ISO 9001:2015 Certified
Excellence in Engineering

Scale Your Output.
Not Your Overhead.

We engineer advanced automation systems that help manufacturing leaders eliminate operational bottlenecks and achieve triple-digit throughput growth.

150+
Projects Delivered
48hr
Response SLA
98%
Client Retainment
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Trusted by Industry Leaders

Bosch
Siemens
Tata Motors
Mahindra
L&T
ABB
Schneider
Honeywell
The Strategic Context

Systemic Challenges Hindering
Manufacturing Efficiency.

Scenario 01

Rising Labor Costs

Skilled workers are expensive and hard to find

Economic Impact

Labor costs eating 40-60% of production budget

Scenario 02

Quality Inconsistency

Manual processes lead to defects and rework

Economic Impact

5-15% scrap rate costing thousands monthly

Scenario 03

Production Bottlenecks

Your line can't keep up with demand

Economic Impact

Missing delivery deadlines, losing customers

Scenario 04

Competitive Pressure

Competitors are automating faster

Economic Impact

Losing market share to more efficient rivals

Our Integrated Solution Strategy.

We deploy purpose-built automation architectures that neutralize these constraints, delivering full capital recovery within 18-24 months.

40% Aggregate Cost Reduction
3x Throughput Acceleration
99.8% System Availability
Our Competency

Engineering
Capabilities.

We design and build automation systems that improve production reliability, process consistency, and operational efficiency. Every system is engineered around real manufacturing requirements.

01

Vision-Based Inspection Systems

Integrated inspection systems designed to detect defects, verify components, and ensure consistent product quality across production lines.

Outcome
Reduces manual inspection effort and improves defect detection accuracy.
02

Robotic & Automated Assembly Systems

Automation solutions built for structured assembly processes, enabling consistent operations, reduced human dependency, and scalable production.

Outcome
Improves throughput while maintaining process consistency.
03

Custom Special Purpose Machines (SPM)

Tailor-made machines engineered around your specific workflow, production sequence, and process requirements.

Outcome
Delivers optimized performance aligned with your exact manufacturing needs.
04

Precision Servo & Motion Control Systems

High-accuracy motion systems designed for controlled positioning, synchronized operations, and repeatable performance.

Outcome
Ensures high precision and minimizes variation in critical operations.
05

PLC-Based Control & Monitoring Systems

Robust control architecture integrating PLCs, HMIs, sensors, and logic systems for seamless machine operation and real-time monitoring.

Outcome
Enhances system reliability, visibility, and operational control.
06

Turnkey Automation Solutions

End-to-end automation delivery — from concept and design to assembly, testing (FAT/SAT), and final commissioning.

Outcome
Provides a single-point solution with faster implementation and accountability.

Technical Feasibility Study

Validated engineering assessments for your current production architecture.

CONSULT WITH AN ENGINEER
Impact Analysis

Validated Performance Metrics Across Managed Operations.

Last Audit: FY-2024-Q3

Real-time Project Verification
Metric 01
18-24mo
Month ROI Payback

Average time to full return on investment

Metric 02
99.8%
Average Uptime

Industry-leading reliability

Metric 03
40%
Faster Than Standard

Speed advantage over competitors

Metric 04
150+
Production Lines Automated

Average 3x output increase

Institutional
Recognition

98% of Clients Expand

Because results speak for themselves

25+ Innovation Awards

Including 'Best Automation Partner 2024'

Zero Failed Projects

100% delivery success rate since 2018

Service Methodology

Integrated Industrial
Ecosystems.

We deploy a multi-disciplinary approach to automation, ensuring that every hardware installation is backed by strategic control architecture.

Spec 01

Custom SPMs

No Two Production Lines Are Identical

Constraint

Off-the-shelf automation forces you to change your process

Intervention

We design machines around YOUR workflow, not the other way around

150+
Custom Solutions

Verified Outcome →

Spec 02

Assembly Lines

Speed Without Sacrificing Quality

Constraint

Manual assembly can't keep up with demand

Intervention

High-speed linear and rotary systems that triple your output

3x
Output Increase

Verified Outcome →

Spec 03

Robotic Systems

Precision That Humans Can't Match

Constraint

Manual work leads to inconsistent quality and high scrap rates

Intervention

Advanced robotic integration with 0.01mm precision servo control

0.01mm
Precision

Verified Outcome →

Spec 04

Vision Inspection

Catch Defects Before They Ship

Constraint

Human inspectors miss defects, leading to costly recalls

Intervention

AI-powered quality control that inspects 100% of products at line speed

100%
Inspection Coverage

Verified Outcome →

Spec 05

Control Systems

Know What's Happening, Before It Becomes a Problem

Constraint

Unexpected downtime costs thousands per hour

Intervention

Intelligent PLC and HMI with predictive maintenance alerts

40%
Less Downtime

Verified Outcome →

Spec 06

Full Support

We're With You Every Step

Constraint

Other vendors disappear after installation

Intervention

End-to-end service from design to 24/7 maintenance support

48hr
Response Time

Verified Outcome →

Executive Proof

Strategic Outcomes.
Validated by Leaders.

We partner with global manufacturing organizations to solve complex operational constraints. Here is the impact of our interventions.

Key Outcome

"TASS Maquina reduced our assembly time by 60% and our defect rate dropped from 8% to under 1%. The ROI was clear within 18 months."
60% faster assembly, 87% fewer defects
Rajesh Kumar

Rajesh Kumar

VP Operations @ Tata Motors

Automotive Division

Key Outcome

"What impressed us most was their commitment to understanding our unique process. They didn't try to sell us a standard solution—they engineered exactly what we needed."
3x output increase, 99.8% uptime
Priya Sharma

Priya Sharma

Manufacturing Director @ Bosch India

Electronics Division

Key Outcome

"The predictive maintenance system has been a game-changer. We went from 15% unplanned downtime to less than 2%. That's millions saved annually."
87% reduction in downtime
Amit Patel

Amit Patel

Plant Manager @ Mahindra & Mahindra

Automotive Division

Trusted across the global manufacturing landscape

TATA MOTORSBOSCHMAHINDRAFORCEASHOK LEYLAND
Projects

Proven Automation
Projects.

A selection of automation systems delivered for real production environments — focused on improving process stability, assembly efficiency, and quality consistency.

PROJECT 01
Automotive
Advik Hi-Tech

Oil Pump Assembly Line

Requirement

The client required a structured assembly system to improve consistency, reduce manual dependency, and support higher production demand.

Solution Delivered

Designed and developed a linear transfer assembly line with integrated stations for component assembly, fastening, and inspection. The system included controlled sequencing and process validation at each stage.

Project Outcome

  • Improved assembly consistency across batches

  • Reduced manual intervention in critical operations

  • Enabled stable and repeatable production flow

PROJECT 02
Electronics / EV
Ather Energy / Anevovle

EV Charger Assembly System

Requirement

Need for a reliable assembly setup for EV charger units with controlled processes and consistent quality output.

Solution Delivered

Developed a semi-automated assembly system with fixture-based assembly, torque-controlled operations, and process checkpoints to ensure correct assembly at each stage.

Project Outcome

  • Improved process control during assembly

  • Reduced assembly errors

  • Better production consistency and traceability

PROJECT 03
Automotive Safety Systems
AutoLiv

Connector Pressing System

Requirement

High-precision pressing operation required for connectors with strict quality and repeatability standards.

Solution Delivered

Engineered a pressing system with controlled force application, sensor-based validation, and safety interlocks to ensure consistent operation.

Project Outcome

  • Achieved repeatable pressing accuracy

  • Improved process reliability

  • Reduced variation in critical assembly step

Execution Framework

Our Execution
Workflow.

A structured, milestone-driven approach that ensures clarity, control, and reliable delivery at every stage of your automation project.

Phase 001

Requirement & Feasibility

Week 1–2

We understand your process, production goals, and technical requirements to define the right automation approach.

Phase 002

Design & Approval

Week 3–6

Concepts are translated into detailed engineering designs, reviewed, and finalized for execution.

Phase 003

Build & Integration

Week 7–16

Systems are manufactured, assembled, programmed, and internally validated.

Phase 004

Delivery & Support

Week 17–20

Machines are installed, tested on-site, and supported for smooth production startup.

001

Operational Milestone

Understanding Your Production Needs

Requirement analysis & technical discussions
Process study & feasibility evaluation
Concept development & initial proposal
Budgetary estimation & scope alignment
Executive Engagement

Initiate Your Strategic
Automation Assessment.

Connect with our senior engineering team to evaluate technical feasibility and ROI projections for your specific facility requirements.

Tier 1 Inquiry

Request a Technical Feasibility Study.

A comprehensive 24-hour evaluation of your production line constraints, deliverable as a formal engineering brief with ROI modeling.

Industry Insight

2024 Automation Whitepaper.

Strategic guidance on Industry 4.0 integration for enterprise manufacturing environments.

System Validation

Virtual Site Inspection.

Schedule a secure 15-minute video walkthrough of our active integration facility.

Formal Inquiry

info@tassmaquina.com

Technical Hotline

+91 98765 43210