Ladata’s engineering and OEM manufacturing solutions will be represented at Automechanika Frankfurt 2026 through Layana Company, our parent company and integrated manufacturing partner.
From 8 to 12 September 2026, visitors can find Layana at Messe Frankfurt in Hall 4.2, Booth E94. The exhibition will provide automotive and electric vehicle professionals with an opportunity to explore how Ladata’s UK- and Europe-based engineering support connects with Layana’s precision metal stamping, plastic injection moulding, insert moulding, overmoulding, tooling, automation and assembly capabilities.
Ladata will not exhibit under a separate stand. Our capabilities and our relationship with European customers will be represented through Layana’s participation.
- Dates: 8–12 September 2026
- Venue: Messe Frankfurt, Frankfurt am Main, Germany
- Location: Hall 4.2, Booth E94
- Exhibitor: Layana Company, representing the wider Layana–Ladata engineering and manufacturing network
Key Takeaways
- Ladata’s solutions will be represented at Automechanika Frankfurt 2026 through Layana Company.
- Visitors can find Layana in Hall 4.2, Booth E94.
- Ladata supports UK and European companies with DFM, CAD development assistance, mould flow analysis, rapid prototyping, validation and production planning.
- Through Layana, customers can access vertically integrated metal stamping, plastic injection moulding, insert moulding, overmoulding, tooling, automation and assembly.
- This combined model connects local engineering coordination with scalable manufacturing and quality resources.
Why Automechanika Frankfurt 2026 Matters
Automechanika Frankfurt is a major international meeting point for the automotive aftermarket and the wider mobility supply chain. It brings together manufacturers, technology providers, product developers, procurement specialists and engineering teams seeking solutions for current and future vehicle programmes.
For automotive and EV projects, suppliers must increasingly support complex material combinations, demanding tolerances, shorter development cycles and higher expectations for traceability and validation. Companies are not simply looking for someone capable of producing a drawing. They need partners that can identify manufacturing risks early and coordinate the complete route from product design to dependable production.
This is where the relationship between Ladata and Layana becomes particularly valuable.
Ladata provides an engineering and commercial connection for customers in the UK and Europe. Layana contributes more than four decades of manufacturing knowledge and an integrated production platform in Taiwan. Together, they help customers move from early-stage product development to tooling, validation and scalable manufacturing.
Ladata and Layana: Local Engineering Connected to Integrated Manufacturing
Ladata is the UK branch of Layana, supporting European companies with early-stage engineering services and technical coordination. Its services include collaborative engineering, Design for Manufacturing, CAD support, mould flow analysis, rapid prototyping, validation planning and manufacturing sourcing.
Once a product is ready to progress towards production, Ladata can connect the project with Layana’s broader manufacturing resources or coordinate an appropriate solution through its supply-chain network.
Layana’s vertically integrated capabilities include:
- In-house tool and die development
- Precision metal stamping
- Plastic injection moulding
- Insert moulding and overmoulding
- In-mould assembly
- Manual, semi-automated and fully automated assembly
- Custom automation
- Inspection, testing and production validation
Bringing these disciplines together helps reduce the risks normally associated with transferring a project between separate engineering, tooling, moulding, stamping and assembly suppliers. It also creates a clearer line of technical responsibility throughout development.
Explore the complete Ladata engineering and manufacturing solutions and Layana’s integrated manufacturing capabilities.
Collaborative Engineering and DFM for Automotive Components
The most effective time to solve a manufacturing problem is before tooling begins.
Ladata’s collaborative engineering and Design for Manufacturing services help customers identify potential concerns in part geometry, tolerances, materials, tooling feasibility and assembly requirements during the development stage.
Depending on the project, this process can include:
- Reviewing CAD models and engineering drawings
- Optimising wall thickness, draft angles and component geometry
- Assessing tolerance requirements and interfaces between parts
- Reviewing material suitability
- Evaluating tooling and production feasibility
- Planning for assembly and automation
- Identifying cost, quality or schedule risks
- Preparing the design for prototyping and validation
Early engineering involvement can reduce redesign cycles, limit expensive tooling modifications and create a smoother transition into production.
For automotive and EV programmes, this is especially important when components must combine mechanical strength, electrical performance, insulation, dimensional stability and reliable assembly within a limited space.
Learn more about Ladata’s collaborative engineering and DFM support.
Mould Flow Analysis Before Tooling Investment
Mould flow analysis provides engineers with a virtual view of how a plastic material is likely to behave inside a mould. It can reveal potential problems before physical tooling is manufactured.
Ladata uses mould flow studies to evaluate factors such as:
- Gate location and configuration
- Material flow and pressure
- Filling balance
- Weld lines
- Air traps and venting
- Cooling behaviour
- Shrinkage and warpage
- Sink marks
- Runner-system design
- Premould and overmould behaviour
These studies are valuable for conventional injection-moulded parts, but they become even more important for insert-moulded and overmoulded components. In these applications, the behaviour of the resin must be considered together with the position, shape and thermal characteristics of the inserted metal or plastic substrate.
Combining simulation with practical manufacturing experience gives customers more useful engineering guidance than simulation results alone. Recommendations can be considered in relation to real tooling, moulding, quality and production constraints.
Discover more about Ladata’s mould flow analysis services.
Bi-Material Engineering: Connecting Plastic and Metal
Many modern automotive and EV components must combine the different properties of metal and engineering plastics within a single part.
Metal can provide structural strength, electrical conductivity or mechanical retention. Plastic can provide insulation, sealing, protection, weight reduction and geometric flexibility. Insert moulding, overmoulding and in-mould assembly make it possible to combine these functions into integrated components.
Typical applications can include:
- Terminals and electrical connectors
- Lead frames
- Busbars
- Sensor components
- Carriers and insulators
- Protective housings
- Power-electronics components
- Integrated automotive subassemblies
Ladata supports the design and development of these components through DFM, material and geometry review, mould flow analysis and production planning. Through Layana, customers can also access in-house stamping, moulding, tooling and automation for a more coordinated metal-to-plastic manufacturing route.
The objective is not simply to combine two materials. It is to create a component that can be manufactured repeatedly while achieving the required bonding, positioning, dimensional and functional performance.
Plastic Injection Moulding and Metal Stamping Through Layana
Layana’s participation at Automechanika Frankfurt will represent the production capabilities available to Ladata-supported projects.
Its plastic injection moulding resources cover precision plastic components, insert moulding, overmoulding, micro injection and two-shot moulding. These processes support applications requiring repeatable dimensions, specialised engineering materials and compatibility with subsequent assembly operations.
Layana’s metal-forming capabilities include progressive die stamping, transfer die stamping, fine blanking, deep drawing and micro stamping. In-house tool and die development provides greater control over design refinement, maintenance and preparation for mass production.
When stamping and moulding are managed within the same manufacturing environment, metal inserts and plastic features can be developed as parts of one connected system. This can improve coordination, simplify responsibility and reduce the logistical risks associated with moving components between suppliers.
Read more about Ladata’s injection moulding support and precision metal stamping solutions.
Prototyping, Validation and Production Readiness
A successful prototype must do more than demonstrate a concept. It should provide useful evidence about how the final product will perform and how it can be manufactured.
Ladata supports rapid prototyping through processes such as 3D printing, CNC machining, laser cutting and EDM. Soft and hard tooling solutions can also be considered when more representative samples or controlled pre-production runs are required.
Validation activities may include environmental, ingress-protection, durability, dimensional, electrical and functional testing. Ladata can coordinate these activities through Layana’s facilities, certified laboratories or trusted testing partners, depending on the project requirements.
Through Layana, projects can also access advanced inspection resources such as coordinate-measuring, optical and 3D-scanning systems. This helps engineering teams compare prototypes and production samples against the intended design before committing to larger volumes.
From Individual Parts to Assembly
Automotive customers increasingly want suppliers to deliver more than loose stamped or moulded parts. Supplying a subassembly or semi-assembled module can reduce internal handling, lower the number of supply-chain transactions and simplify integration into the customer’s production process.
Through Layana’s assembly and automation capabilities, Ladata-supported projects can progress towards:
- Manual assembly for lower-volume or high-mix requirements
- Semi-automated lines combining operator flexibility with automated checks
- Fully automated assembly for high-volume production
- In-line inspection and testing
- Welding, staking, insertion and other secondary operations
- Traceability and production-data collection
- Custom packaging and delivery preparation
Planning these operations during the design stage allows component geometry, tolerances and joining methods to be developed with the final assembly process in mind.
What Visitors Can Explore at Hall 4.2, Booth E94
Visitors to Layana’s stand can learn about the capabilities supporting both Layana and Ladata customer programmes, including:
- Collaborative engineering and DFM
- Mould flow analysis
- Rapid prototyping and validation
- Insert-moulded and overmoulded components
- Plastic injection moulding
- Precision metal stamping
- Tool and die development
- Component assembly and semi-assembly
- Custom production automation
- Quality, traceability and manufacturing scalability
The stand will demonstrate how early engineering decisions can be connected with tooling and manufacturing realities—and how projects involving plastic, metal or bi-material components can progress through a more coordinated development route.
A Connected Route from Europe to Production
Ladata gives UK and European customers access to engineering support close to their market while drawing on Layana’s extensive manufacturing experience and integrated production resources.
This structure is particularly relevant for businesses that need assistance refining a design, assessing manufacturability, validating a component or identifying a reliable route to scaled production. It provides a connection between early-stage engineering decisions and the processes that will ultimately determine product cost, quality and repeatability.
At Automechanika Frankfurt 2026, these combined capabilities will be represented through Layana in Hall 4.2, Booth E94.
Frequently Asked Questions
Is Ladata exhibiting at Automechanika Frankfurt 2026?
Ladata will not have a separate stand. Ladata’s engineering and manufacturing solutions will be represented through Layana Company, its parent company, in Hall 4.2, Booth E94.
When is Automechanika Frankfurt 2026?
Automechanika Frankfurt will take place from 8 to 12 September 2026 at Messe Frankfurt in Frankfurt am Main, Germany.
What is the relationship between Ladata and Layana?
Ladata is Layana’s UK branch. Ladata supports customers in the UK and Europe with engineering consultancy, DFM, mould flow analysis, prototyping, validation, production planning and technical coordination. Layana provides vertically integrated tooling and manufacturing capabilities.
What solutions will be represented at the exhibition?
The solutions represented will include DFM, mould flow analysis, prototyping, validation, metal stamping, plastic injection moulding, insert moulding, overmoulding, tooling, automation, component assembly and semi-assembly.
Where can visitors find Layana?
Layana will exhibit in Hall 4.2, Booth E94, at Messe Frankfurt.
Does Ladata support projects before mass production?
Yes. Ladata specialises in early engineering involvement, including CAD support, Design for Manufacturing reviews, mould flow analysis, rapid prototyping, validation coordination and production planning.