Complete Supply Chain Takeover: We executed a comprehensive relocation project, taking over the entire supply chain from a high-cost region.

High Product Variety: The project involves the production of industrial filtration units and BGA rework stations, covering 400 different end-product types, and ~1000 part numbers.

Full Integration: We manage in-house production of semi-finished goods, including electronic and mechanical parts, while localizing purchased components for best-cost efficiency.

Dedicated Management: The partnership is supported by a dedicated manpower team covering project management, engineering, purchasing, and quality control.

From Startup to Serial Production: We served as the first manufacturing partner for a US-based startup, helping them transition their professional 3D printers to serial production.

Rapid Scaling: During our partnership, production output grew to three times the original plan, and the dedicated floor space was doubled.

Specialized Environment: Production is carried out in a special manufacturing environment with strict entry rules and high cleanliness requirements for optical and cosmetic reasons.

Custom Solutions: Beyond assembly, we provided engineering support with a custom-developed production line and complex calibration processes.

High Value-Added Transfer: We managed a high-level added value transfer project involving the production of complex folder inserters for postage automation.

Integrated Production: The project includes sheet metal fabrication, high-precision electromechanical assembly, and complex testing.

Supply Chain Optimization: As part of a turnkey transfer from a high-cost region, we successfully localized approximately 50% of the BOM (Bill of Materials) cost.

Extreme Complexity: These machines require up to 25 hours of assembly cycle time per unit, involving up to 7,000 built-in components and 2,300 different BOM lines.

Serial Production Support: We assist a high-growth scale-up in adopting serial production for modular hybrid energy storage systems.

Specialized Engineering: Our team provided comprehensive DfX (Design for Excellence) studies to optimize technical documentation for mass production.

Technical Complexity: The assembly process involves up to 100 hours of cycle time and includes specialized tasks such as hydrogen piping and cable assembly.

Advanced Testing: Quality is ensured through rigorous testing processes, including safety checks, heat exchange analysis, and helium leakage tests.