Welcome to SketchArt Engineering – your trusted partner in mechanical design engineering outsourcing. Based in Latvia, we specialize in delivering precise, ISO-compliant solutions that integrate seamlessly into your operations. From concept to manufacturing-ready designs, our team combines tools like Autodesk Inventor, SolidWorks, and Tekla Structures with industry expertise to ensure each project meets your exact needs. Whether you seek innovation, reliability, or efficiency, SketchArt transforms your ideas into engineering excellence.

Design & Engineering Solutions

Mechanical design is the foundation of innovation, transforming ideas into practical solutions. At SketchArt, we specialize in delivering efficient and reliable mechanical design services through a process that combines expertise, creativity, and meticulous planning. By leveraging advanced engineering tools and applying deep industry knowledge, we ensure every project is tailored to meet your needs, exceed expectations, and deliver measurable results. Our commitment to quality and innovation guarantees designs that are not only functional but also future-ready.

Our Services

Project Management

End-to-end project management support, including planning, execution, and quality control, ensuring every phase of your project is on track and aligned with objectives.

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Layout Design

Custom layout designs tailored to improve operational flow and space utilization, optimized for the specific requirements of each industrial application.

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Mechanical Engineering Calculations

Precise, data-driven calculations to ensure safety, functionality, and efficiency in machine and component design. We cover everything from load analysis to optimal component sizing, including shaft diameter, bearing selection, torque, and power requirements.

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3D Detail Design

Comprehensive 3D modeling services that bring your designs to life, with detailed models that offer complete visualization, assembly compatibility, and accuracy for manufacturing.

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Strength Calculations / FEA

Comprehensive strength calculations and finite element analysis (FEA) to verify structural integrity and performance under real-world conditions. Our FEA simulations and load analyses ensure that each component is optimized for durability and reliability.

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Manufacturing Drawings

Production-ready drawings in formats like PDF, DXF, STEP, and DWG, complete with dimensions, tolerances, and assembly details to support seamless manufacturing and assembly.

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CAD Files Preparation

Multi-format CAD files that integrate with various manufacturing systems, providing everything from workshop drawings to exploded views, ensuring compatibility and ease of use.

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Manufacturing

Full-scale manufacturing support, including CNC machining, sheet metal fabrication, welding, and surface treatments. Our rigorous quality control and precision-focused approach ensure reliable, production-ready components and assemblies.

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On-Site Engineering

Flexible on-site engineering support to address real-time challenges and optimize processes directly at your facility, ensuring hands-on assistance when and where you need it.

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Key facts

Services we provide

Layout design, Engineering calculation, 3D Detail design, Strength calculation, Manufacturing drawings, Manufacturing

Programs we work with

Working with Autodesk Inventor, SolidWorks, Tekla Structures, AutoCAD, Recap PRO, Navisworks, Vault PRO

International cooperation

Projects accomplished in Sweden, Norway, Denmark, Finland, France, China, Latvia, Belgium, Germany, Switzerland, United Kingdom.

What we design

Conveyors and conveying technology, Steel constructions, Service platforms, Mechanical equipment and components, Custom design solutions

Definition and key aspects of engineering design

Engineering design is a field that solves problems by turning theoretical ideas into practical solutions. Feasibility studies, technical planning, and using state-of-the-art technologies to create optimal solutions are important components.

The importance and role of engineering design in modern technology

Modern technology now cannot function without engineering design, which is essential for improving environmental sustainability, safety, and operational efficiency. The design process is essential to the creation of machinery and equipment in mechanical engineering as it guarantees that every solution satisfies strict requirements for industrial usage.

Industries

Mining and Minerals

Heavy-duty equipment and machinery designed to withstand extreme operational loads.

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Packing and Handling

Systems optimized for high-throughput operations, including conveyors and packaging machinery.

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Ports and Dry Bulk Terminals

Equipment and layouts for efficient material handling and storage.

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Recycling Plants

Machinery and process designs that improve sorting accuracy and streamline recycling workflows.

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Pulp and Paper

High-performance parts and equipment for continuous use in pulp processing and paper production.

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Wood Processing

Durable designs for wear-resistant machinery in wood and timber processing.

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Steel Construction

Structural designs that ensure strength, compliance, and safety in large-scale construction.

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Grain Processing

Precision machinery for grain handling and processing, optimized for efficiency and durability.

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Mechanical design and engineering

The goal of mechanical design is to produce machinery and systems that are dependable, sustainable, and operational. The mechanical design team at SketchArt places a strong emphasis on developing workable solutions that complement the production objectives of each customer.

The main stages of mechanical engineering

At SketchArt, the mechanical engineering process consists of many crucial steps, such as:

  • Conceptual Design: generating preliminary thoughts and creating workable ideas;
  • CAD Modeling: 3D Detail Design with Autodesk Inventor, SolidWorks and Tekla Structures;
  • Manufacturing Drawings: Creating intricate drawings that adhere to ISO guidelines to expedite manufacturing.

Front End Engineering Design (FEED)

The goal of the pre-project planning phase known as Front-End Engineering Design (FEED) is to create preliminary project designs to lower risks and uncertainties in subsequent phases. At SketchArt, the FEED process entails the creation of crucial requirements, thorough feasibility studies, and preliminary engineering.

Benefits of the FEED approach in the design process

FEED has several benefits, including increased efficiency and better project cost control. We guarantee that every design complies with industry norms and customer expectations by resolving possible problems early on, which facilitates a more seamless transition from idea to production.

The design process in engineering

The following steps are part of SketchArt’s engineering design process:

  • Concept development is the process of coming up with concepts that satisfy customer needs;
  • Design analysis is the process of verifying designs using simulation and analysis;
  • Developing comprehensive specifications for direct manufacturing is known as specification development.

Design analysis guarantees that every design element is appropriate for its intended use, long-lasting, and functional. In turn, specification development gives manufacturers precise instructions, facilitating the smooth completion of projects.

Engineering design of products

Engineering design is essential to transforming creative concepts into useful products in new product development. Every stage of development, from the first drawing to the finished product, is guided by engineering design. The strategy used by SketchArt emphasizes easily made, reasonably priced products that shorten manufacturing cycles and boost profitability.

We have effectively assisted with several industrial projects, turning ideas into well-thought-out, useful goods that adhere to strict specifications. Our dedication to excellence has allowed us to provide creative solutions for a variety of sectors.

Design and engineering consultants

Experts in design engineering can provide specific insights into the best approach to a project. Think about things like technical know-how, industry experience, and adherence to quality standards when choosing a design engineering consultant. 

SketchArt’s consulting services enhance every stage of project development by assisting customers in finding effective solutions, cutting expenses, and minimizing risks.

Conclusion

SketchArt Engineering delivers exceptional mechanical engineering and design services, specializing in solutions that boost productivity, enhance reliability, and ensure high-quality results for various industries. We guarantee the success of every project from inception to conclusion by following ISO standards and emphasizing cooperative solutions. Design engineering has a promising future as technological developments promise even greater improvements in productivity, security, and creativity.

Cooperation

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engineering companies

Engineering companies

We can help you with mechanical design and preparation of production drawings accoridng to international standards.
manufacturer assistance

Manufacturers

We can assist you with mechanical design releted work to make your order in time by manufacturing goods following technical specifications.
repair engineering equipment

Machinery end users

Our team can provide a full cycle of project - from sketch to final product.

Portfolio

Why Choose Us

Cost Effective

Competitive prices with best ROI for our clients

Fast Response

SketchArt team provides 24/7 support and will answer as soon as possible

Experienced Engineers

Qualified and experienced engineers and mechanical designers with more than 10 years of experience in mechanical engineering industry

Turn-Key Solution

Ready to go solutions for your business, as well as custom solutions offered to meet your specific requirements

How We Work

Step 1

Submit a request through our website, email or by phone.

Step 2

Consultation and project detail discussion meeting.

Step 3

Service delivery within the agreed-upon timeframe and budget.

Step 4

Project handover and client feedback.

Frequently Asked Questions

What is engineering design and why is it needed?

The process of turning concepts into workable solutions is known as engineering design, and it is essential for developing technology and increasing productivity in a variety of industries.

How does mechanical design differ from general engineering design?

While general engineering design can include a wide range of applications across sectors, mechanical design is primarily concerned with the development of machines and systems.

What are the benefits of using FEED in the design process?

FEED ensures seamless execution and cost savings by assisting in the early development of specifications and identifying project hazards.

What is the role of design and engineering consultants?

Consultants contribute specific expertise and experience, providing direction that can save expenses and expedite project schedules.