Professional Additive Manufacturing and 3D Printing Solutions
Fast, Flexible, and Engineering-Focused Solutions from Design to Production
SEHA Engineering offers professional solutions for prototype development, functional part production, and low-volume series production needs using industrial additive manufacturing technologies.
By combining our engineering expertise with our industrial 3D printing infrastructure equipped with SLS, SLA, and FDM technologies, we provide high-precision manufacturing services for automotive, defense, aerospace, medical, and industrial applications.
Whether you need a single prototype, a custom-designed part, or pre-series production for your R&D process, SEHA stands by you as a reliable engineering partner throughout the entire process, from design to the final product.
Our Additive Manufacturing Approach
At SEHA, additive manufacturing is not just a production method; it is a comprehensive engineering process where design, material selection, operating conditions, and functional requirements are considered together.
Our expert team analyzes:
• The intended use of the part,
• Mechanical strength requirements,
• Surface quality expectations,
• Manufacturability criteria,
• Cost and time targets,
to determine the most suitable production technology.
Our SLS, SLA, and FDM technologies are used individually or complementarily, depending on the needs.
Our Scope of Services:
Within the scope of SEHA Additive Manufacturing solutions;
• Functional prototype production
• Production of individual and custom parts
• Low-volume series production
• Production of parts with complex geometries
• Design validation studies
• Manufacturability analysis (DFAM)
• R&D and pilot project support
• Production of fixtures, jigs and auxiliary equipment
• CFor post-production surface treatment processes,
coordination services are provided.
Our Application Areas:
Additive manufacturing technologies are used in various sectors for the following applications:
Defense and Aerospace
• R&D prototypes
• Functional parts
• Lightweight designs
• Test and validation parts
Automotive
• Design validation parts
• Interior and exterior trim components
• Custom jigs and fixtures
• Low-volume production applications
Medical and Biomedical
• Research prototypes
• Ergonomic designs
• Personalized applications
Industrial Production
• Machine parts
• Assembly equipment
• Production aids
• Custom-designed components
Training and R&D
• University projects
• Research studies
• Innovative product development processes
Additive Manufacturing Technologies We Use
SLS (Selective Laser Sintering)
SLS technology works on the principle of combining polymer powders layer by layer with a laser. It allows complex geometries to be produced without the need for a support structure.
Featured advantages:
• High mechanical strength
• Suitability for functional use
• Production of complex internal geometries
• Ability to create assembled structures
• Parts resistant to thermal and environmental conditions
SLS technology; It offers ideal solutions for functional prototypes, mechanical parts, production apparatus and usage tests.
SLA (Stereolithography)
SLA technology produces high-precision parts through the controlled curing of liquid photopolymer resin.
Key advantages:
• Very high surface quality
• Ability to produce fine details
• Precise geometries
• Visual prototyping applications
• Material options with special mechanical properties
SLA is preferred in design verification, visual prototyping, precision component manufacturing, and R&D applications.
FDM (Fused Deposition Modeling)
FDM technology is an economical and fast manufacturing method that works by bonding thermoplastic filaments in layers.
Key advantages:
• Rapid prototyping
• Economical production
• High-volume part production
• Wide range of materials
• Sufficient mechanical strength for functional use
Application areas:
• Concept prototypes
• Housing parts
• Assembly fixtures
• Large-sized components
• Functional test parts
• Advantages of Additive Manufacturing with SEHA
• Engineering Experience
• We not only implement manufacturing technologies, but also develop engineering solutions suitable for the intended use of the part. • Flexible Manufacturing
• We meet different needs, from single-piece to low-volume series production. • Rapid Prototyping
• We provide design verification and development in a shorter time compared to traditional manufacturing methods. • Sectoral Experience
• We combine our experience in the automotive, defense, aerospace, and industrial manufacturing sectors with additive manufacturing technologies.
