Industrial Automation

Extending the finest competencies to engineer smarter industrial automation

TAAL Tech has worked with several companies for nearly two decades, supporting automation-led manufacturing through robust engineering across mechanical design, controls, robotics, and vision. Industrial automation spans a wide cross section of industries and operating environments, and our strength lies in delivering tangible value in terms of cost, quality, safety, and timelines by combining domain knowledge with practical execution.

From automation concept development and detailed engineering to documentation and long-term sustenance, we help customers build, upgrade, and standardize automated systems for new product development, reverse engineering, and value engineering needs. Our teams include senior engineers with in-depth experience across industries such as pulp and paper, steel and cement plants, mining, agricultural and forestry equipment, and discrete manufacturing, along with specialists who bring horizontal capability in systems and components that are common across automation programs.

Breathing intelligence into machines and production lines

At TAAL Tech, industrial automation is approached as an end-to-end engineering program, not a standalone controls activity. Our teams bring together machine design and motion integration with PLC and HMI engineering, network and panel design, robotics and guidance, and vision-based inspection. This helps customers build automation that is practical to operate, maintain, and upgrade, while supporting long-term performance through documentation, change management, and in-service engineering support.

Product Lines

TAAL Tech supports industrial automation engineering across a range of machine types and automation cells commonly deployed in modern factories. These product lines represent typical automation deployments where reliable mechanical design, controls architecture, integration readiness, and lifecycle documentation are critical for performance and maintainability.

Fully Automatic Assembly Machines

Fully automatic assembly machines require tightly coordinated mechanical design, motion systems, controls logic, and validation to achieve stable cycle times and consistent output. TAAL Tech supports concept to detailing, integration-ready engineering, and sustenance for such machines to ensure repeatable assembly with minimal downtime.

Semi-Automatic/Lean Assembly Machines

Semi-automatic and lean assembly stations are designed for flexibility, ergonomics, and controlled manual interaction with machine assistance. TAAL Tech supports the engineering of such systems with a focus on modularity, error-proofing, safety, and easy upgrades while maintaining output consistency and quality.

Robotic based Assembly Machines

Robotic assembly systems combine end-of-arm tooling, motion planning, controls, and safety zoning to deliver flexibility across multiple variants. TAAL Tech supports mechanical and controls engineering for robotic assembly cells, including design for maintainability, process stability, and integration of robotics and guidance systems.

Robotic Weld Cell

Robotic weld cells require precision fixturing, process robustness, safety compliance, and repeatable motion and control sequencing. TAAL Tech provides engineering for weld cell layouts, fixtures, robot integration readiness, and documentation support to ensure stable weld quality and safe production.

Vision Based Systems

Vision systems play a critical role in inspection, guidance, sorting, and verification, especially where traceability and defect prevention are priorities. TAAL Tech supports vision system engineering and integration requirements, enabling customers to improve detection accuracy and reduce rework.

Special Purpose Machines

Special purpose machines are typically designed for unique processes, tight tolerances, or high throughput requirements, making engineering quality and validation essential. TAAL Tech supports end-to-end design, controls readiness, and sustenance engineering for SPM programs across industries.

Test Benches

Test benches validate performance, endurance, and quality parameters across components and assemblies while ensuring data integrity and traceability. TAAL Tech supports the engineering and documentation of test benches, including controls, electrical design, validation support, and sustained updates.

Areas of Expertise

TAAL Tech’s industrial automation capabilities are organized across key departments that collectively cover concept development, detailed engineering, controls, integration readiness, and lifecycle support. Each department contributes specific services that help customers build new automation solutions and sustain them across product generations and plant upgrades.

Mechanical Design

Mechanical design forms the foundation of automation systems, enabling robust machine structures, modular tooling, ergonomic layouts, and integration of motion and actuation. TAAL Tech supports concept and detailed design, fixture development, tolerance management, and design for manufacturability and serviceability so that automated systems perform consistently in real production environments.

Concept Design
Detail Design, Jigs and Fixtures, parametric modelling, modular designs
Stack-Up Analysis and GD&T
DFMEA
Evaluation of DFX Principles
Product Lifecycle Management (PLM)
Selection and integration of Motion Systems
Pneumatics and Hydraulics
Power Transmission and Mechanical Drives selection and integration

Mechanical Design validation

Mechanical validation ensures that automation systems meet structural, fatigue, stability, and functional requirements under real operating loads. TAAL Tech supports simulation and analysis-driven validation, enabling early identification of risk areas, optimization of weight and performance, and creation of engineering reports required for internal approvals and customer confidence.

Linear / Non-Linear Analysis
Optimization and Simulation
Engineering Hand Calculations
Multi-Body Dynamics
Design/Weight Optimization
Weights and Balances
Stress Reports / Certification Reports
Prototyping / Testing
Should Costing

Electrical & Controls

Controls engineering is at the core of industrial automation, covering system architecture, PLC logic, safety integration, and operational interfaces through HMIs. TAAL Tech supports end-to-end electrical and controls engineering with a focus on reliability, maintainability, and integration readiness across panels, networks, wiring, and documentation.

Human-Machine Interfaces (HMIs)
Selection of control system, cabinet
System architecture and network topology
PLC Programming
Single line diagram
Interconnection wiring drawings
Control cabinet GA and RIO panel drawings
Detailed multi line drawings

Vision System

Vision engineering enables inspection, identification, tracking, and guidance functions that improve quality and reduce human dependency. TAAL Tech supports vision-based requirements across recognition, verification, sorting, and monitoring, enabling customers to implement smarter quality gates and automation guidance in a scalable manner.

Object recognition and identification
Robotics and guidance systems
Process monitoring
Driver assistance systems
Sorting and grading
Label verification
Inventory management

Product Sustenance Support

Sustenance engineering ensures that automation solutions continue to perform as production volumes, variants, and plant constraints evolve. TAAL Tech supports change management, cost engineering, documentation, and conversion activities that keep systems current, reduce operating costs, and simplify upgrades without disrupting production.

Cost Engineering
Engineering Change Management
Value addition and Value Engineering
Should Costing
Manual Creation
Animation and Rendering
Detailed multi line drawings
CAD Data Migration
Legacy Conversion

In-Service Support Phase

In-service support focuses on keeping documentation, certifications, and technical assets accurate throughout the operational life of the automation system. TAAL Tech supports technical publications, design change management, and red-line updates so that plants maintain reliable reference documentation for maintenance, audits, and upgrades.

Technical Publication
Animation and Rendering
Certification Reports
Marketing Materials
Engineering and Design Change Management
Red Line corrections