01 / 07
Design & special-purpose machinery
Tailored solutions for special-purpose machines, bonding fixtures, injection moulds, sheet metal parts and welded frames. Further concepts on request.
Konstruktionsbüro Haslbeck · Passau · Since 1999
Precision and
Precision and
passion
— my craft.
27 years of expertise in bespoke machinery and plant engineering, special-purpose machinery and mould design — from the first concept to complete documentation.
Production line · Special-purpose machinery · CAD rendering
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Years of experience
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Completed commissions
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Satisfied clients
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Service areas
Services
From concept to documentation. All from one source.
02 / 07
Technical documentation
Bills of materials, pneumatic, hydraulic and maintenance schedules, operating manuals, risk assessments and spare parts lists — to applicable standards and CE-compliant.
03 / 07
Project support
Extend your engineering capacity flexibly to deliver projects smoothly and on schedule — with no lengthy onboarding.
04 / 07
Surveying & reverse engineering
Detailed capture of existing assemblies, plant or fixtures as a solid basis for further development.
05 / 07
CAD system optimisation
Improving Inventor environments, building standards-compliant libraries and developing application-specific macros.
3dGecko · AI software for engineering
Under the 3dGecko brand we develop AI-driven custom software for industry — from a browser-based PDM/CAD platform with 3D viewer and AI assistant through to an ERP with self-learning costing.
Discover 3dgecko.com
07 / 07
Rendering & animation
High-quality 3D visualisations and animations to present your products convincingly — for marketing and sales as well.
Selected work
Selected projects.
A look at completed designs from a range of industries — every model fully built and documented in CAD.
Special machines
Manufacturing cell with robot handling.
A fully enclosed cell with a six-axis robot, feeding system and operator station — engineered down to the last fastener.
Fixtures
Bonding fixture with shim system.
A precision fixture for repeatable bonding processes — with an adjustable shim system and quick-clamping.
Tooling
Injection mould.
A multi-plate mould with hot runner system and full temperature control — including manufacturing drawings and bill of materials.
More projects.
Click to enlargeYour benefits
Cost efficiency & flexibility.
Working with a self-employed design engineer gives you tangible cost advantages over a permanent in-house hire.
Lower fixed costs.
No employer overheads — you pay only for the work actually delivered and save on social contributions, holiday and sick pay. My existing setup removes any need to invest in a workstation or equipment.
Right-sized resources.
Project-based engagement without long contractual commitments: you book exactly the capacity you need right now — and scale flexibly as requirements change.
Expertise & quality.
Specialist know-how from a range of industries, tailored precisely to your needs — with full focus on your project, undistracted by internal processes.
You not only save costs, you also gain reliable and competent support — with no compromise on quality or delivery dates.
Project workflow
Ten steps. One transparent process.
From the first enquiry to the complete data handover — structured in four phases.
Phase 1Preparation
01
Enquiry
You outline the project, requirements and objectives — together we clarify feasibility and the general conditions.
02
Research & concept
Gathering all relevant information and developing initial solution approaches.
03
Quotation & costing
A detailed quotation covering cost calculation, schedule and scope of work.
Phase 2Planning
04
Layout
Arranging components and plant elements — first visualisations in 2D and 3D.
05
Risk assessment & FMEA
Identifying potential failure sources, evaluating risks and defining preventive measures.
Phase 3Development
06
Design
Detailed development in CAD: assemblies, individual components and technical drawings.
07
Documentation
Drawings, bills of materials, inspection reports and operating manuals — fully compiled.
08
Prototyping
Validating first samples quickly via 3D printing and optimising them where needed.
Phase 4Completion
09
Data handover
3D models (STEP), 2D drawings (PDF/DXF), bills of materials (Excel/PDF) — ready for production.
10
Process optimisation
Improvements identified during the project feed seamlessly into the remaining workflow.
About me
Engineering design is my passion.
My name is Christian and I have worked as a self-employed design engineer in Passau for 27 years — focusing on high-quality, bespoke solutions for mechanical engineering, metal fabrication, automotive and aerospace.
My experience and my network of specialist partners let me support your development process exactly where it counts. Balancing technical requirements, commercial considerations and sustainability matters to me on every project.
“Only when creativity, technology and attention to detail work hand in hand do you get designs that truly impress.”
Industries
Software & interfaces
Autodesk Inventor ProfessionalSolidWorks ProfessionalBlenderSubstance DesignerSimlab ComposerGravity SketchOffice 365MS Project
FAQ
Frequently asked questions.
Which CAD software do you work with?
I work with Autodesk Inventor (all versions), SolidWorks 2019 and Blender. These packages allow flexible, efficient design work across a very wide range of projects.
How does the collaboration work during the development phase?
I place great importance on open, transparent communication. Regular status updates and continuous dialogue let me build your feedback into every development stage — so the result matches exactly what you had in mind.
Do you also help us optimise component costs?
Absolutely. I review your existing components, assemblies and bought-in parts and develop alternative solutions that cut costs and improve performance at the same time.
What documents do I receive once a project is complete?
You receive every relevant document: 3D models in STEP format, 2D drawings as PDF and DXF, bills of materials in Excel and PDF, analyses, layouts and, where applicable, pneumatic schematics. Further formats on request.
Which industries have you worked in?
Mechanical engineering, metal fabrication, automotive, aerospace, stamping technology, tool and die making, jig and fixture design and prototyping — I tailor every solution to the specific demands of the sector.
Do you also produce concepts or cost estimates on their own?
On request I also take on individual building blocks: concept development, cost estimation, feasibility studies or layouts — exactly where you need the support.
Can you support us in selecting suppliers?
Of course. I have a well-established network and can help you find suppliers and manufacturers that match your requirements precisely.
What happens if optimisations become necessary during the project?
If improvements emerge during the design process, I integrate them as quickly as possible so that they fit seamlessly into the rest of the workflow.
Contact
Let's talk.
Tell me about your project — you will normally receive a reply within 24 hours on working days.
Address
Christian Haslbeck
Walchergasse 1
D-94034 Passau
Walchergasse 1
D-94034 Passau
Mobile
Email
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