Sheet Metal Design Services
Optimize every bend, cut and material choice for manufacturability, precision and cost-efficient sheet metal fabrication.

Sheet Metal Design & Engineering Services
We provide 3D sheet metal fabrication design services for enclosures, brackets, cabinets, chassis, covers, machine guards, frames, panels, and custom assemblies. Every design is developed with manufacturing practicality in mind from the start.
Our design engineers review key design factors such as:
- Bend allowances and K-factor
- Relief geometry and corner conditions
- Hole placement near bends
- Fastening clearances
- Formed dimensions and fit-up
- Tool access and serviceability
- Structural strength where required
Where required, we also consider captive hardware, PEM inserts, hinges, latches, mounting features, and assembly access during the design stage. This helps prevent common fabrication issues such as forming problems, poor fitment, avoidable rework, or repeated design changes later in the project.
Sheet Metal Detailing Services and Fabrication Drawings

A strong model still needs clear documentation. Our sheet metal detailing services provide your production team with the drawings and files required to manufacture parts accurately and consistently.
We deliver:
- Fabrication drawings
- Flat patterns
- DXF files for laser cutting or CNC punching
- Assembly drawings
- Bills of Materials (BOMs)
- Weld details and finish notes
- Tolerance information
Drawings are prepared to suit your manufacturing workflow, helping reduce shop-floor confusion, speed up quoting, and keep production moving smoothly.
Sheet Metal Engineering for Manufacturing

Effective sheet metal engineering requires understanding how materials behave during cutting, bending, welding, coating, and assembly. Designs that look correct in CAD can still create manufacturing problems if these factors are overlooked.
We address practical risks like springback, cracking at tight radii, hole distortion near bends, tolerance stack-up, weld distortion and finish thickness affecting final fit.
We also define practical tolerances that meet functional requirements without adding unnecessary manufacturing complexity or cost. Addressing these factors early helps achieve smoother fabrication and more predictable quality.
Cost-Effective Sheet Metal Design

Many manufacturing costs are influenced during the design stage. Decisions around geometry, part count, material selection, and process flow directly affect production efficiency.
We help reduce cost through:
- Simpler bend sequences
- Fewer unnecessary welds
- Better material utilization
- Reduced part count where practical
- Standard materials and hardware selection
- Faster assembly access
We also support material selection based on strength, corrosion resistance, weight, finish requirements, and forming suitability to match both product performance and manufacturing needs. This helps clients improve efficiency, avoid unnecessary cost, and achieve measurable long-term savings across repeat production.
Sheet Metal Redesign & Design Updates
Existing sheet metal designs need updates when manufacturing processes change, components become obsolete, or the product needs to meet new requirements. Outdated drawings and legacy CAD data can also make design changes and production more difficult.
We update and redesign sheet metal components using PDFs, STEP files, legacy 2D drawings, sketches or existing CAD data. Designs are refined for manufacturability, fabrication efficiency and current production requirements.
Technologies We Use
INVENTOR * SOLIDWORKS * SOLIDEDGE
AUTOCAD * FUSION 360 * CATIA
UNIGRAPHICS NX * PTC CREO * AUTODESK VAULT
SOLIDWORKS PDM * TEAMCENTER * PTC WINDCHILL
ENOVIA SMARTEAM * 3D EXPERIENCE * SOLIDWORKS VISUALIZE
3DS MAX
Industries We Serve
METAL FABRICATION
AGRICULTURE
FOOD & BEVERAGE
AUTOMOTIVE
MANUFACTURING
INDUSTRIAL MACHINERY
DAIRY PRODUCT MANUFACTURING
MEDICAL
HEAVY MACHINERY
PACKAGING
MARITIME
ENTERTAINMENT
POWER
MATERIAL HANDLING
AEROSPACE
RENEWABLES
DATA CENTERS


