Frequently Asked Questions About EDS Casting & Forging

No. EDS operates as an engineering and trading partner. We coordinate production through qualified external suppliers, including foundries, forging companies, machining partners, finishing providers and logistics partners. This allows us to select the most suitable production route for each industrial component instead of being limited to one internal process.

EDS supports industrial component projects involving casting, forging, machining, surface finishing, assemblies, quality documentation, supplier coordination and supply chain follow-up. Typical projects include railway components, hydraulic parts, machinery components, transport parts, heavy equipment components and custom metal parts based on technical drawings.

Yes. Customers and partners can visit our office in the Netherlands to discuss technical requirements, feasibility, sourcing options, quality documentation and supply chain planning. For efficient preparation, we recommend sharing drawings, specifications and project details before the meeting.

EDS works with a broad range of ferrous and non-ferrous materials, including ductile iron, grey iron, carbon steel, alloy steel, stainless steel, aluminium alloys, copper-based alloys and selected special alloys. Material selection depends on the manufacturing process, mechanical requirements, corrosion exposure, heat treatment and customer specification.

EDS supports multiple casting routes, including sand casting, investment casting, shell moulding, gravity die casting, high-pressure die casting, lost foam casting, sintering, 3D sand printing and 3D printed cores. The best process depends on geometry, material, wall thickness, tolerance requirements, tooling cost and production volume.

EDS supports forged component sourcing through processes such as closed die forging, open die forging, rolled ring forging, cold forging and multi-directional forging. Forging is often suitable for components requiring high strength, improved grain flow, fatigue resistance and structural integrity.

Yes. EDS can review drawings, material requirements, mechanical loads, tolerances, production volume and application conditions to help determine whether casting, forging, machining or a combined production route is the most suitable option.

You can request a quotation through the contact form by sending your drawing, material specification, quantity, annual volume, delivery destination and any applicable quality requirements. The more technical information you provide, the faster and more accurately we can review the project.

For quotation and technical review, you can provide 2D drawings, 3D CAD files and supporting documents. Common formats include PDF, STEP, STP, IGES, DWG, DXF and ZIP files. Material specifications, inspection requirements and application notes are also useful.

Yes. Depending on the process and part requirements, EDS can support prototypes, one-off parts and small batches. Sand casting, 3D sand printing, 3D printed cores and selected investment casting routes can be suitable for development projects and low-volume production.

Minimum order quantity depends on the manufacturing process, material, tooling investment and supplier setup. Sand casting and some forging routes can be more flexible, while high-pressure die casting and sintering usually require higher volumes due to tooling and production economics.

Lead times depend on process complexity, tooling, quantity, material availability, inspection requirements and logistics. Standard projects can range from several weeks to a few months. Tooling, samples, surface treatments, special testing or international transport may add additional time.

Yes. EDS can coordinate logistics, transport documentation, shipment planning and delivery follow-up. Depending on the project, we can support international shipping, delivery to the customer, stock coordination or warehousing support in the Netherlands.

Yes. For selected recurring components, EDS can support stock coordination and warehousing arrangements. This can help improve availability, reduce supply risk and support customers with regular demand or long production lead times.

Parts can be supplied with project-specific documentation, including material certificates, dimensional reports, inspection records, coating documentation and other quality documents when required. Traceability requirements should be defined before production starts.

EDS coordinates quality through supplier selection, technical review, inspection planning, documentation follow-up and production communication. Depending on the project, this may include dimensional checks, material verification, testing records, photos, certificates and corrective action follow-up.

If a defect or non-conformity is reported, EDS reviews the available evidence with the customer and supplier. This may include photos, measurement reports, batch information and application details. The next step can involve root cause analysis, corrective action, replacement or another agreed resolution depending on the case.

Yes. EDS can coordinate machining after casting or forging, including milling, turning, drilling, threading, boring, datum machining and final dimensional control. Machining requirements should be defined clearly on the drawing or technical specification.

Yes. EDS can coordinate surface finishing and protection processes such as blasting, painting, coating, plating, galvanizing, phosphating and other industrial surface treatments. The correct process depends on material, corrosion exposure, surface requirements and customer specification.

Yes. EDS can support mechanical assemblies and subassemblies involving cast, forged, machined, finished and purchased components. Assembly scope can include fasteners, bearings, seals, functional checks, documentation and packing requirements.