Expertise
Knowledge from 106 years of manufacturing.
Answers to the questions engineers and buyers really ask. Clearly explained and straight from practice.
Plastic injection moulding
Fundamentals, processes, technical terms and customer benefits relating to plastic injection moulding as a core capability of Friedrich Joerg.
Description
Plastic injection moulding is an industrial manufacturing process for the economical production of plastic parts in high volumes. Molten plastic is injected into a mould, shaped there and then ejected. The process enables high repeat accuracy, short cycle times and complex geometries.
Benefit for the customer
Customers benefit from high cost-effectiveness in series production, consistent quality and the ability to produce even complex components efficiently.
Relevance to Friedrich Joerg
Friedrich Joerg uses plastic injection moulding as a core technology for manufacturing technical plastic parts and function-integrated components for industrial applications.
Description
Technical injection moulding refers to the production of functional plastic components with defined mechanical, thermal or electrical properties. Unlike simple visible parts or consumer goods, the focus here is on function, precision and industrial durability.
Benefit for the customer
The customer receives components that are not merely shaped but functionally relevant, and that can be used reliably in demanding industrial applications.
Relevance to Friedrich Joerg
Friedrich Joerg specialises in technical plastic solutions used in industrial assemblies, drive systems, controls and other demanding applications.
Description
Thermoplastics are plastics that can be deformed under the influence of heat and processed again. They are the most important group of materials in injection moulding and are characterised by good processability, diverse property profiles and a wide range of uses.
Benefit for the customer
Thermoplastics offer a wide choice of materials for different requirements, for example with regard to stability, temperature resistance, chemical resistance or electrical properties.
Relevance to Friedrich Joerg
Friedrich Joerg processes thermoplastics for technical components and assemblies, matched to the respective application and the requirements of series production.
Description
Thermosets are plastics that cannot be reshaped once they have cured. This makes them fundamentally different from thermoplastics, and they are used above all where high dimensional stability and temperature resistance are required.
Benefit for the customer
The distinction helps in choosing the right material and ensures that the component material is precisely matched to the later application.
Relevance to Friedrich Joerg
For Friedrich Joerg, knowledge of the differences between materials is important in order to give customers technically sound support early on when selecting suitable materials and manufacturing processes.
Description
Elastomers are elastic plastics with rubber-like properties. They are used when flexibility, a sealing function or damping is required.
Benefit for the customer
Elastomers extend the functional possibilities of a component, for example in seals, grip zones or vibration-damping elements.
Relevance to Friedrich Joerg
In the context of technical assemblies, an understanding of different material classes such as elastomers is relevant when components are functionally extended or combined with other components.
Description
In 2K injection moulding, two different plastics are combined in one component. This makes it possible, for example, to bring together hard and soft materials or different colours and functions in a single production step.
Benefit for the customer
The customer benefits from reduced assembly effort, greater function integration and more economical overall solutions.
Relevance to Friedrich Joerg
Friedrich Joerg does not think of plastic parts in isolation, but as functional components within an assembly. Multi-component technologies support this principle of function integration.
Description
In insert moulding, prefabricated inserts, for example metal contacts or other functional elements, are placed in the mould and overmoulded directly with plastic. This produces highly integrated hybrid components.
Benefit for the customer
This reduces assembly steps, improves process reliability and enables compact, function-integrated solutions.
Relevance to Friedrich Joerg
Friedrich Joerg has particular strength in combining plastic and functional elements, creating industrial hybrid solutions with a high degree of integration.
Description
Overmoulding refers to moulding plastic directly over an existing component or insert. This allows several functions, materials or protection requirements to be combined in one component.
Benefit for the customer
The customer receives more robust, economically optimised components with greater functionality that require less assembly.
Relevance to Friedrich Joerg
For Friedrich Joerg, overmoulding is an important approach for transferring complex technical components economically into series production and combining several functions in one component.
Description
Toolmaking is the foundation of every successful injection moulding operation. It covers the development, design, manufacture and fine-tuning of the moulds used to produce plastic parts in series.
Benefit for the customer
A capable toolmaking department shortens time to market, enables faster iterations and creates the conditions for stable processes and reproducible quality.
Relevance to Friedrich Joerg
Thanks to integrated tooling expertise, Friedrich Joerg can bring production knowledge into component development early on and design plastic parts from the outset to suit the mould, assembly and production.
Description
The injection mould is the shaping unit in the manufacturing process. It largely determines the quality, reproducibility, cycle time and cost-effectiveness of a plastic component.
Benefit for the customer
An optimally designed mould improves quality, reduces scrap and ensures economical series production.
Relevance to Friedrich Joerg
Friedrich Joerg regards the mould not just as a means of production, but as a strategic lever for process stability, suitability for series production and technical quality.
Description
The sprue or gate is the point at which the plastic flows into the mould and into the component. Its position influences filling behaviour, surface quality, warpage and component function.
Benefit for the customer
A well-thought-out design improves component quality, reduces defects and ensures reliable series production.
Relevance to Friedrich Joerg
At Friedrich Joerg, this detailed technical expertise is incorporated into component design at an early stage to ensure functional and economical results in series production.
Description
The cycle time describes the duration of a complete production cycle from injection to demoulding of the component. It is a key factor for productivity and unit costs.
Benefit for the customer
Shorter and stable cycle times lower manufacturing costs and increase delivery reliability in series production.
Relevance to Friedrich Joerg
Friedrich Joerg designs components and processes in such a way that technical function and economical series production go hand in hand.
Description
Shrinkage describes the change in volume and dimensions of a plastic part as it cools after injection moulding. It must already be taken into account in design, mould layout and material selection.
Benefit for the customer
A proper understanding of shrinkage is crucial for dimensional accuracy, precise fit and reliable series production.
Relevance to Friedrich Joerg
Friedrich Joerg’s experience in design, tooling technology and series production helps to take shrinkage into account correctly at an early stage and to reduce later correction loops.
Description
Warpage refers to undesirable deviations in the shape of a component after the injection moulding process. Causes can include uneven cooling, material properties or unfavourable component geometries.
Benefit for the customer
Avoiding warpage improves function, ease of assembly and quality, and reduces rework or scrap.
Relevance to Friedrich Joerg
Friedrich Joerg brings production and tooling knowledge into component development early on in order to minimise warpage and enable stable series processes.
Description
Tolerances define the permissible dimensional deviations of a plastic component. In injection moulding, they depend on factors such as material, component geometry, mould design and process stability.
Benefit for the customer
Realistic and clearly defined tolerances ensure function, fit and ease of assembly, and avoid later quality problems.
Relevance to Friedrich Joerg
For technical components and assemblies in particular, reliable control of tolerances is an essential part of industrial series expertise for Friedrich Joerg.
Description
The series production of plastic parts stands for the reproducible manufacture of high volumes with consistent quality, defined processes and economical manufacturing costs.
Benefit for the customer
Customers benefit from predictable processes, stable quality, high delivery capability and economical production over long periods.
Relevance to Friedrich Joerg
Friedrich Joerg is geared towards industrial series production, combining technical expertise, production stability and an understanding of assemblies.
Description
Injection-moulded prototypes are used to test components realistically and validate their design before the start of series production. They create the basis for faster and more reliable transitions into series production.
Benefit for the customer
The customer can validate functions, geometries and ease of assembly early on and significantly reduce development risks.
Relevance to Friedrich Joerg
For Friedrich Joerg, early technical validation is an important part of working together as a development partner before and during the series ramp-up.
Description
Injection moulding simulation makes it possible to analyse filling behaviour, shrinkage, critical areas and possible component warpage digitally before the mould is built.
Benefit for the customer
This shortens development times, reduces risks and avoids later mould modifications or series production problems.
Relevance to Friedrich Joerg
Friedrich Joerg’s aim is not to correct technical solutions only once they are in series production, but to design and validate them robustly at an early stage.
Stamping and bending technology / metal
Production of precise metal components, in particular stamped and bent parts, as the basis for functional and hybrid assemblies.
Description
Stamped and bent parts are metal components produced from strip material by combining stamping and bending. This process enables the efficient production of complex geometries in high volumes.
Benefit for the customer
High cost-effectiveness in series production, precise and repeatable components, and the ability to integrate several functions in one component.
Relevance to Friedrich Joerg
Friedrich Joerg manufactures stamped and bent parts as functional core components, especially for electromechanical applications and assemblies with high requirements for precision and integration.
Description
Precision stamped and bent parts are characterised by particularly tight tolerances, high dimensional accuracy and reproducible quality. They are used above all in technically demanding applications.
Benefit for the customer
Reliable function, dependable ease of assembly and high process stability in series production – even with complex requirements.
Relevance to Friedrich Joerg
Friedrich Joerg stands for the industrial series production of precision stamped and bent parts that are precisely matched to the requirements of modern assemblies.
Description
Bihler technology combines stamping, bending and assembly in a highly automated process. This allows complex metal parts and assemblies to be produced in one continuous production step.
Benefit for the customer
Fewer process steps, lower costs, high process reliability and the ability to manufacture complex components economically in series.
Relevance to Friedrich Joerg
The use of Bihler technology underlines Friedrich Joerg’s expertise in highly automated series production and in integrating several production steps into one process.
Description
A progressive die allows a metal strip to be processed step by step in several successive stations within a single tool. This produces complex components in a continuous process.
Benefit for the customer
High productivity, stable quality and economical production, even in large volumes.
Relevance to Friedrich Joerg
Friedrich Joerg uses high-performance tooling concepts to produce complex stamped and bent parts efficiently and reliably in series.
Description
Stamping technology is a process for separating metal by means of cutting processes. It forms the basis for the production of stamped parts and stamped and bent parts.
Benefit for the customer
Fast, precise and economical production of metal components in large volumes.
Relevance to Friedrich Joerg
Stamping technology is a central part of Friedrich Joerg’s manufacturing expertise and is deliberately combined with other processes.
Description
Bending technology enables metal parts to be formed into three-dimensional geometries in a targeted manner. It complements stamping technology and extends the functional possibilities of a component.
Benefit for the customer
Complex geometries can be achieved without additional components, which reduces assembly effort and costs.
Relevance to Friedrich Joerg
Friedrich Joerg combines stamping and bending technology to create function-integrated components for industrial applications.
Description
Strip material (coil) is the starting material for stamping and bending technology. It is fed continuously into the production process and processed.
Benefit for the customer
Continuous processing enables high efficiency, consistent quality and economical series production.
Relevance to Friedrich Joerg
Friedrich Joerg processes different materials and strip grades, matched to the respective application and function of the component.
Description
Forming technology describes processes in which metal is brought into a desired shape by plastic deformation, without removing material.
Benefit for the customer
Material-efficient manufacture, high component strength and economical production.
Relevance to Friedrich Joerg
Forming technology is an integral part of production at Friedrich Joerg and enables the manufacture of robust and precise metal components.
Description
Tooling technology in stamping and bending covers the development and design of tools that combine several production steps in one process.
Benefit for the customer
Optimised tools lead to more stable processes, lower costs and faster readiness for series production.
Relevance to Friedrich Joerg
Thanks to its own tooling expertise, Friedrich Joerg brings production knowledge into component development early on and ensures a design that suits the tool.
Description
In high-speed stamping, metal parts are produced at very high stroke rates. This enables extremely efficient production of large volumes.
Benefit for the customer
High productivity, low unit costs and reliable delivery capability.
Relevance to Friedrich Joerg
Friedrich Joerg uses efficient production processes to produce economically and reliably, even at large series volumes.
Description
Tolerances define the permissible dimensional deviations of stamped and bent parts. They depend on material, tool, process and geometry.
Benefit for the customer
Reliable function, good ease of assembly and stable quality throughout the entire series.
Relevance to Friedrich Joerg
Reliable control of tolerances is crucial for Friedrich Joerg in order to manufacture complex assemblies reliably and reproducibly.
Hybrid technology
Combining metal, plastic and function into integrated components and assemblies ready for series production with high customer benefit.
Description
Metal-plastic composite parts combine the properties of both materials in one component. Metal contributes, for example, stability, conductivity or a contact function, while plastic provides insulation, geometry, protection or fastening functions.
Benefit for the customer
The customer receives functionally optimised components in which several requirements are combined in one solution. This reduces individual parts, assembly effort and interface risks.
Relevance to Friedrich Joerg
Friedrich Joerg develops and manufactures metal-plastic composite parts as industrial functional components, specifically designed for suitability for series production, ease of assembly and application reliability.
Description
Hybrid components are components in which different materials and functions are deliberately combined. The aim is to bring together the advantages of different technologies in a single component.
Benefit for the customer
Hybrid components enable more compact designs, fewer parts, reduced assembly costs and higher functional density.
Relevance to Friedrich Joerg
Hybrid components are a central part of Friedrich Joerg’s positioning, because this is where expertise in plastic injection moulding, stamping and bending technology and an understanding of assemblies come together.
Description
Insert technology describes placing metal or functional parts in an injection mould in order to bond them directly with plastic. This produces highly integrated hybrid solutions with precisely defined functions.
Benefit for the customer
The process reduces downstream assembly steps, increases process reliability and improves reproducibility in series production.
Relevance to Friedrich Joerg
Friedrich Joerg uses insert technology to integrate technical functional elements into the component design at an early stage and transfer them economically into series production.
Description
Function integration means combining several technical functions in one component or assembly. This avoids additional components, interfaces and assembly steps.
Benefit for the customer
Fewer individual parts mean less complexity, lower costs, better process reliability and a more robust overall solution.
Relevance to Friedrich Joerg
Function integration is one of Friedrich Joerg’s key added values: components are not considered in isolation, but designed to meet several requirements at the same time and fit optimally into later series production.
Description
Assembly integration describes the technical and design-related incorporation of individual components into a higher-level assembly. This is not just about the function of the individual part, but about how it interacts within the overall system.
Benefit for the customer
The customer benefits from better-coordinated solutions, less coordination effort between suppliers and greater reliability in the later series process.
Relevance to Friedrich Joerg
Friedrich Joerg always understands components in the context of the entire application and brings this understanding of assemblies into development and design at an early stage.
Description
When overmoulding metal parts, metallic components are deliberately encased in plastic or functionally supplemented. This produces composite components that combine mechanical, electrical and geometric requirements.
Benefit for the customer
This creates robust, economical solutions requiring little assembly, with a high integration density and improved protection of sensitive functional areas.
Relevance to Friedrich Joerg
Overmoulding metal parts is one of Friedrich Joerg’s key capabilities when it comes to realising industrial hybrid components with high technical functionality that are ready for series production.
Description
When overmoulding contact parts, metallic contacts or conductor structures are combined with plastic in order to unite electrical function, positioning, insulation and mechanical protection in one component.
Benefit for the customer
The customer receives function-integrated, reliable solutions that are easy to assemble and offer particular advantages in electromechanical applications.
Relevance to Friedrich Joerg
Friedrich Joerg has particular strength in the development and manufacture of overmoulded contact parts for demanding industrial applications.
Description
Electromechanical components combine electrical and mechanical functions in one component or assembly. Typical examples are components for drive technology, controls, contact elements or industrial interfaces.
Benefit for the customer
The customer receives functionally highly relevant components that are designed precisely for their application and can be reliably integrated into industrial systems.
Relevance to Friedrich Joerg
Friedrich Joerg specialises in the development and manufacture of electromechanical components for which precision, an understanding of materials and assembly expertise are decisive.
Assemblies & system supplier
Manufacture, assembly and delivery of complete assemblies, and the positioning of Friedrich Joerg as an integrated partner for industrial series solutions.
Description
Assembly manufacturing describes bringing several individual parts together into a functional unit. Mechanical, electrical and often also plastic- or metal-based components are assembled into an assembly ready for series production.
Benefit for the customer
The customer receives not just individual parts, but a coordinated, ready-to-install solution. This reduces internal interfaces, simplifies procurement and lowers the customer’s own coordination effort.
Relevance to Friedrich Joerg
Friedrich Joerg sees itself not merely as a parts manufacturer, but as a partner for the industrial manufacture of function-integrated assemblies with great technical depth.
Description
Electromechanical assemblies combine mechanical components with electrical or electronically relevant functions. They are used wherever movement, contacting, signal routing or energy transmission have to interact reliably.
Benefit for the customer
The customer benefits from a coordinated overall solution in which function, ease of assembly and readiness for series production are already taken into account during development.
Relevance to Friedrich Joerg
Electromechanical assemblies are part of Friedrich Joerg’s core profile. Here the company combines expertise in materials, production and assembly into industrially robust series solutions.
Description
A system supplier not only manufactures individual components, but delivers coordinated, functional solutions with a higher degree of integration. This often also includes technical coordination, selection of purchased parts, assembly and support during series production.
Benefit for the customer
The customer reduces the number of interfaces and contacts, receives greater technical responsibility from a single source and benefits from less coordination effort.
Relevance to Friedrich Joerg
Friedrich Joerg positions itself as a system supplier for demanding industrial assemblies that bring together technical expertise, an understanding of production and a focus on series production.
Description
Complete assembly means that all relevant components are brought together into a ready-to-install or functional unit. Depending on the application, this includes mechanical, electrical and finished components as well as purchased parts.
Benefit for the customer
The customer receives a solution that can be used immediately, reduces its own assembly effort and simplifies its internal processes in procurement, logistics and production.
Relevance to Friedrich Joerg
Friedrich Joerg carries out the complete assembly of industrial assemblies, noticeably relieving customers who are looking for a coordinated series solution rather than individual components.
Description
Final assembly is the last assembly step before delivery or further use. Here all components are fully brought together, tested and brought into their final state.
Benefit for the customer
The customer receives a finished, inspected assembly and saves time, effort and risk in its own production.
Relevance to Friedrich Joerg
With structured final assembly processes, Friedrich Joerg ensures that assemblies are delivered ready for assembly, functional and suitable for series production.
Description
Pre-assembly refers to the preparatory assembly of individual components or subassemblies before final assembly. It serves to structure complex assembly processes and make them more efficient.
Benefit for the customer
Pre-assembled units simplify further processing, reduce the effort in final assembly and improve process reliability.
Relevance to Friedrich Joerg
Friedrich Joerg uses pre-assembly specifically to build assemblies economically and with stable processes, and to make later series assembly efficient.
Description
Series assembly is the repeatable and reliable assembly of assemblies in high volumes. It requires stable workflows, defined inspection processes and good interaction between all components.
Benefit for the customer
The customer benefits from consistent quality, predictable delivery capability and economical fulfilment of its series requirements.
Relevance to Friedrich Joerg
Friedrich Joerg combines technical closeness to development with industrial series assembly, ensuring that assemblies are not only developed but can also be manufactured reliably over the long term.
Description
A supplier of industrial assemblies handles the manufacture and assembly of more complex units for use in machines, plants and industrial systems. The focus is on reliability, technical coordination and suitability for series production.
Benefit for the customer
The customer finds a partner that not only produces, but understands industrial requirements and can deliver complete, coordinated solutions.
Relevance to Friedrich Joerg
Friedrich Joerg is a supplier of industrial assemblies with a focus on technical applications, a high level of integration and close collaboration with development, design and purchasing.
Finishing & post-processing
Processes for the functional and visual enhancement of components and for precise post-processing to achieve results suited to assembly, application and series production.
Description
Ultrasonic welding is a joining process in which plastic components are heated locally by high-frequency mechanical vibrations and permanently bonded to each other. The process is fast, clean and particularly suitable for technical plastic components.
Benefit for the customer
The customer benefits from a fast, precise and reliable connection without additional consumables. This reduces assembly times and increases quality in series production.
Relevance to Friedrich Joerg
Friedrich Joerg uses ultrasonic welding to integrate plastic components into assemblies economically and reliably and to join them in a way suited to series production.
Description
Pad printing is a printing process that can apply precise markings, symbols or lettering even to uneven, small or complex-shaped surfaces.
Benefit for the customer
Components can be functionally marked, customised or visually enhanced. This improves usability, recognisability and perceived quality.
Relevance to Friedrich Joerg
Friedrich Joerg uses pad printing to provide technical components and assemblies with durable, precise markings and design elements.
Description
In hot stamping, decorations, symbols or lettering are permanently transferred to the component surface using heat and pressure. The process is particularly suitable for high-quality visual and functional markings.
Benefit for the customer
The customer receives a durable, high-quality and abrasion-resistant surface marking that is convincing both functionally and visually.
Relevance to Friedrich Joerg
Friedrich Joerg uses hot stamping specifically where technical function, product appearance and permanent marking are to be combined.
Description
Laser marking enables precise, permanent and contactless marking of components. Typical applications are serial numbers, logos, symbols, function markings or traceability codes.
Benefit for the customer
The process creates very durable, clean and precise marking without applying additional material. It supports quality assurance, traceability and brand impact.
Relevance to Friedrich Joerg
For Friedrich Joerg, laser marking is a useful addition when technical components and assemblies are to be marked permanently, to a high standard and reliably.
Description
Electroplating is a process for the metallic coating of components in order to specifically improve surface properties. These can include, for example, corrosion protection, electrical conductivity, wear protection or visual enhancement.
Benefit for the customer
The customer benefits from improved functional and visual properties of the components and greater durability in use.
Relevance to Friedrich Joerg
Even though electroplating processes are typically carried out by subcontractors, Friedrich Joerg contributes in-house technical expertise for the selection, specification and coordination of these surface treatments.
Description
Coatings are used to give component surfaces additional functional or visual properties in a targeted way. Depending on the application, the focus may be on protection, sliding behaviour, adhesion, electrical properties or design.
Benefit for the customer
Coatings specifically improve the performance of a component and help to adapt it optimally to the requirements of the application.
Relevance to Friedrich Joerg
Friedrich Joerg does not consider coatings in isolation, but as part of a coordinated overall solution that combines function, production and assembly integration.
Description
The surface finishing of plastic parts covers processes that enhance plastic components functionally or visually. These include, for example, printing, embossing, coating or texturing surface treatments.
Benefit for the customer
The customer receives components that not only work technically, but are also adapted to the requirements of the application in terms of feel, appearance and performance in use.
Relevance to Friedrich Joerg
Friedrich Joerg uses surface finishing specifically to functionally enhance technical plastic parts and integrate them optimally into the later application and assembly.
Description
Deburring refers to the removal of unwanted excess material, sharp edges or machining residues from components. It is an important step in ensuring function, safety and ease of assembly.
Benefit for the customer
Cleanly deburred components are easier to assemble, work more reliably and reduce the risk of damage or quality problems.
Relevance to Friedrich Joerg
Friedrich Joerg pays attention to components that are easy to assemble and reliable – and this includes clean, application-oriented post-processing such as deburring.
Description
Machining post-processing covers steps such as drilling, milling, reaming or thread cutting, with which components are precisely adjusted or functionally supplemented after the actual manufacturing process.
Benefit for the customer
The customer benefits from greater accuracy, extended functional possibilities and exact adaptation to assembly or system requirements.
Relevance to Friedrich Joerg
Friedrich Joerg uses machining post-processing where additional precision, defined interfaces or functional fine-tuning are decisive for the later series product.
Quality & engineering
Quality assurance, technical validation and development-support methods for the reliable transfer of components and assemblies into series production.
Description
Quality assurance for plastic parts covers all measures that ensure components meet the defined requirements for dimensional accuracy, function, surface and process stability. It does not begin in production, but already in development, mould design and process planning.
Benefit for the customer
The customer benefits from stable series processes, lower failure risks and reliable product quality over the entire service life.
Relevance to Friedrich Joerg
Friedrich Joerg regards quality assurance as an integral part of series production and technical collaboration – with the aim of designing components and assemblies to be robust and reproducible from the outset.
Description
Production approval confirms that a product and the associated manufacturing process are ready for series production. PPAP (Production Part Approval Process) is an established procedure for demonstrating that all requirements for product, process and documentation have been met.
Benefit for the customer
The customer gains certainty that the component has not only been developed, but can also be manufactured reliably under real series conditions.
Relevance to Friedrich Joerg
Friedrich Joerg supports customers in a structured way right through to production approval, creating the basis for a reliable series ramp-up and robust production processes.
Description
Initial sample inspection serves to systematically compare the first manufactured parts with the defined requirements. Dimensions, functions, material properties and quality-relevant characteristics, among other things, are checked.
Benefit for the customer
Errors or deviations are detected early, before they make their way into series production. This reduces risks, rework and delays.
Relevance to Friedrich Joerg
For Friedrich Joerg, initial sample inspection is a key element in properly validating technical requirements and building confidence in later series production.
Description
Measurement and inspection technology covers all procedures and systems for checking components, characteristics and functions. It forms the basis for objective quality assessments and traceable approvals.
Benefit for the customer
The customer benefits from transparent quality, reliable inspection results and sound validation of critical characteristics.
Relevance to Friedrich Joerg
Friedrich Joerg uses measurement and inspection technology specifically to reliably validate the requirements of technical components and assemblies and to make series quality verifiable.
Description
Tolerance management describes the targeted planning, assessment and control of permissible dimensional deviations across component, tool, process and assembly. It is crucial for function, ease of assembly and suitability for series production.
Benefit for the customer
Carefully coordinated tolerances avoid fit problems, reduce scrap and ensure reliable function in the overall system.
Relevance to Friedrich Joerg
Friedrich Joerg brings tolerance management into development and design at an early stage, so that components work reliably not only on paper, but also in series production and assembly.
Description
FMEA (failure mode and effects analysis) is a structured method for the early identification of potential sources of error in product and process. The aim is to systematically identify, assess and minimise risks.
Benefit for the customer
The customer benefits from greater product safety, more stable processes and a significantly lower probability of later quality problems.
Relevance to Friedrich Joerg
Friedrich Joerg uses structured risk analyses such as FMEA to make critical points visible at an early stage and to design technical solutions more robustly.
Description
Design for Manufacturing means designing components during development in such a way that they can be manufactured economically, reliably and in a manner suited to series production. Production knowledge, materials expertise and an understanding of tooling flow directly into the design.
Benefit for the customer
The customer benefits from lower manufacturing costs, fewer iteration loops and a significantly faster transfer into stable series processes.
Relevance to Friedrich Joerg
DfM is a central part of Friedrich Joerg’s way of working: production, tooling and assembly knowledge is brought in early in order to design components realistically and ready for series production.
Description
Design for Assembly describes designing parts and components with the aim of making later assembly processes simpler, more reliable and more economical. This concerns handling, joining processes, number of parts and error-proofing, among other things.
Benefit for the customer
Designs suited to assembly reduce complexity, lower assembly costs and improve process reliability in series production.
Relevance to Friedrich Joerg
Friedrich Joerg brings an understanding of assembly into component development at an early stage, so that components and assemblies not only work technically, but can also be assembled efficiently and robustly.
Development & collaboration
Technical collaboration with the customer from the early development phase to the reliable transfer into series production.
Description
An industrial development partner supports customers not only in production, but already in the early phase of product development. This involves technical coordination, design feasibility, material selection, functional reliability and later suitability for series production.
Benefit for the customer
The customer benefits from early technical clarity, faster decisions and significantly greater certainty that a good idea will also become a robust series product.
Relevance to Friedrich Joerg
Friedrich Joerg sees itself as a development partner for industrial customers, especially when technical requirements are high and components or assemblies are not only to be manufactured, but brought to series maturity together.
Description
Design support means that technical knowledge of production, tooling and assembly flows into the design during component development. This means solutions are designed not just theoretically, but in a practical and feasible way.
Benefit for the customer
The customer avoids late corrections, reduces development risks and gets a component that is functional, economical and ready for series production more quickly.
Relevance to Friedrich Joerg
Thanks to its own technical expertise in design, tooling and production, Friedrich Joerg can provide targeted support to customers in early development phases.
Description
Co-engineering describes close technical collaboration between customer and supplier in the development of components or assemblies. Both sides contribute their respective expertise in order to arrive at better and more realistic solutions more quickly.
Benefit for the customer
The customer gains access to application-oriented production and implementation expertise and can significantly reduce development times, sources of error and coordination loops.
Relevance to Friedrich Joerg
Friedrich Joerg works closely with development, design and purchasing on the customer side in order to develop technical solutions not in isolation, but jointly and in a targeted way.
Description
Component optimisation covers the targeted improvement of a component in terms of function, manufacturability, ease of assembly, costs and readiness for series production. The aim is to reconcile technical requirements and economic feasibility as well as possible.
Benefit for the customer
The customer benefits from more robust components, lower manufacturing costs, less complexity and more stable implementation in series production.
Relevance to Friedrich Joerg
Friedrich Joerg specifically brings its experience in plastics, metal, hybrid technology and assemblies to bear in optimising technical components.
Description
Iteration cycles in development describe the repeated technical adjustment and improvement of a component or solution on the way to series maturity. The faster and more targeted these loops are, the more efficient product development becomes.
Benefit for the customer
Short iteration cycles accelerate development projects, reduce friction losses and help to solve technical problems early and economically.
Relevance to Friedrich Joerg
Thanks to short coordination paths, in-house technical understanding and integrated tooling expertise, Friedrich Joerg can significantly accelerate development cycles and support them pragmatically.
Description
Time to market refers to the period from the first product idea to the market-ready series product. Shortening this time is a significant competitive advantage in industrial development projects.
Benefit for the customer
The customer can enter the market faster, scale up earlier and secure competitive advantages, while at the same time reducing development and ramp-up risks.
Relevance to Friedrich Joerg
Friedrich Joerg reduces time to market by bringing development, production and tooling knowledge together early and putting technical decisions on a realistic footing more quickly.
Description
Design for production means that a component is designed during development in such a way that it can be manufactured stably, economically and reliably. Manufacturing processes, tolerances, materials and tooling requirements are considered early on.
Benefit for the customer
The customer avoids unnecessary complexity, reduces costs and lays the foundation for robust processes and reliable series production.
Relevance to Friedrich Joerg
Friedrich Joerg brings production knowledge directly into the design, so that components do not have to be corrected once in series production, but are designed realistically and suitably for series production from the outset.
Industries / applications
Industrial fields of application in which Friedrich Joerg’s technologies and assemblies are relevant – as a link between technical expertise, market relevance and closeness to the application.
Description
The automotive industry covers the development and production of vehicles and the associated manufacturing and supply systems. For suppliers, precision, reliability, suitability for series production and high quality standards are particularly decisive.
Benefit for the customer
Customers from the automotive industry benefit from a partner that masters complex technical requirements, high volumes and stable series processes.
Relevance to Friedrich Joerg
Friedrich Joerg manufactures components and assemblies that are used, among other things, in modern production plants in the automotive industry, where they contribute to the function of industrial systems.
Description
E-mobility stands for electric drive concepts that bring new requirements for components, assemblies, manufacturing processes and industrial infrastructure. These include, among other things, higher requirements for precision, electrical function and system integration.
Benefit for the customer
Customers benefit from solutions geared towards modern industrial applications and future-oriented markets that can be reliably integrated into new technologies.
Relevance to Friedrich Joerg
Friedrich Joerg supplies components and assemblies for industrial applications that also play a relevant role in the field of e-mobility and its production systems.
Description
Drive technology covers all systems and components that generate, transmit or control movement. These include in particular electric motors, gearboxes, controls and related industrial applications.
Benefit for the customer
Customers receive components and assemblies designed for high functional requirements, technical reliability and reliable integration into demanding systems.
Relevance to Friedrich Joerg
Friedrich Joerg manufactures components that are used as central elements in drive technology applications – for example in connection with electric motors, gearboxes and associated systems.
Description
Automation technology covers systems for the control, regulation and networking of industrial processes. Reliable components, high precision and robust interfaces are decisive here.
Benefit for the customer
The customer benefits from components and assemblies designed for long-term use in industrial automation systems that meet high requirements for function and suitability for series production.
Relevance to Friedrich Joerg
Friedrich Joerg supplies components and assemblies for automation technology – among other things for applications around controls, frequency inverters and bus systems.
Description
Logistics systems cover automated conveying, storage and distribution processes, such as those used in logistics centres and modern flows of goods. Reliability, continuous operation and dependable components are what count here.
Benefit for the customer
Customers benefit from robust solutions suitable for series production that can be reliably integrated into dynamic and highly automated logistics environments.
Relevance to Friedrich Joerg
Components from Friedrich Joerg are also used in industrial applications that play a central role in logistics centres and automated material flow systems.
Description
The food industry places high demands on reliability, process stability and industrial availability. At the same time, the components and systems used must be precise, durable and adapted to the respective environment.
Benefit for the customer
The customer benefits from industrial-grade components and assemblies that work reliably even in demanding production environments.
Relevance to Friedrich Joerg
Friedrich Joerg manufactures components that are also used in food processing applications and in the associated industrial production plants.
Description
Mechanical engineering is one of the central fields of application for technical components and assemblies. It requires components that reliably meet mechanical, electrical and functional requirements in industrial systems.
Benefit for the customer
Customers from mechanical engineering benefit from a partner that understands technical requirements, thinks in terms of function integration and takes suitability for series production into account from the outset.
Relevance to Friedrich Joerg
With its technologies and assemblies, Friedrich Joerg is broadly established in industrial mechanical engineering and supports customers with technically coordinated series solutions.
Series expertise & cost-effectiveness
Topics around scaling, cost-effectiveness, security of supply and systematic industrialisation – key decision factors for buyers and strategic customers.
Description
Function integration describes the targeted combination of several technical functions in one component or assembly. Mechanical, electrical and geometric requirements, for example, are combined in such a way that additional components are no longer needed.
Benefit for the customer
The customer benefits from a reduced number of parts, lower assembly costs, fewer interfaces and an overall more robust and economical solution.
Relevance to Friedrich Joerg
Function integration is one of Friedrich Joerg’s key added values: combining expertise in plastics, metal and assemblies produces solutions that go well beyond the mere manufacture of parts.
Description
The series ramp-up describes the phase in which a product is transferred from development into stable series production. Processes are validated, volumes are gradually increased and quality and delivery reliability are ensured.
Benefit for the customer
A structured series ramp-up reduces risks, avoids start-up problems and ensures a fast and reliable transition into series production.
Relevance to Friedrich Joerg
Friedrich Joerg actively supports customers through the series ramp-up and ensures a stable start of production through close coordination, technical validation and experience in series production.
Description
Supply chain security describes the ability to keep components and assemblies available reliably, predictably and over the long term – even with increasing volumes or external influences.
Benefit for the customer
The customer gains planning certainty, reduces the risk of failures and can rely on a stable supply.
Relevance to Friedrich Joerg
Friedrich Joerg contributes expertise in the selection, coordination and integration of purchased parts and ensures that even complex assemblies can be delivered reliably and consistently.
Description
Variant management describes the structured handling of different product variants within a family of components or assemblies. The aim is to enable diversity without unnecessarily increasing complexity and costs.
Benefit for the customer
The customer can cover different requirements and applications without processes, costs and logistics becoming uncontrollable.
Relevance to Friedrich Joerg
Friedrich Joerg helps customers to structure variants efficiently and implement them economically in series production – especially for assemblies and function-integrated solutions.
Description
Cost optimisation of components covers all measures aimed at reducing manufacturing costs without impairing function or quality. These include design adjustments, material selection, process optimisation and function integration.
Benefit for the customer
The customer receives economically optimised solutions that are competitive in the long term while remaining technically reliable.
Relevance to Friedrich Joerg
Friedrich Joerg brings its experience in development, production and assembly integration to bear in order to design components optimally not only technically, but also economically.