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- Monday-Friday: 9am to 5pm
- Saturday: 10am to 3pm
- Sunday: Closed
Call Us
+1 983-212-4655
Working Hours
We are happy to meet you during our working hours. Please make an appointment.
- Monday-Friday: 9am to 5pm
- Saturday: 10am to 3pm
- Sunday: Closed
Sheet metal and fabricated products
Precision Engineering Architecture for Sheet Metal & Fabricated Products
Consac Systems delivers rigorous mathematical forming analytics, AWS D1.3 structural joining validation, NEMA 4X / NORSOK M-501 harsh environment design, and automated SolidWorks DFM pipelines for high-compliance global markets.
📈 Precision Engineering Capabilities DIN 6935 / ASME Y14.5
Global Operational Reach & Engineering Services Taxonomy
Consac Systems structures its technical offerings into specialized engineering domains. This taxonomy provides seamless alignment between geographic regulatory standards (such as US defense specs, Canadian structural codes, Norwegian NORSOK marine parameters, and Indian quality control metrics) and core manufacturing physics.
Regional Compliance & Competency Weight
Our technical workflows adjust dynamically based on target regional deployment. For instance, North American orders prioritize AWS D1.3 structural welding and NEMA 4X / UL 50E ratings, whereas North Sea deployments mandate strict NORSOK M-501 multi-coat corrosion protocols.
Figure 1.1: Relative technical focus distribution across primary operational global hubs.
Mathematical Engineering Suite & Dynamic DFM Calculators
The mechanical behavior of sheet metal undergoing plastic deformation requires absolute mathematical exactness. Use our dynamic analytical calculators below to simulate bend allowances under DIN 6935 standards, verify press brake force and V-die safety limits, and execute Root Sum Square (RSS) tolerance stack-up analysis.
DIN 6935 Parameters
Figure 2.1: Shift of neutral axis toward material centerline as bend radius increases.
Thin-Gauge Structural Welding & PEM Hardware Integration
Permanent joining of sheet metal under 3.2 mm requires precise thermodynamic parameters to prevent burn-through, combined with exact cold-flow engagement mechanics for self-clinching hardware under ASME and AWS guidelines.
⚡ AWS D1.3 Structural Welding Standards
Sheet Steel CodeStandard AWS D1.1 structural plate rules do not apply to thin-gauge metals ($\le 3.2$ mm). AWS D1.3 governs low-heat GMAW short-circuit transfer modes, arc spot (puddle) welds, arc seam welds, and specialized sheet joint configurations.
Used to fuse top sheet metal deck to underlying structural frame by burning through upper layer without mechanical pre-punching.
Square groove butt joints are prohibited below 1.5mm without backing due to burn-through risks. Lap, edge, and slot joints are strictly mandated.
🔩 Self-Clinching Fastener DFM Mechanics
PEM HardwareSelf-clinching fasteners rely on cold-flow plastic displacement of the host material into an annular undercut groove under parallel hydraulic squeeze force. Direct tapping is unviable for sheets under 2.0 mm.
Severe Environment Enclosures & NORSOK M-501 Offshore Standards
Deployments in marine salt spray, coastal petrochemical plants, and sub-zero environments require strict differentiation between ingress protection (IP66) and corrosion durability under NEMA 4X / UL 50E and NORSOK M-501 specifications.
NEMA 4X vs IP66 Architectural Standards Comparison
| Standard | Dust / Fluid Jet Ingress | Corrosion Mandate (200hr Salt Fog) | Gasket Thermal Aging & Ice Loading | Primary Material Requirement |
|---|---|---|---|---|
| IEC IP66 | ✔ Dust-tight & 100 L/min Water Jet | ✘ Not Included in Test Code | ✘ Not Evaluated | Painted Steel, Stainless, FRP |
| NEMA 4X / UL 50E | ✔ Full High-Pressure Hose-Down | ✔ Mandatory ASTM B117 200hr Pass | ✔ Outer Mechanics Operable Under Ice | 316/304 Stainless Steel or FRP Only |
Multi-Layer Marine Coating Stack Simulator
For offshore assets exposed to atmospheric splash zones (C5-M environment), NORSOK M-501 System 1 mandates a minimum dry film thickness (DFT) of 280 μm across three discrete polymer phases following Sa 2.5 abrasive blasting.
Digital Automation, SolidWorks API & 2D Bin Packing
To maximize material utilization and eliminate manual CAD bottlenecks, Consac Systems deploys programmatic SolidWorks API batch extraction and Bottom-Left Fill (BLF) 2D bin-packing optimization heuristics.
💻 Dynamic 2D Sheet Metal Nesting Simulator
BLF Heuristic Engine⚙ Programmatic SolidWorks API Pipeline
VBA / Python CAD MacroOur platform automatically parses native SolidWorks assemblies, unfolds body geometries to flat patterns, computes exact boundary contours, and exports layer-separated DXF files for downstream CAM software.
// SolidWorks API Flat Pattern Extraction
Set swApp = Application.SldWorks
Set swModel = swApp.ActiveDoc
Set swPart = swModel
// Extract Sheet Metal Feature Data
Set swFeat = swPart.FirstFeature
Do While Not swFeat Is Nothing
If swFeat.GetTypeName = "FlatPattern" Then
swFeat.ExportToDWG2 "C:\DXF_Out\", _
swExportOption_ExportFlatPattern, _
Bitmask:=1 Or 4 ' Outer Contour + Bend Lines
End If
Set swFeat = swFeat.GetNextFeature
Loop