Grade selection
Why one grade cannot cover 316L and free-machining stainless
Both sit in ISO M on the chart. On the machine they fail in opposite directions, and the grade that survives one will not survive the other.
5 min read
Precision carbide tooling · Europe
The quality you dream of
We build the tool around the material, the machine and the fixture — then document it well enough that the one you re-order in three years behaves like the one you qualified.
- 19 tooling families
- 28 European countries
- ISO 9001:2015
Dimensioned plan view of an 80° rhombic turning insert, showing inscribed circle, corner radius, thickness and included angle
CNMG 12 04 08 — grade VC1025
Plan view · 2:1
Working across
- Automotive
- Aerospace
- Oil & Gas
- Medical Manufacturing
- Mould & Die
- Heavy Engineering
- Precision Engineering
- CNC Machining
- General Manufacturing
- ISO 9001:2015
- ISO 14001:2015
- EN 10204 3.1
- REACH / RoHS
The programme
Nineteen families on one dimensional system
Inserts, round tools, holders and engineered specials share a single reference logic, one grade map and one set of cutting data. That is what makes consolidation onto the programme worth doing.
- 01
Indexable inserts
- 04
Hole making
- 05
Threading
- 06
Tool holding
- 07
Engineered & materials
By the numbers
Measured, not claimed
Figures below are taken from the last rolling twelve months and are restated every quarter.
12,400+
Tool references
Across nineteen catalogue families
28
European countries served
From Portugal to the Baltics
99.2 %
On-time delivery
Rolling twelve-month measurement
24 h
Quotation response
Technical answer, not an acknowledgement
Product range
Where most enquiries start
Five families cover the majority of what arrives at the application desk. The full programme runs to nineteen.
- VC-IN
- Steel
- Stainless steel
- Cast iron
- Non-ferrous
- Superalloys & titanium
- Hardened materials
Carbide Inserts
Coated and uncoated indexable inserts across the full ISO P–H application range.
Indexable insertsView category 
VC-TI- Steel
- Stainless steel
- Cast iron
- Superalloys & titanium
- Hardened materials
Turning Inserts
CNMG, DNMG, VNMG, WNMG and TNMG geometries for external and internal turning.
Indexable insertsView category
VC-MI- Steel
- Stainless steel
- Cast iron
- Non-ferrous
- Superalloys & titanium
Milling Inserts
Square, round and high-feed inserts for shoulder, face and profile milling.
Indexable insertsView category
VC-EM- Steel
- Stainless steel
- Cast iron
- Non-ferrous
- Superalloys & titanium
- Hardened materials
End Mills
Solid carbide end mills from 0.5 to 25 mm for slotting, profiling and finishing.
MillingView category
VC-CD- Steel
- Stainless steel
- Cast iron
- Non-ferrous
- Superalloys & titanium
- Hardened materials
Carbide Drills
Solid carbide drills 3×D to 30×D with internal coolant and self-centring points.
Hole makingView category
VC-TH- Steel
- Stainless steel
- Cast iron
- Non-ferrous
- Superalloys & titanium
- Hardened materials
Tool Holders
Turning holders and rotating toolholders in HSK, BT, SK and polygonal interfaces.
Tool holdingView category
Industries
Nine sectors, nine definitions of a good tool
An aerospace buyer and a high-volume automotive plant are solving different problems with the same alloy. The specification follows the problem, not the material chart.
Automotive
High-volume machining where cost per component is decided in seconds.
- Steel
- Cast iron
- Non-ferrous
Aerospace
Titanium, nickel alloys and thin walls, machined to a traceable record.
- Superalloys & titanium
- Stainless steel
- Non-ferrous
Oil & Gas
Large diameters, duplex and super duplex, long unattended cuts.
- Stainless steel
- Superalloys & titanium
- Steel
Medical Manufacturing
Small parts, tight tolerance bands and surface finishes that get inspected.
- Superalloys & titanium
- Stainless steel
- Non-ferrous
Mould & Die
Hardened steel, deep cavities and finishes that go straight to polish.
- Hardened materials
- Steel
- Cast iron
Heavy Engineering
Large weldments and castings where set-ups are measured in hours.
- Steel
- Cast iron
Precision Engineering
Sub-contract work where every job is a different material and tolerance.
- Steel
- Stainless steel
- Cast iron
- Non-ferrous
- Superalloys & titanium
CNC Machining
Multi-axis and turn-mill shops running lights-out wherever possible.
- Steel
- Stainless steel
- Non-ferrous
General Manufacturing
Mixed production where reliability and availability decide the choice.
- Steel
- Cast iron
- Non-ferrous
Why ValoCarbide
What changes when a tool is specified properly
None of this is exotic. It is the difference between a tool that was chosen for your operation and one that was picked off a page.
- 01
Specified, not sold
Every enquiry is answered by someone who reads the drawing. We ask about the machine, the fixture and the material condition before we name a tool.
- 02
Repeatable batch to batch
Geometry, edge preparation and coating thickness are measured on every production lot. The tool you re-order in two years behaves like the one you qualified.
- 03
Traceable to the lot
Substrate batch, coating run and inspection record are retained against the delivery. Regulated sectors can close their file without chasing us for paperwork.
- 04
Held stock across Europe
The fastest-moving references are held rather than made to order, so a broken tool on a Tuesday is not a production stop on a Thursday.
- 05
Documentation that arrives with the tool
Cutting data, dimensional drawings and material declarations are published against the part number, not sent on request three weeks later.
- 06
Application support in your language
English, German and French, handled by application engineers rather than a ticket queue. Most cutting-data questions are resolved the same working day.
Quality
Verification you can put in a file
Regulated sectors need more than a promise of consistency. Every lot carries the measurements that prove it, retained for ten years.
100 %
Incoming substrate verification
Density, coercive force and hardness are checked on every substrate lot before it enters production. Out-of-band material is quarantined, not blended.
±5 µm
Edge and geometry control
Edge radius, rake and clearance are measured optically at defined sampling intervals, with results retained against the lot for the life of the part number.
2 – 6 µm
Coating adhesion and thickness
Calotest and Rockwell indentation are run on witness pieces from each coating batch. Thickness sits inside a declared band rather than an average.
10 yr
Retained traceability
Inspection records and retained samples are held for ten years, so a field question about a tool delivered in 2019 has an answer in 2029.
- ISO 9001:2015Quality management system
- ISO 14001:2015Environmental management system
- EN 10204 3.1Inspection certificates
- REACH / RoHSSubstance compliance
Track record
How the programme was built
Twelve years of narrowing the range down to what actually performs, and widening the documentation behind it.
- 2014
The first grade programme
ValoCarbide begins with a narrow range: four substrates, one coating line, and a stated position that a grade should be specified for a material group rather than sold as a universal answer.
- 2016
Solid carbide added
Round-tool families are introduced alongside inserts, with the dimensional system unified so that a drill, reamer and chamfer tool in the same operation share one reference logic.
- 2018
Quality system certified
ISO 9001 certification formalises what was already practice: incoming verification on every lot, retained samples, and a traceable record from raw substrate to despatch note.
- 2021
European stock programme
A held-stock programme is introduced for the fastest-moving 1,800 references, cutting the wait on a replacement tool from weeks to days across the continent.
- 2023
Engineered tooling desk
A dedicated engineering desk starts taking component drawings directly, returning a tool design and cutting simulation before anything is committed to production.
- 2026
Twenty-eight countries
The programme now reaches twenty-eight European countries, with technical documentation maintained in English, German and French against the same part numbers.
Insights
Notes from the application desk
Written by the engineers who answer the enquiries, about the problems that come up most often.
- Process reliability
Setting a tool-change interval you can leave running overnight
Unattended running does not need a longer tool life. It needs a tool life you can predict, and a rule for what happens at the end of it.
6 min read - Threading
Thread milling or tapping: the hole usually decides
Tapping is faster per hole and always will be. That stops mattering the moment the hole is expensive, blind, hardened or thin-walled.
4 min read
Common questions
Before you send the enquiry
The questions we are asked most, answered the way we would answer them on the phone.
Start here
Send the drawing. We will send the tool that fits it.
Tell us the material, the machine and what the current tool is doing wrong. You will have a technical answer — not an acknowledgement — within one working day.
What you get back
- A specific tool recommendation with the reasoning behind it
- Starting cutting data with the limiting factor identified
- Lead time and pricing against a fixed part number
Technical response within one working day. Monday to Friday, 8:00 AM – 5:00 PM CET