Cost-effective small-batch manufacturing for industrial companies
From pre-series and recurring small batches to assembly-ready modules.

Small-series manufacturing at all-forming covers the cost-effective production of small batches, pre-series and recurring call-off parts for industrial companies. Depending on the component, process and requirements, small batches are suitable for anything from a few units to several thousand parts – especially when flexibility, cost-effectiveness and repeatable quality are required.

Our small-batch manufacturing is particularly suitable for companies whose quantities are too low or too flexible for traditional high-volume manufacturers. Thanks to our own production capacities, toolmaking and a high level of vertical integration, changing requirements, variants and recurring call-offs can also be implemented cost-effectively.

Depending on the component and requirements, we combine CNC machining (milling & turning), sheet metal processing, sheet metal forming, stamping, 2D/3D laser cutting and assembly manufacturing. This produces precise metal components and assembly-ready parts – from pre-series to recurring small batches.

Materials: steel, pre-galvanized steel, stainless steel, aluminum, copper and other non-ferrous metals

Manufacturing: stamping, sheet metal processing, CNC machining (milling & turning), 2D/3D laser cutting, assembly manufacturing, contract manufacturing

Your partner for flexible small-batch manufacturing

Hohe Fertigungstiefe in der Kleinserienfertigung bei all-forming: Facharbeiter richtet eine moderne Werkzeugpresse für die exakte Blechbearbeitung ein.
Hohe Fertigungstiefe in der Kleinserienfertigung bei all-forming: Facharbeiter richtet eine moderne Werkzeugpresse für die exakte Blechbearbeitung ein.

all-forming supports companies from pre-series to recurring small-batch manufacturing – with flexible manufacturing processes, plannable call-offs and a high level of vertical integration.

Your benefits:

  • Cost-effective small-batch manufacturing
    for quantities below traditional high-volume production
  • Reproducible manufacturing quality
    for recurring small batches and call-offs
  • High level of vertical integration
    from manufacturing to the assembly-ready module
  • Flexible manufacturing
    for variants, changes and fluctuating quantities
  • Plannable call-offs & quantity contracts
    for recurring requirements
  • Combined processing
    with stamping, laser, CNC and assembly
  • Personal support
    from inquiry to finished component

Renowned industrial companies trust our small-batch manufacturing

all-forming Blechbearbeitung: Präzise 3D-Laserbearbeitung und Beschneidung eines umgeformten Blechbauteils in der industriellen Fertigung.

Our manufacturing processes for modern small-batch manufacturing

all-forming combines different manufacturing technologies for the cost-effective production of small batches and recurring call-off parts. Depending on the component, quantity and requirements, we combine CNC machining (milling & turning), sheet metal processing, sheet metal forming, 2D/3D laser cutting and assembly manufacturing into reproducible manufacturing solutions.

Kleinserienfertigung bei all-forming: Facharbeiter fertigt ein präzises Entwicklungsmuster aus Blech an der CNC-Maschine.

Selected projects & components from small-batch manufacturing

Our projects demonstrate the possibilities of modern small-batch manufacturing –
from precise sheet metal parts to assembly-ready modules for recurring series call-offs.

Tiefziehen in der Kleinserienfertigung – Vier seriennahe Kleinserienteile aus Blech für eine Vorserie.

Deep-drawn component for small-batch production

Deep-drawn metal component for recurring call-offs in the automotive sector – manufactured cost-effectively in small batches with reproducible quality.

Sheet metal forming

Druckguss und CNC-Bearbeitung in der Kleinserienfertigung – Ein Gehäuse im Aluminiumdruckguss gefertigt und CNC-Nachbearbeitet.

CNC-finished aluminum small batch

CNC-finished aluminum die-cast components with precise functional surfaces, tight tolerances and high repeatability – ideal for recurring small batches and industrial applications.

CNC machining

Laserschneiden in der Kleinserienfertigung – Seriennahe Stromschienen aus Kupfer in einer Kleinserie gefertigt.

Laser-cut busbars

Precisely laser-cut copper busbars for mechanical engineering and electrical engineering – flexibly manufactured in small batches, without high tooling costs.

Laser cutting

Baugruppenfertigung in der Kleinserienfertigung – Hybridbaugruppe aus Blech und Kunststoff aus einer Kombination verschiedener Fertigungsverfahren wie CNC-Bearbeitung, Laserschneiden, Schweißen, Blechumformung und Spritzguss.

Hybrid assembly

Combination of CNC, laser cutting, sheet metal processing and assembly for complex industrial modules.

Assembly manufacturing

Stanzen in der Kleinserienfertigung – Wirtschaftlich gefertigtes Stanzteil mit hoher Wiederholgenauigkeit für elektrische und industrielle Anwendungen.

Precision stamped part

Cost-effectively manufactured stamped part with high repeatability for electrical and industrial applications.

Sheet metal stamping

Drahterodieren in der Kleinserienfertigung – Aus Berylliumkupfer gerfertigte Präzisionskomponente für Serienprozesse mit höchsten Genauigkeitsanforderungen.

Wire-EDM-machined welding electrode

Precision component made of beryllium copper for series processes with the highest accuracy requirements.

Wire EDM

Erstklassige Kleinserienfertigung bei all-forming: Präzisionswerkzeuge und Formteile auf der Werkbank in der Fertigungshalle.

Why small-batch manufacturing with all-forming?
More flexible than high-volume production. More cost-effective than individual parts.

Many industrial companies require quantities that are too small for traditional series suppliers – while still requiring reliable and plannable manufacturing. Small-series manufacturing at all-forming combines cost-effective manufacturing processes with high flexibility and reproducible quality.

all-forming helps companies to:

  • Manufacture small batches cost-effectively
  • Reliably accommodate recurring requirements
  • Keep supply chains flexible
  • Reduce tooling and manufacturing costs
  • Implement variants and changes quickly
  • Reliably secure supply chains and production processes
  • Source assembly-ready modules from a single source
FAQ-Symbol mit blauem Fragezeichen und grauen Metallteilen für Fragen zur Kleinserienfertigung

Frequently asked questions about small-batch manufacturing at all-forming (FAQ)

What is meant by small-batch manufacturing?

Small-series manufacturing refers to the cost-effective production of recurring components in small to medium quantities – typically between prototyping and high-volume production.

What is the difference between small-batch manufacturing and series production?

Small-series manufacturing is suitable for smaller and frequently changing quantities, where flexibility and cost-effective manufacturing are the priorities. Traditional series production, by contrast, is more geared toward large quantities, standardized processes and maximum economies of scale.

What is the difference between prototyping and small-batch manufacturing?

Prototyping primarily serves the development and validation of new components. Small-series manufacturing is designed for the repeatable and cost-effective production of defined components in small quantities.

What quantities are suitable for small-batch manufacturing?

Depending on the component and process, small batches are suitable for anything from a few units to several thousand parts per year.

When does small-batch manufacturing make sense?

Small-series manufacturing is particularly suitable for fluctuating requirements, pre-series, spare parts, variant production or when quantities are too low for traditional series suppliers.

Can all-forming also supply recurring call-offs?

Yes, all-forming offers plannable call-off orders, quantity contracts and framework agreements for recurring requirements.

What advantages does small-batch manufacturing offer over high-volume production?

Small batches offer greater flexibility, lower tooling costs, faster changes and shorter development times.

Which manufacturing processes are used in small-batch manufacturing?

Depending on the component, material and quantity, CNC machining (milling & turning), sheet metal processing, sheet metal forming, stamping, 2D/3D laser cutting, wire EDM and assembly manufacturing are used. The processes can be combined according to requirements to produce cost-effective and reproducible small batches.

Are assembly-ready modules also possible?

Yes, all-forming manufactures complete modules including welding, assembly and post-processing.

How quickly can small batches be manufactured?

Flexible processes and modern manufacturing technologies enable short delivery times of just a few weeks.

How can parts be ordered from all-forming, or what does the process involve?

The ordering process at all-forming is simple and efficient – with personal support from the very beginning:

  1. You send us your CAD data (e.g. STEP, DXF) or a technical drawing with all specific requirements (material, coating, quantity).
  2. Within a very short time, you will receive a non-binding quote from your personal contact.
  3. After placing your order, you will receive an order confirmation containing all relevant details.
  4. From this point onward, all-forming takes over the entire manufacturing process – from planning through on-time delivery.
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