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Lauble & Fichter – Fertigung

Precise CNC metalworking: milling, turning, grinding and laser marking of single parts through to large-scale series since 1994.

Lauble & Fichter Logo

Lauble & Fichter GmbH

St. Georgen (headquarters, manufacturing)New on Amplifa

1994Founded
20+Employees
2000+Completed projects
7/3/6Milling machines / milling machining centres / lathes
3–5 and up to 9Milling axes

About us

Lauble & Fichter GmbH is a family-owned company based in St. Georgen in the Black Forest that has been manufacturing highly precise components in CNC metalworking since 1994. Milled, turned and ground parts are produced from single pieces through to large-scale series, complemented by laser marking, mechanical post-processing, assembly of complex assemblies as well as tool and fixture making. A speciality is the machining of difficult-to-machine materials such as stainless steel, tool steel, aluminium alloys and titanium, but also plastics and ceramics. The machine fleet comprises milling machines in the 3- to 5-axis range, milling machining centres with up to 9 axes as well as CNC lathes with and without bar feeders; a fixed handling system and a flexible robot cell enable automated production. Through partnerships with specialised companies, the company offers a full service including surface coating, hardening, galvanising, anodising, deep-hole drilling and laser welding. Customers come from mechanical engineering, special-purpose machinery, medical technology, aerospace, automation, renewable energies and the bike components industry.

Site
St. Georgen
Processes
CNC milling, CNC turning, Laser marking, Cylindrical grinding, Surface grinding, Drilling, Mechanical post-processing, Assembly of complex assemblies
Materials
Stainless steel, Tool steel, Aluminium alloys, Titanium, All types of plastics, Ceramics, CNC milling, CNC turning
Certificates
ISO 9001:2015
Founded
1994
Employees
20+
Industries
Mechanical engineering, Special-purpose machinery, Bike components, Clamping technology, Renewable energies, Medical technology
  1. 01

    CNC milling (3–5 axes, machining centres up to 9 axes)

  2. 02

    CNC turning (with/without bar feeder)

  3. 03

    Cylindrical and surface grinding

  4. 04

    Drilling / mechanical post-processing

  5. 05

    Laser marking

  6. 06

    Full service via partners (coating, hardening, galvanising, anodising,

  7. 07

    Assembly of complex assemblies

Materials & Processes

Al

Aluminium alloys

Aluminium lightweight materials for milled, turned and ground parts in mechanical engineering and aerospace.

V2A

Stainless steel

Corrosion-resistant material for precise components, e.g. in medical technology and building services.

WZ

Tool steel

High-strength steel for tool and fixture making as well as wear parts.

Ti

Titanium

Difficult-to-machine lightweight metal for demanding applications in aerospace and safety technology.

KU

All types of plastics

Material group for custom components, also laser-markable and grindable.

KE

Ceramics

Grindable special material for wear-resistant and temperature-resistant applications.

CNC-FAE

CNC milling

3–5-axis milling and machining centres (up to 9 axes) for complex geometries from single part to large-scale series.

CNC-DRE

CNC turning

Multi-axis lathes with and without bar feeders for precise turned parts including chuck parts.

SCHL

Cylindrical and surface grinding

Grinding processes for the highest surface quality and tight tolerances on metals, ceramics and plastics.

LASER

Laser marking

Abrasion-resistant, permanent marking on metals and plastics.

Locations

Standort St. Georgen

St. Georgen

DE

Headquarters and manufacturing

Lot size
Single parts to large-scale series
Materials
Aluminium alloys, stainless steel, tool steel, titanium, plastics, ceramics
  • 7 milling machines (3–5 axes)
  • 3 milling machining centres (up to 9 axes)
  • 6 CNC lathes (with/without bar feeder)
  • 1 fixed handling system
  • 1 flexible robot cell

Components

Clamping technology component
Clamping technology componentCNC milling · mechanical engineering
Precision turned part
Precision turned partCNC turning · special-purpose machinery
Milled component
Milled componentCNC milling · automation
Ground part
Ground partCylindrical/surface grinding · aerospace
Turned part with bar feeder
Turned part with bar feederCNC turning · bike components
Milled part, stainless steel
Milled part, stainless steelCNC milling · medical technology
Titanium component
Titanium componentCNC milling · safety technology
Complex production part
Complex production partCNC milling/turning · renewable energies

Inside the production

Milling machining centre
Milling machining centre
Milling machine open
Milling machine open
Machine with feed system
Machine with feed system
Laser marking
Laser marking
Cylindrical and surface grinding
Cylindrical and surface grinding
Grinding area
Grinding area
Machining centre in production
Machining centre in production
Flexible robot cell
Flexible robot cell
Automation cell
Automation cell
Handling system
Handling system
Grinding machine fleet
Grinding machine fleet

Industries

Mechanical engineeringSpecial-purpose machineryBike componentsClamping technologyRenewable energiesMedical technologyAutomationAerospaceBuilding servicesEnvironmental technologySafety technologyAutomotive industry

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
CNC millingMachining–––Single parts – Large-scale seriesStainless steel, Tool steel, Aluminium, Aluminium alloys, Titanium, Plastics
CNC turningMachining–––Single parts – Large-scale seriesStainless steel, Tool steel, Aluminium
Laser markingSurface––––Metals, Plastics
Cylindrical grindingMachining––––Stainless steel, Tool steel, Aluminium, Ceramics, Plastics, Metals
Surface grindingMachining––––Stainless steel, Tool steel, Aluminium, Ceramics, Plastics, Metals
DrillingMachining––––Stainless steel, Tool steel, Aluminium, Titanium, Plastics
Mechanical post-processingMachining––––Stainless steel, Tool steel, Aluminium
Assembly of complex assembliesAssembly––––Tool steel
Tool and fixture makingEngineering––––Tool steel
Full service (partnerships: surface coating, hardening, diamond coating,Surface–––––

5 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
Milling machines in the 3–5 axis range–7––St. Georgen
Milling machining centres with up to 9 axes–3––St. Georgen
CNC lathes (multi-axis machines, with/without bar feeder)–6––St. Georgen
Fixed handling system for 5-axis machining centre–1––St. Georgen
Flexible robot cell / automation cell–1––St. Georgen

Additional services

CNC milling (3–5 axes)CNC turningLaser markingCylindrical and surface grindingMechanical post-processingAssembly of complex assembliesTool and fixture makingFull service (coating, hardening, galvanising, anodising, deep-hole drilling, laser welding)Production of single parts through to large-scale seriesAutomated production (handling system, robot cell)

Quality

The quality management system is certified to ISO 9001:2015 (DEKRA, certificate 30125791/1) for CNC turning, CNC milling, surface and cylindrical grinding, laser marking as well as fixture and tool making. Production follows the highest quality standards with a focus on precision and on-time delivery.

EvidenceSt. Georgen
ISO 9001:2015

History

  1. 1994

    Founded by Peter Fichter and Albrecht Lauble in a garage in the Black Forest

  2. 2024

    Gunnar Fichter becomes managing partner

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