Industries · General Engineering

General Engineering Solutions

Integrated engineering, automation, industrial software, and plant IT for discrete and continuous general engineering operations.

Overview

General Engineering

Overview

Multidisciplinary engineering, robotics, automation and plant IT engineered around your general engineering line.

Environment

Mixed-SKU production with varied part sizes, recipe changes, and multi-brand equipment.

Context

Industrial enclosures, fabricated assemblies, precision components, and general industrial parts.

Problem Statement

The operational reality on the floor.

Fragmented vendor base

Multiple suppliers for equipment, software, and services slow delivery.

Bottlenecks in production flow

Disconnected steps become the slowest link in the line.

Multi-brand software gaps

OEM software, PLC, and vision systems from different brands rarely integrate cleanly.

Sourcing complexity

Global procurement for spares and multi-brand equipment stalls upgrades.

Challenges Faced

What slows the line down today.

Material loss

Inconsistent transfer efficiency wastes coating material across shifts.

Slow throughput

Manual steps cap line speed and limit takt-time flexibility.

Labour dependency

Operator-driven processes create variation between shifts.

Quality variation

Finish, DFT, and gloss drift without closed-loop control.

Proposed Solution

How Spraynex engineers the answer.

A repeatable engineering process — from on-site assessment through commissioning and lifecycle optimisation.

  1. Step 01
    Assessment
  2. Step 02
    Engineering Design
  3. Step 03
    Equipment Selection
  4. Step 04
    Automation Integration
  5. Step 05
    Commissioning
  6. Step 06
    Optimization
Results & Outcomes

What changes on the production floor.

Qualitative outcomes Spraynex customers consistently see after deployment. Quantitative impact is scoped against your baseline during engineering.

Improved consistency

Closed-loop control stabilises finish quality across batches and shifts.

Reduced material waste

Engineered atomisation and transfer efficiency lower coating spend.

Higher production efficiency

Automation removes manual bottlenecks and increases line availability.

Reduced manual intervention

Operators move from execution to supervision and process tuning.