Variation Analysis

Welding, Forging & Casting Simulation Software India | Hexagon | TVSPL

Predict weld distortion, forging defects, and casting stress before the part is made. Complete process simulation from Hexagon.

MANUFACTURING PROCESS SIMULATION

Stop Discovering Weld Distortion After the Part Is Built.

Welding, forging, and casting all carry the same problem: physical trials are the only way to know what will happen — unless you simulate first. TVSPL's Hexagon-powered process simulation covers all three, in one platform.

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Hexagon manufacturing process simulation for welding forging and casting
HEXAGON PROCESS SIMULATION WELD • FORGE • CAST
HEXAGON • PROCESS SIMULATION
WHAT THIS SOLVES

Simulate the Process Before You Build.

Validate manufacturing processes digitally before physical trials, tooling, and production commitments.

01
WELDING

Predict Distortion Before the First Physical Weld.

Distortion prediction, heat-affected zone (HAZ) analysis, and process optimization, adjusting clamping, weld sequence, and torch parameters before the first physical weld.

02
FORGING

Optimize the Process Before Production Begins.

Billet design, process parameter optimization, and multistage planning.

03
CASTING

Predict Casting Defects Before They Reach Production.

Gating and riser system optimization, defect prediction, and stress/deformation analysis.

KEY BENEFITS

From Simulation to Shop-Floor Advantage.

Reduce physical trials, optimize manufacturing processes, and make better engineering decisions before production begins.

01 EFFICIENCY
01

Cost & Time Savings

Fewer physical trials and faster iteration across the manufacturing development cycle.

FASTER ITERATION
03 DESIGN FEEDBACK
03

Design Feedback

Know early whether a design change is needed to control distortion before production.

EARLY VALIDATION
04 QUALITY
04

Improved Quality

Better assembly integrity through optimized welding conditions and more predictable manufacturing performance.

BETTER ASSEMBLY
WHERE THIS APPLIES

Process Simulation Across Critical Industries.

Simulate welding, forging, and casting processes before physical trials to reduce defects, improve quality, and control manufacturing risk.

Manufacturing process simulation for automotive
01
AUTOMOTIVE

Automotive

BIW welding, structural stamping, and cast components.

Explore Automotive
Manufacturing process simulation for defence and aerospace
02
DEFENCE / AEROSPACE

Defence/Aerospace

High-precision welded and cast structural assemblies.

Explore Defence/Aerospace
Manufacturing process simulation for industrial machinery
03
INDUSTRIAL MACHINERY

Industrial Machinery

Welded chassis, frames, and cast structural components sized by precedent instead of simulation.

Explore Industrial Machinery
Hexagon manufacturing process simulation for welding forging and casting
HEXAGON WELD • FORGE • CAST
HEXAGON • PROCESS SIMULATION
POWERED BY HEXAGON

One Platform. Three Processes.

One platform covering welding, forging, and casting simulation — rather than three separate specialist tools — means your process engineering team works from a single, consistent source of truth.

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SEE THE RESULTS

Simulation That Changes the Outcome.

Proven process simulation results show what changes when physical trials move into the virtual environment before production.

01 AUTOMOTIVE
20%

Changan Automobile

20% DEVELOPMENT TIME • 10% COST

Used Simufact Welding to resolve swing-arm and torsion-beam cracking, cutting development time 20% and cost 10% by shifting physical trials to virtual ones.

SIMUFACT WELDING
03 INDUSTRIAL MACHINERY
87%

Stara Indústria

CHASSIS DISTORTION REDUCTION

Used the same digital-twin approach to cut chassis main-rail welding distortion 80–87% through pre-deformation modelling.

PRE-DEFORMATION MODELLING
LET'S TALK ENGINEERING

Request a Demo.

See how the right engineering technology can help your team simulate, validate, and optimize the challenges that matter most.

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ENGINEERING TECHNOLOGY
TVSPL SOFTWARE • SIMULATION • AUTOMATION