GDH Metallverarbeitungs GmbH
Premium

GDH Metallverarbeitungs GmbH

DEGermany, 56470 Bad Marienberg
GDH Metallverarbeitungs GmbH logo

Overview

About GDH Metallverarbeitungs GmbH

Who we are

Tools of GDH Need smart tool solutions or the realization of complicated processing problems? From planning and design through the development of the individual components to the construction of the finished tool: GDH is in the design and manufacture of tools for sheet metal processing since 1992 competent partner. Our strengths are our deep-drawing tools especially when multiple trains are required. Tools we manufacture as an insert, consequential, Progressive and transfer dies, both for prototypes, as well as for series production up to a maximum weight of 10 tons. Deep-drawn parts of GDH We manufacture drawn parts made of all metal forming materials to be processed. Materials such as steel, stainless steel and nonferrous metals are brought with us into the right shape. The processing at a material thickness of 0.3 mm - 10 mm thickness up to a pressure of 800 tons possible. We manufacture according to your drawings, CAD data, and according to your samples.Their tools are taken or produced in-house. In addition, we offer the possibility of deep drawing simulation with single trains in our house. Pressed parts of GDH With us you get spun parts from all metal forming materials to be processed. Materials such as copper, brass, steel, aluminum, stainless steel, tin, and zinc are staying with us in the right shape. Rotationally symmetrical workpieces are to oä to a round plate size of 800 mm in diameter with an initial sheet thickness of 6 mm in St, 4 mm in VA, 8 mm in CU / CnZu. and 10 mm in Al manufactured as pressed parts. We manufacture according to your drawings, CAD data, and according to your samples. Their tools are taken or produced in-house. Laser Technology at GDH Lasers: We laser in 2D technology in possible sizes 3000 x 1500 mm. maximum thickness * In VA to 12 mm * St to 20 mm * Al to 6 mm In 3D technology routes of sizes 3200 x 1525 x 600 mm are possible. Maximum thickness here * In VA to 4 mm * St to 8 mm * Al to 3 mm Punch Technology GDH Punching: Up to a print capacity of 120 tons from the tape. Up to 800 tonnes in the insertion process.
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Bad Marienberg, Germany
Member since 2001
Premium Member since 2021
Employees100 - 200
Certificates4
Turnover20 - 50 Mil.
Year of foundation1992

Competencies

Technologies

Etching and Spark Erosion

TechnologiesLotsizeLengthWidthHeightWeight
Spark erosion wire cutting
1–10,00010–600 mm10–400 mm5–300 mm0–1,000 kg

Sheet Metal Forming (Stamping, Deep-drawing)

TechnologiesLotsizeLengthWidthHeightDiameterMaterial thickness
Punching / pressing (Out-of-tool)
1–10 M0–1,500 mm0–1,000 mm0–10 mm
Deep-drawing
1–10 M0–2,000 mm0–1,000 mm0–500 mm0–15 mm
Spinning
1–10,00050–800 mm0.5–8 mm

Sheet Metal Processing

TechnologiesLotsizeLengthWidthHeightWeightMaterial thickness
Laser cutting 2D
0–10 M0–3,000 mm0–1,500 mm0–20 mm
Laser cutting 3D
0–10 M0–2,000 mm0–1,000 mm0–1,000 mm0–5,000 kg0–10 mm
Bending / folding
from 10–3,000 mmfrom 0 mm
Punching / nibbling
from 1from 0 mmfrom 0 mmfrom 0 mm
Combined forming laser cutting / punching
from 1from 0 mmfrom 0 mmfrom 0 mm
Oxyacetylene cutting
1–10 M1–2,000 mm1–2,000 mm0–20,000,000 kg1–20 mm
Plate rolling / bending
from 1from 0 mm0–5 mm
Shearing (rectangular blank/strip)
1–10 M0.5–3.25 mm

Cutting dies / deep drawing dies

TechnologiesLengthWidthHeightWeight
Punching / Cutting tools
0–4,000 mm0–1,000 mm0–1,000 mm0–10,000 kg
Follow-on composite tools
0–4,000 mm0–1,000 mm0–1,000 mm0–10,000 kg
Fineblanking tools
0–4,000 mm0–1,000 mm0–1,000 mm0–10,000 kg
Deep-drawing dies
0–4,000 mm0–1,000 mm0–1,000 mm0–10,000 kg
Die replacement / wearing part manufacturing
Embossing / swage dies
0–4,000 mm0–1,000 mm0–1,000 mm0–10,000 kg

Jigmaking

TechnologiesLengthWidthHeightWeight
Drilling / milling jigs
0–15,000 mm0–3,000 mm0–3,000 mm0–10,000 kg
Gauges
0–15,000 mm0–3,000 mm0–3,000 mm0–10,000 kg
Measuring / testing jigs
0–15,000 mm0–3,000 mm0–3,000 mm0–10,000 kg
Assembly jigs
0–15,000 mm0–3,000 mm0–3,000 mm0–10,000 kg
Welding jigs
0–15,000 mm0–3,000 mm0–3,000 mm0–10,000 kg
Clamping devices
0–15,000 mm0–3,000 mm0–3,000 mm0–10,000 kg

Welding

TechnologiesLotsizeLengthWidthHeightDiameterWeightMaterial thickness
Inert gas shielded arc welding (MIG/MAG)
1–10 M1–5,000 mm1–1,000 mm1–1,000 mm0–5,000 kg
Inert gas shielded arc welding (TIG)
1–1 M1–5,000 mm1–1,000 mm1–1,000 mm0–5,000 kg
Laser-beam welding
1–10 M1–10,000 mm1–10,000 mm1–10,000 mm1–10,000 mm0–10,000,000 kg
Robot welding
0–10 M0–5,000 mm0–1,000 mm0–1,000 mm0–5,000 kg
Spot welding
1–10 M0.1–1,000 mm
Stud welding
1–10 M

Welded constructions / Structural Steelwork

TechnologiesLengthWidthHeightWeight
Welded constructions (weldments)
1–5,000 mm1–2,000 mm1–2,000 mm0–5,000 kg
Machine frames / bases / racks
1–5,000 mm1–1,000 mm1–1,000 mm0–5,000 kg

Turning

TechnologiesLotsizeLengthDiameter
Turning
10–1 M0–2,000 mm0–1,200 mm
Automatic turning (bar)
from 10–800 mm10–100 mm
Full-range turning (including milling)
10–500 k0–1,000 mm0–200 mm
Hard turning
0–10 M1–2,000 mm1–1,200 mm

Machining (Extruded Profiles)

TechnologiesWidthHeightWeight
Machining of extruded sections
1–1,000 mm1–1,000 mm0–5,000 kg

Milling

TechnologiesLotsizeLengthWidthHeightDiameter
Milling
0–10 M1–4,600 mm1–900 mm1–900 mm
5-axis milling machines
0–10 M0–560 mm0–650 mm0–750 mm
Form milling (3 D)
1–10 M0–4,600 mm0–900 mm0–900 mm
Full-range milling (including turning)
1–100 M1–1,000 mm1–1,000 mm1–1,000 mm1–1,000 mm

Drilling / Sawing

TechnologiesLotsizeLengthWidthHeightDiameterWeight
Sawing
1–10 M1–12,000 mm1–1,000 mm1–1,000 mm1–1,000 mm
Drilling / threading / tapping
1–10 M1–10,000,000 mm1–10,000,000 mm1–10,000,000 mm0–10,000,000 kg

Materials

Light metals
Aluminium and aluminium alloysMagnesium and magnesium alloysTitanium and titanium alloys
Cast metals
Cast steelCast iron
Plastics/synthetic materials
ThermoplasticsThermosetsElastomersGlass fibre-reinforced plasticCarbon fibre-reinforced plasticParticle reinforced composite materials
Heavy metals
Copper-zinc alloys (brass)Copper and copper alloysZinc and zinc alloysSolder
Steel
Structural steelCase hardening/tempering steelStainless steel (rust-proof V2A)Stainless steel (rust-proof V4A)Free-cutting/mild steelTool steelSpring steelCold extruding steel
Advanced Materials
Nickel alloy (Inconel, Monel, Hastelloy)

Industries

Medical technologyMeasurement and control technique, laboratory equipmentBoiler, container and tank construction Railway and rail vehicles industryChemical industryOffice machinery and suppliesDrive and gear engineeringApparatus engineeringFittings engineeringAutomotive and vehicle constructionConstruction and architectural suppliesMachine tool manufacturingPaper and printing machinery industryMilitary engineeringPlant engineering and constructionLighting industryMining and tunnel engineeringPower generation and transmission industryHousehold appliance industryHydraulic and pneumatic industryMechanical engineeringSpecial purpose machinery manufacturingAerospace and aviation industryAir conditioning, refrigeration and ventilation industryElectrical industryBuilding, agricultural and forestry machinery manufacturingInformation technology (hardware)Automation and control engineeringFurniture industryPrecision engineering, mechatronics and opticsPackaging industry

Certificates

ISO 9001:2015

ISO 14001

DIN EN 1090

DIN EN ISO 3834

Parts & Machines

Parts (4)

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Druckbehälterkomponenten
Druckbehälterkomponenten
TechnologyDeep-drawing
MaterialStructural steel
Lotsize0
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Tiefziehbauteil
Tiefziehbauteil
TechnologyDeep-drawing
MaterialStainless steel (rust-proof V2A)
Lotsize5000
ComplexityMedium
DescriptionDie Herausforderung bei der Herstellung dieses Tiefziehbauteils liegt darin, dass die komplizierte 3D Kontur sehr genau gefertigt werden musste und, dass die Bauteile per 3D Messverfahren gegen einen Datensatz über einen 3D-Laserscanner geprüft wurden.
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Tiefzieh- Stanz Bauteil
Tiefzieh- Stanz Bauteil
TechnologyDeep-drawing
MaterialStainless steel (rust-proof V2A)
Lotsize0
ComplexityMedium
DescriptionDie Herausforderung bei diesen Bauteilen lag darin, dass die Blechstärke sehr gering war und die Bauteile eine gewisse Rissneigung hatten. Ebenso wurden die gestanzten Löcher auf der Seite im Selben Arbeitsgang angefertigt wie die Löcher auf der Oberseite. Dazu kommt, dass das Bauteil sehr fein toleriert ist.
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Pressenwerkzeug
Pressenwerkzeug
TechnologyPunching / Cutting tools
MaterialStructural steel
Dimensions
Length700 mm
Weight400 mm
Width300 mm
Height400 mm
Lotsize1
ComplexityLow

Machinery (20)

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Gigant 800 T Presse
Gigant 800 T Presse
ManufacturerGigant
ControlSiemens S7
Year of Construction2014
Technology
Deep-drawing
2 / 20
MV 2400
MV 2400
ManufacturerMitsuishi
ControlCAD / CAM über Solid Works
Year of Construction2016
3 / 20
-
ManufacturerHDM
Controlpnc
Year of Construction1998
Technology
Spinning
4 / 20
-
ManufacturerStahl
Control-
Year of Construction2001
Technology
Shearing (rectangular blank/strip)
5 / 20
-
ManufacturerIMS
Control-
Year of Construction2001
Technology
Punching / pressing (Out-of-tool)
6 / 20
-
ManufacturerAmada
Control-
Year of Construction2000
7 / 20
-
ManufacturerKASTO
Control-
Year of Construction2000
8 / 20
-
ManufacturerVDF
Control-
Year of Construction2001
9 / 20
-
ManufacturerLagun
Control-
Year of Construction2001
10 / 20
-
ManufacturerLagun
Control-
Year of Construction2001
11 / 20
-
ManufacturerLagun
Control-
Year of Construction2001
12 / 20
-
ManufacturerBridgeport
Control-
Year of Construction2001
13 / 20
-
ManufacturerBlohm
Control-
Year of Construction2001
14 / 20
-
ManufacturerBlohm
Control-
Year of Construction2001
15 / 20
-
ManufacturerMATRA
ControlFanuc
Year of Construction1996
Technology
Spark erosion wire cutting
16 / 20
-
ManufacturerMATRA
ControlFanuc
Year of Construction1996
Technology
Spark erosion wire cutting
17 / 20
-
ManufacturerMATRA
ControlFanuc
Year of Construction1996
Technology
Spark erosion wire cutting
18 / 20
-
ManufacturerMATRA
ControlFanuc
Year of Construction1990
Technology
Spark erosion wire cutting
19 / 20
H- Wenderoboter 5Meter
H- Wenderoboter 5Meter
ManufacturerCloos
ControlQuirox
Year of Construction2020
Technology
Robot welding
20 / 20
SLZ 1200
SLZ 1200
ManufacturerSeiger Drehmaschinen
ControlSiemens 840d Solution
Year of Construction2015
4 Parts
Deep-drawing3
Punching / Cutting tools1
20 Machinery
Deep-drawing1
Spinning1
Shearing (rectangular blank/strip)1
Punching / pressing (Out-of-tool)1
Spark erosion wire cutting4
Robot welding1

Contact

Location

Main locationHinter der Jahnstraße 4, 56470 Bad Marienberg, Germany
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Further locationsBad Marienberg
Werk 1 Hinter der Jahnstraße,
Werk 2 Jahnstraße 11B
Bundesland: Rheinland-Pfalz
Landkreis: Westerwaldkreis
Verbandsgemeinde: Bad Marienberg (Westerwald)

Company contact

Contact persons

NH
Niklas Hölper
SS
Simon Schell
DH
Detlef Hölper
DW
David Warncke
SB
Silke Botzen
RD
Ralf Dommermuth
MG
Mattias Gemki

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