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Gresförder – Fertigung

Contract manufacturing for laser cutting, sheet metal processing and assembly fabrication in Horn-Bad Meinberg since 1981.

Gresförder Logo

Gresförder Lasertechnik GmbH

Horn-Bad MeinbergNew on Amplifa

1981Founded
20+Employees (at least)
25 mmSteel on the flatbed laser
6,000 mmTube length on the tube laser
±0.1 mmAccuracy

About Gresförder Lasertechnik

As a contract manufacturer in Horn-Bad Meinberg, Gresförder Lasertechnik GmbH produces sheet metal and tube parts and assemblies to drawing. The range of services includes laser cutting on flatbed and fiber lasers, tube laser cutting up to 6,000 mm in length, punching on a punch-laser combination, press braking and swing folding up to 10 mm material thickness, TIG and MIG/MAG welding as well as surface finishing such as grinding, polishing, glass bead blasting and painting. The portfolio is rounded out by assembly fabrication with final assembly and final inspection as well as in-house design, even without existing CAD files. Materials processed include steel, stainless steel, aluminium as well as copper and brass; series parts are usually delivered within two to three weeks. Customers come from mechanical engineering, vehicle and trailer construction, plant engineering, shopfitting and tube furniture. All operations take place at a single location in the district of Lippe; coating is carried out via coordinated partner companies.

Site
Horn-Bad Meinberg
Processes
Laser cutting (flatbed), Tube laser cutting, Punching / punch-laser combination, Press braking, Swing folding, MIG/MAG welding, TIG welding, Surface finishing (grinding, polishing, deburring, painting, glass bead blasting)
Materials
Steel, Unalloyed structural steel S235JR, Unalloyed structural steel S355J2, Stainless steel, Stainless steel 1.4301, Stainless steel 1.4404, Stainless steel 1.4571, Aluminium
Certificates
ISO 9001, Inspection certificate 3.1 (DIN EN 10204)
Founded
1981
Industries
Mechanical engineering, Vehicle and trailer construction, Plant engineering, Shopfitting, Tube furniture
  1. 01

    Design / Manufacturing documentation

  2. 02

    Material procurement

  3. 03

    Laser cutting (flatbed, tube) / Punching

  4. 04

    Press braking / Swing folding

  5. 05

    TIG / MIG-MAG welding

  6. 06

    Surface finishing (grinding, polishing, glass bead blasting, painting)

  7. 07

    Coating via partner companies

  8. 08

    Assembly and final inspection

Materials and Processes

LAS

Flatbed laser cutting

Sheet metal blanks up to 1,500 × 3,000 mm; steel up to 25 mm, stainless steel up to 20 mm, aluminium up to 12 mm on the TruLaser 3030 (5 kW).

LAS-F

Fiber laser

TruLaser 1030 fiber for thin to medium-gauge sheet as well as non-ferrous metals such as copper and brass.

LAS-R

Tube laser cutting

Round, square and rectangular tubes up to 6,000 mm in length, cross-section 15–250 mm, with automatic weld seam detection.

ST

Punching

Punch-laser combination TruMatic 6000 (220 kN, 18 tools) for recurring hole patterns, steel up to 8 mm.

ABK

Press braking / Swing folding

Up to 10 mm material thickness and 4,000 mm length with a tolerance of ±0.1 mm.

WIG

TIG welding

For stainless steel, aluminium and alloyed steels with narrow, reworkable seams.

MAG

MIG/MAG welding

For unalloyed and low-alloy steels.

OFL

Surface finishing

Grinding of sheets up to 1,250 mm width and tubes, polishing, glass bead blasting up to 1,950 mm length, deburring, painting in-house.

Location

Standort Horn-Bad Meinberg

Horn-Bad Meinberg

DE

Headquarters and manufacturing

Lot size
Prototype to large series
Materials
Steel, stainless steel, aluminium, copper, brass
  • Trumpf TruLaser 3030 (5 kW)
  • Trumpf TruLaser 1030 fiber
  • Trumpf TruLaser Tube 7000
  • Trumpf TruMatic 6000
  • Trumpf TruBend 7036
  • Trumpf TruBend 1100
  • Trumpf TruBend V200
  • RAS swing folding machine

Typical Parts

Laser-cut sheet metal parts
Laser-cut sheet metal partsLaser cutting · Mechanical engineering
Frame parts for superstructures
Frame parts for superstructuresLaser cutting · Vehicle and trailer construction
Braked steel component
Braked steel componentPress braking · Plant engineering
TIG weld seam on a stainless steel component
TIG weld seam on a stainless steel componentTIG welding · Shopfitting
Welded assembly
Welded assemblyAssembly fabrication · Mechanical engineering
Tube and turned components
Tube and turned componentsTube laser cutting · Tube furniture

Inside the production

Tube laser cutting on the TruLaser Tube 7000
Tube laser cutting on the TruLaser Tube 7000
Automatic sheet feeding LiftMaster Compact on the laser cutting system
Automatic sheet feeding LiftMaster Compact on the laser cutting system
Press braking on the TrumaBend V200
Press braking on the TrumaBend V200
Welding workstation for TIG and MIG/MAG
Welding workstation for TIG and MIG/MAG
Assembly of an assembly unit in production
Assembly of an assembly unit in production
Design and production planning at the CAD workstation
Design and production planning at the CAD workstation
Company premises with photovoltaics on the hall roofs
Company premises with photovoltaics on the hall roofs

Industries

Mechanical engineeringVehicle and trailer constructionPlant engineeringShopfittingTube furniture

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Laser cutting (flatbed)Machining±0.1 mm3,000 mm × 1,500 mm–1 piece – several thousand piecesSteel, Stainless steel, Aluminium, Copper, Brass
Tube laser cuttingMachining±0.1 mm6,000 mm–1 piece – several thousand piecesSteel, Stainless steel, Aluminium
Punching / punch-laser combinationForming±0.1 mm3,000 mm × 1,500 mm––Steel, Stainless steel, Aluminium
Press brakingForming±0.1 mm4,000 mm––Steel, Stainless steel, Aluminium
Swing foldingForming–4,000 mm––Steel, Stainless steel, Aluminium
MIG/MAG weldingJoining––––Steel (unalloyed, low-alloy)
TIG weldingJoining––––Aluminium, Stainless steel, alloyed steels
Surface finishing (grinding, polishing, deburring, painting, glass bead blasting)Surface–1,950 mm × 1,250 mm (sheet grinding)––Steel, Stainless steel, Aluminium
Powder coating / wet painting (via partner companies)Surface––––Steel, Stainless steel, Aluminium
Tube bending (via partner companies)Forming––––Steel, Stainless steel, Aluminium
Assembly fabrication incl. final assembly and final inspectionAssembly––––Steel, Stainless steel, Aluminium
Design / manufacturing consultingEngineering–––––

8 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
Flatbed laser (CO₂)Trumpf TruLaser 303011,500 × 3,000 mm, 5 kW, steel up to 25 mm–Horn-Bad Meinberg
Fiber laserTrumpf TruLaser 1030 fiber1thin to medium-gauge sheet, also copper/brass–Horn-Bad Meinberg
Tube and profile laserTrumpf TruLaser Tube 700012.7 kW, length up to 6,000 mm, cross-section 15–250 mm–Horn-Bad Meinberg
Punch-laser combinationTrumpf TruMatic 60001220 kN punching force, up to 3,200 W laser power, 18 tools, 3,000 × 1,500 mm–Horn-Bad Meinberg
Press brakeTrumpf TruBend 70361––Horn-Bad Meinberg
Press brakeTrumpf TruBend 11001––Horn-Bad Meinberg
Press brakeTrumpf TruBend V2001––Horn-Bad Meinberg
Swing folding machineRAS1up to 4,000 mm length–Horn-Bad Meinberg

Additional services

Laser cutting (flatbed, tube)Punching (punch-laser combination)Tube laser cutting up to 6,000 mmPress braking / swing foldingWelding (MAG, TIG)Surface finishing (grinding, polishing, glass bead blasting, painting, deburring)Assembly fabrication incl. final assembly and final inspectionDesign / creation of manufacturing documentationCoating (powder coating, wet painting) via partner companiesTube bending via partner companiesMaterial procurement incl. customer-supplied materialInspection certificate 3.1 per DIN EN 10204NDA on requestPrototypes to large series

Quality

Parts are inspected in-house before delivery; accuracy across all manufacturing steps is ±0.1 mm. On request with inspection certificate 3.1 per DIN EN 10204; materials are procured from verified sources, customer-supplied material is possible.

EvidenceHorn-Bad Meinberg
ISO 9001
Inspection certificate 3.1 (DIN EN 10204)

History

  1. 1981

    Start of production at the Horn-Bad Meinberg site; the company has been operating at the same location ever since.

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