, calculators and search improvements.
2026-04-30
Technical SEO readiness
Canonical, sitemap, robots, schema and metadata prepared for controlled indexing.
2026-04-29
Engineering catalog UI
Industrial sidebar layout, dense cards, product visuals and decision-oriented result cards.
Platform reference
Data sources
ToolAdvisor references cutting tool brand catalogues, ISO material group logic and public machining handbook conventions. Always validate with manufacturer data before production.
Methodology
Recommendations combine operation, material group, coating, geometry, family, cross-reference and confidence signals.
Brand neutrality
Independent Ranking is brand-neutral and technical-fit driven; no brand receives a hidden priority boost.
How to contribute
Suggest products or report errors from product cards, or email support@tooladvisor.eu with source references.
Roadmap
Planned: Visual ID, full AI Chat release, API access and mobile workflow support.
Press kit
Logo and brand guideline package placeholder for future partner and press use.
Partners
Potential partners: distributors, training institutions, machine builders and technical education teams.
Join us
Not hiring right now, but technical collaborators can reach out at hello@tooladvisor.eu.
🔄 Turning Inserts
📐
ISO P — Steel
Steel Turning Complete Grade Guide
All major brand grades for P01–P50. Vc/fn/ap tables, coating guide, when to use what.
🔬
ISO M — Stainless
Stainless Steel Machining Handbook
316L, 304, duplex, PH grades. Work hardening prevention, coolant, recommended inserts.
🚀
ISO S — Superalloys
Inconel & Titanium Machining Guide
Ti-6Al-4V, Inconel 718, Hastelloy. Cutting data, coolant pressure, insert grade selection.
🔄 Cross-Reference
📋
Insert Equivalents
Insert Cross-Reference Bible — 300+ Codes
CNMG, WNMG, DCMT, SNMG, CCMT, VBMT and more. Sandvik → ISCAR → Kennametal → Walter.
⚙️
ISO Geometry
ISO 1832 Insert Code Decoder — Full Reference
Every position explained with examples. Shape, clearance, tolerance, IC, thickness, corner radius.
🔧
Milling Inserts
Milling Insert Cross-Reference Guide
APMT, SOMT, OFMT, SEKR and face milling inserts. All major brands.
🌀 Milling & Drilling
🌀
Milling
End Mill & Indexable Milling Selection Guide
Shoulder, face, slot milling. Insert selection, Vc/fz/ap tables per material group.
🕳️
Drilling
Solid Carbide Drill Selection & Cutting Data
OSG, Gühring, Sandvik CoroDrill. Per material cutting speeds and feeds.
🔩
Threading
Threading Tools & Taps Complete Guide
ISO metric, UN, NPT threading. Tap selection, speeds, thread mill vs tap.
⚪ Later: Advanced Cutting-Tool Topics
⚪
Secondary roadmap
Advanced Edge Preparation Strategy Guide
Planned later topic. Current platform focus remains core cutting tools intelligence.
💎
Secondary roadmap
Advanced Hard-Material Finishing Strategy Guide
Planned later topic after the core cutting tools guide stack is completed.
🔄
Secondary roadmap
Insert Life Extension & Reconditioning Guide
When and how to extend insert life, restore edge condition, and verify process economics.
📦 Optional Guide Bundles
🎯
Bundle
Complete Turning Package — All ISO Groups
P + M + K + N + S + H guides in one download. Full turning coverage across all materials.
📚
Bundle
Ultimate Cutting Tools Bundle
Core cutting tools stack in one package: turning, milling, drilling, threading, grooving and cross-reference intelligence.
🆓
Free Download
ISO Material Groups Quick Reference Card
P/M/K/N/S/H one-page summary. Colour-coded, print-ready A4. Free to download and share.
🎯 Optional Specialist Consultation
1-on-1 Cutting Tool Consultation
Work directly with a cutting tool specialist. Bring your drawing, material, machine specs — leave with the exact tool, grade, and cutting data for your job. Online via video call.
Request consultation
€149 / session · €249 for process audit (full setup review)
Core product workflows stay in Advisor, Cross-Ref and Products. Resources are optional deepening tools.
Questions? support@tooladvisor.eu
Cutting Tools Catalogue
Core view prioritises insert and solid tool decisions. Extended records stay available in all-records mode.
Why Trust This Catalogue
Each card exposes confidence and why-it-fits context so you can validate recommendations before buying or comparing.
Drag two product cards here for quick compare.
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Carbide insert cross-reference FAQ
What is the Sandvik equivalent of IC8250? ToolAdvisor helps CNC machinists compare ISCAR IC8250 with Sandvik, Kennametal, Walter, Tungaloy and other carbide insert grades by ISO material group, operation, coating and application fit.
How do I cross-reference carbide inserts? Search an insert code such as CNMG120408, WNMG, DCMT, APMT or SNMG, then compare equivalent carbide insert grades across major cutting tool brands using operation and material context.
What grade should I use for stainless steel turning? For ISO M stainless steel turning, compare PVD and stainless-focused carbide grades by stability, coating type, chipbreaker geometry and recommended cutting data before choosing a production insert.
Carbide insert cross-reference tool for CNC machinists. Compare ISO P, M, K, N, S, H material group inserts. Find equivalents for CNMG, WNMG, DCMT, APMT, SNMG insert codes across all major brands.