1
JOAL Mécanique générale
Clermont-Ferrand (63)
General engineering workshop specialising in turning, milling, cylindrical and surface grinding, and EDM, producing made-to-drawing parts from one-offs to medium batches.
Machining process
CNC Milling: Machining by Material Removal
Milling is a machining process that removes material using a rotating cutting tool on a workpiece secured to a table. It allows the production of complex shapes, flat surfaces, slots, pockets, threads or drilled holes with good geometric accuracy. Suited to metals as well as engineering plastics, it produces parts ranging from single prototypes to small or medium production runs, for mechanical, structural or functional applications where dimensional repeatability is a decisive criterion.
Where to find a cnc milling workshop
Cities are ranked by number of listed workshops. Each page details the companies and their specialities.
Angers
49
11 workshops
Clermont-Ferrand
63
10 workshops
Cluses
74
10 workshops
La Roche-sur-Yon
85
10 workshops
Besançon
25
9 workshops
Lyon
69
9 workshops
Mulhouse
68
9 workshops
Nantes
44
9 workshops
Oyonnax
01
9 workshops
Saint-Étienne
42
9 workshops
Thiers
63
9 workshops
Annecy
74
8 workshops
Belfort
90
8 workshops
Bordeaux
33
8 workshops
Lille
59
8 workshops
Marseille
13
8 workshops
Nice
06
8 workshops
Saint-Nazaire
44
8 workshops
Cholet
49
7 workshops
Colmar
68
7 workshops
Le Creusot
71
7 workshops
Montbéliard
25
7 workshops
Segré-en-Anjou Bleu
49
6 workshops
Strasbourg
67
6 workshops
Bourg-en-Bresse
01
5 workshops
Challans
85
5 workshops
Dole
39
5 workshops
Issoire
63
5 workshops
Les Sables-d'Olonne
85
5 workshops
Pontarlier
25
5 workshops
Riom
63
5 workshops
Roanne
42
5 workshops
Toulouse
31
5 workshops
Chalon-sur-Saône
71
4 workshops
Montaigu-Vendée
85
4 workshops
Montpellier
34
4 workshops
Saumur
49
4 workshops
Sèvremoine
49
4 workshops
Thonon-les-Bains
74
3 workshops
Annemasse
74
2 workshops
Choosing the right supplier
When to choose milling over another process
Milling is the right choice when a part features three-dimensional shapes, sharp corners, pockets, shoulders or precisely positioned holes, which turning or cutting alone cannot achieve. It is suited both to prismatic parts and to parts requiring multi-face machining after a turning or casting operation. For simple parts of revolution with no further machining, turning often remains more economical. The choice also depends on volume: 3- or 5-axis milling covers both one-off parts and small runs, whereas larger volumes sometimes point toward other forming processes such as casting followed by finish machining.
What really sets two milling shops apart
Beyond the number of machine axes, the criteria that matter are travel range, spindle power, available spindle speed and the capability for simultaneous 5-axis machining on complex geometries. The tolerances actually held in production, often on the order of a hundredth of a millimeter on functional dimensions, depend as much on machine rigidity as on programming know-how and mastery of the machined materials, whether steel, stainless steel, aluminum, titanium or engineering plastics. Available inspection resources, on-machine probing, coordinate measuring machine, surface roughness tester, determine the reliability of delivered parts. Finally, the ability to manage recurring production runs with dedicated tooling differs markedly from machining one-off parts or prototypes.
What to prepare to get a reliable quote
A dimensioned drawing with functional tolerances, the desired material with its grade or standard designation, the intended quantity and whether it is a one-off or recurring order allow the shop to accurately price machine time and programming. Specify any expected surface or heat treatments, anodizing, heat treatment, coating, as well as dimensional inspection or material certification requirements if applicable. Stating a desired lead time and the part's end use also helps the subcontractor propose a suitable technical solution rather than a rough estimate.
Materials most often worked with this process
cnc milling workshops
A selection of listed workshops, all cities combined. The first 30 of 270 listed; the full list is on the city pages.
2
Mendes Mécanique générale
Clermont-Ferrand (63)
Manufacture of custom mechanical parts, from drawing to assembly. Turning and milling of aluminium, steel, stainless steel, titanium, bronze and brass, for the aerospace…
3
Montferrand Mécanique
Clermont-Ferrand (63)
Clermont-based facility active for over 35 years, specialised in CNC and conventional precision mechanics. Offers a wide range of processes including wire and sinker EDM…
4
MGR — Mécanique Générale
Gerzat (63)
Workshop located in Gerzat offering machining, milling, turning and drilling services on high-precision parts. Serves a diverse industrial customer base including aerosp…
5
UMC — Usinage Mécanique du Centre
Riom (63)
Riom-based company specialised in general mechanics, boilermaking and metalwork, working as an industrial subcontractor for the design of steel, stainless steel and alum…
6
Pasmeca
Cournon-d'Auvergne (63)
Multi-material precision machining: stainless steel, aluminium, copper, brass, cast iron and plastics. Turning and milling for aerospace, electronics, rail, medical and …
7
BMP — Berland Mécanique de Précision
Clermont-Ferrand (63)
Support from design to delivery: milling, turning, drilling, tapping and grinding of medium-sized parts, with drawing optimisation by an in-house design office.
8
KPM
Beaumont (63)
Precision machining on stainless steel, aluminium, plastic, copper, brass and cast iron. Turning, milling, threading and prototyping for aerospace, electronics, rail, me…
9
3D Usinage
Fontaine (90)
Small business founded in 2010 and based at the Aéroparc de Fontaine in the Territoire de Belfort, focused on industrial mechanics. Its location on an aeronautics park r…
10
AAS Industries
Saumur (Chacé) (49)
11
ACM2B
Les Sables-d'Olonne (85)
12
ACMA
Bordeaux (33)
13
ACME Précision
Le Creusot (71)
14
ACSM Lioret Métal Industries
Le Creusot (71)
15
Alpha Industries
Arbent (01)
16
AMB
Montbéliard (25)
Machining company on CNC machining centers located on Avenue Gambetta in Montbéliard. It specializes in the design, manufacture and marketing of high-technicality parts.
17
AMD
Belfort (90)
Workshop in the Territoire de Belfort offering design and manufacture of press tooling and plastic injection molds. Masters 2D/3D milling, turning, grinding and EDM proc…
18
AMECA (Atelier Mécanique de la Côte d'Azur)
Nice (06)
19
Amery
Besançon (25)
Company based in Besançon active for over 50 years in precision mechanics. Manufactures machined parts on a fleet of CNC machines for customers in the automotive and aer…
20
AMG Dornier
Pontarlier (25)
21
AMPM
La Mothe-Achard (85)
22
AMS - Anjou Machines Spéciales
Angers (49)
23
Anger Sté d'Exploitation
Strasbourg (67)
Strasbourg-based company positioned in general and precision mechanics. Carries out contract machining operations on metal parts on behalf of local manufacturers.
24
Anjou Maquette Prototypes (AMP)
Angers (49)
25
Anjou Moules Outillages (AMO)
Angers (49)
26
Anjou Réalisations Mécaniques
Sèvremoine (49)
27
Annecy Technologie Service
Annecy (74)
Annecy-based precision machining company certified ISO 9001, focused on the manufacture of custom aluminium parts. It relies on digital equipment and a continuous improv…
28
Applications Tour et Mécanique
Saint-Étienne (42)
29
ARAM
Rezé (44)
30
Ardex
Cluses (74)
Precision mechanics company in Cluses, specialised in CNC turning and milling for the production of small, complex parts. Works for customers in various industrial secto…
Frequently asked questions
What precision can be expected from CNC milling?
On well-tuned modern machines, tolerances on the order of 0.01 to 0.05 mm are commonly achievable on functional dimensions, depending on the material, part geometry and fixture rigidity. Tighter tolerances remain possible but should be discussed with the shop regarding feasibility and cost.
Is milling suitable for a one-off part or a prototype?
Yes, 3- or 5-axis milling is suited to both one-off parts and small runs, as it does not require dedicated tooling like some casting processes. Programming time is amortized differently depending on how often the request recurs.
What materials can be machined by milling?
Most metals, steel, stainless steel, aluminum, titanium, brass, as well as many engineering plastics such as PA, POM or PEEK, are suitable for milling. Material choice affects machining speed, tool wear and therefore lead time and cost.
Should a 3D file or a 2D drawing be provided for a quote?
A 3D file in STEP or IGES format eases programming and reduces ambiguity, but a dimensioned 2D drawing with functional tolerances remains essential to confirm dimensional requirements, surface finishes and expected treatments.