Menu

Support Where You Need it Most

TARGETED SUPPORT AT ANY STAGE 

Our engineering work is focused on one clear goal: turning ideas into innovative, manufacturable products. We support our clients through every step of product development, from first concept to final production, but if needed, we can also step in to help with a specific task or challenge.

Whether it’s early concept evaluation or solving a technical issue late in the process, we bring targeted expertise to move your project forward.

Concept Study

Our concept study services transform ideas into feasible products, evaluating innovative approaches that are in line with the client's objectives. Through in-depth analysis and team collaboration, we ensure concept adaptation is creative, practical and ready for manufacturing and marketing.


Key Features:

  • Design and analysis - Working with clients to identify objectives and create personalized concepts in line with the market
  • Feasibility analysis - Assess technical, financial and operational feasibility; highlight risks and mitigation strategies.
  • Project development - Create 3D models and simulations to support decision-making
  • Industrial evaluation - Combine engineering and manufacturing knowledge to obtain functional concepts.
  • Product benchmarking and lessons learned - Evaluate the concepts against products on the market and analyze lessons learned
  • Plan Development - Describe steps and milestones to guide the concepts to the next project stages.



Technical feasibility of A Class Surface Styling

Our team has extensive experience in analyzing Class A surfaces, ensuring not only aesthetic excellence, but also the technical feasibility of the product. We rigorously evaluate the requirements and input data such as texture definition, perceptible quality and compliance with the required standards to ensure that the final product is technically feasible.


Our Services Include:

  • Design Evaluation – Analyzing the surfaces proposed by the client in terms of their production and manufacturing capacity, taking into account materials, tools and geometry with glossy or matt finishes, according to style requirements. Analysis of counterflows in the cavity for a given manufacturing process. 
  • Surface Quality analysis –checking for smooth transitions, continuity in curvature and tangency, absence of imperfections such as ripples or sharp edges. 
  • Grained surface analysis - checking for class A surface outputs, with a special focus on the edges of the part, ensuring compliance with the texture specified by the customer. 
  • Manufacturing Integration –Adapting designs to production methods, for example through machining, injection, casting with/without complementary processes (painting, PVD, chrome plating, WS2 etc.), minimizing defects.
  • Prototypes and Physical Validation - Physical prototyping of Class A models, evaluation under controlled lighting to check surface quality. gloss measurement, 3D scanning and defect mapping to ensure compliance with design specifications.





Gap & Flush Study

The uniformity of Gap & Flush directly impacts the perception of assembly precision, design quality, and, in some cases, functional performance (such as aerodynamics, noise, sealing, etc.). Aware of this importance, PRINEMO offers specialized services in the study of gaps and flushes, ensuring precise alignment and optimized fitting between components in complex assemblies.


Key features:

  • Precision analysis – Perform detailed evaluations of gaps and flushes between adjacent parts in CAD, ensuring compliance and uniformity.
  • Aesthetic and functional optimization – Balance visual appearance with practical performance requirements. Correct misalignments between parts, ensure seamless surfaces from the user’s perspective, and achieve high-quality finishes.
  • Risk simulation – Identify potential problem areas early in the design phase to prevent rework during production.
  • Manufacturing integration – Ensure that the design intent aligns with manufacturing capabilities and limitations. Collaborate with production teams to implement feasible solutions and achieve the expected results.
  • Quality verification and validation – Conduct physical inspections and tests to validate gap and flush dimensions. Ensure compliance with industry standards.