Special Pupose Machinery

August 11 2026

Vertical Honing Machine – Structural Analysis & Runout Validation

Ranjan R Case Study, Simulate & Validate, Special Purpose Machinery

Vertical Honing Machine – Structural Analysis & Runout Validation

20%

Weight Reduced

25%

Improvement Structural Rigidity

BACKGROUND

A Vertical Honing Machine was developed for high-precision machining applications where spindle accuracy 2-micron.

CHALLENGE

Achieving ≤ 2 µm spindle runout under operating conditions
Maintaining high stiffness of the spindle and supporting structure
Minimizing deformation due to cutting forces
Preventing resonance and vibration affecting machining accuracy
Reducing machine weight while maintaining strength
Meeting customer-defined cycle time and functional requirements

APPROACH

Structural FEA under cutting load conditions
Weld strength verification
Modal analysis to identify and eliminate resonance risks
Deflection and stiffness assessment of critical components
Design optimization based on simulation results
Final validation prior to manufacturing release

2 Micron Spindle Runout Achieved

20% Machine Weight Reduction

5% Material Cost Reduction

25% Improvement in Structural Rigidity

Reduced Vibration & Resonance Risk

August 11 2026

Virtual Commissioning Case Study

Ranjan R Case Study, Simulate & Validate, Special Purpose Machinery

Virtual Commissioning Case Study

60%

Reduced commissioning time

30%

Reduced commissioning cost

BACKGROUND

A SPM manufacturer faced challenges in meeting tight delivery schedules due to long on-site commissioning and frequent design iterations.

CHALLENGE

Late discovery of control logic issues
Long on-site commissioning and test time
High cost due to rework and machine downtime
Difficulty in validating machine performance before physical build

APPROACH

Create accurate 3D model of machine in digital twin environment
Integrate PLC program, HMI, and field I/O virtually
Run machine sequences, test interlocks, alarms, and safety logic
Virtual Commissioning Complete
Validated system ready for on-site deployment

40% improvement in production efficiency

35% reduction in cycle time

30% reduction in product wastage

45% reduction in manual intervention

Improved filling accuracy and cap sealing consistency

Enhanced machine reliability and throughput

August 11 2026

Pick & Place Pillar Equipment Design Structural Analysis & Validation

Ranjan R Case Study, Simulate & Validate, Special Purpose Machinery

Pick & Place Pillar Equipment Design Structural Analysis & Validation

30%

Reduced Design Iteration

20%

Improved Structural Reliability

BACKGROUND

A Pick & Place Pillar Equipment was developed to assist shop-floor operators in lifting and handling heavy components safely and efficiently.

CHALLENGE

Withstanding rated lifting loads safely
Achieving required arm reach and rotational movement
Minimizing structural deformation under maximum loading
Ensuring adequate factor of safety for long-term operation
Optimizing weight while maintaining structural integrity
Validating design prior to manufacturing

APPROACH

Finite Element Analysis (FEA) using ANSYS Mechanical.
Meshing and load case definition.
Stress, deformation, and safety factor evaluation.
Design optimization based on simulation results.
Final validation and manufacturing release.

30% Design Iterations Reduced

20% Structural Reliability Improvement

15% Weight Optimization

August 11 2026

PET Bottle recycling machine

Ranjan R Case Study, Plan & Execute, Special Purpose Machinery

PET Bottle recycling machine

25%

Faster design

15%

Higher productivity

100%

Design Validation

BACKGROUND

PET Bottle recycling machine manufacturer.

CHALLENGE

Design of a line that shall help multiply recycling capacity
Prove design virtually
Demonstrate multiplication

APPROACH

Use of Discrete Element Modeling (DEM) for particle simulation
Structural simulation of the machine parts and their optimization
Detailed modeling and documentation support

Proven flow simulation of plastic flakes

Machine concept development and validation during design stage

Productivity gain

August 11 2026

Robot Utilization & Improved Throughput

Ranjan R Case Study, Plan & Execute, Special Purpose Machinery

Robot Utilization & Improved Throughput

12%

Improved throughput

95%

Robot utilization

BACKGROUND

A leading automotive component manufacturer planned to increase throughput of its existing cylinder head cleaning line by introducing one more robot for additional cleaning operations. We performed digital simulation to validate reachability, check for clashes and verify optimal line performance (OLP) before physically implementing a newly introduced robot.

CHALLENGE

Ensuring Reachability
Clash-Free Operation
Optimal Line Performance

APPROACH

Created accurate 3D model of the existing line and new robot
Performed reachability analysis for all target points on the cylinder head
Conducted clash detection with robots, fixtures, conveyors and guarding
Evaluated line cycle time and robot utilization for OLP
Fine-tuned robot position and sequence to ensure smooth operation

100% Reachability of all cleaning points

Zero clash detected

12% improvement in line throughput

95% robot utilization achieved

August 11 2026

Vertical Honing Machine

Ranjan R Case Study, Plan & Execute, Special Purpose Machinery

Vertical Honing Machine

30%

Reduced Assembly Integration Time

20%

Reduction in Design Rework

BACKGROUND

The Vertical Honing Machine was developed to create a fully integrated manufacturing system consisting of multiple assemblies including the base, spindle & column, expansion, brushing, index table, fixture, rotary union, sensor, guard, and HMI systems.

CHALLENGE

Planning and integration of 10+ major machine assemblies
Maintaining alignment and accuracy between spindle, fixture, and index table systems
Coordinating mechanical, pneumatic, and control systems
Ensuring manufacturability and ease of assembly
Standardization of components across assemblies
Creating complete BOM and assembly documentation for execution phase

APPROACH

Developed complete machine architecture and assembly hierarchy
Planned base, column, spindle, expansion, fixture, brushing, guard, and HMI systems
Standardized purchased and fabricated components
Created detailed 3D CAD models and assembly structures
Generated manufacturing drawings and BOMs
Performed assembly fitment and interference verification
Released complete documentation package for manufacturing and execution

100% Assembly Planning Completed

98% First-Time Assembly Fitment Accuracy

30% Reduction in Assembly Integration Time

25% Faster Project Execution

20% Reduction in Design Rework

15% Reduction in Manufacturing Errors

100% BOM & Documentation Release

100% Manufacturing Readiness Achieved

August 11 2026

Developing Effective Training Manuals with IQ3

Ranjan R Case Study, Plan & Execute, Special Purpose Machinery

Developing Effective Training Manuals with IQ3

60%

Reduced document update time

30%

Improvement in assessment scores

BACKGROUND

A global manufacturing company needed to standardize and modernize its training manuals for equipment operation and safety procedures. The existing manuals were in PDF and Word formats, stored in multiple locations, and difficult to maintain.

CHALLENGE

Inconsistent Content
Difficult to Maintain
Low Engagement
Limited Visibility

APPROACH

Structured Content Development
Rich & Interactive Content
Centralized Management
Easy Updates & Reuse
Track & Improve

60% Reduction in document update time

100% Consistent branding and structure

45% Increase in learner engagement

30% Improvement in assessment scores

August 11 2026

MES Implementation for SPM Manufacturer

Ranjan R Case Study, Govern & Trace, Special Purpose Machinery

MES Implementation for SPM Manufacturer

80%

Reduced manual reporting

92%

Schedule adherence
Improvement

BACKGROUND

An SPM manufacturer required a solution to gain better control, visibility, and traceability of highly customized machine-building operations.

CHALLENGE

Limited visibility of shop-floor activities
Manual production reporting and paperwork
Difficulty tracking machine build progress
Delays in material availability and assembly operations
Lack of real-time KPI monitoring
Quality issues due to incomplete traceability
Inaccurate production planning and delivery commitments

APPROACH

Implemented MES solution integrating with ERP, Design and Production system to create digital manufacturing environment

Real-time production visibility across all assembly stations

Improved on-time delivery performance

Reduced manual reporting effort by 80%

Complete machine build genealogy and traceability

Faster issue identification and corrective action

Improved coordination between planning, stores, assembly, and quality departments

Enhanced decision-making through live production dashboards

August 11 2026

Streamlining Engineering Data Management with Teamcenter

Ranjan R Case Study, Govern & Trace, Special Purpose Machinery

Streamlining Engineering Data Management with Teamcenter

25%

Reduced design time

Minimized excess inventory

BACKGROUND

A manufacturing company required a centralized system to manage growing engineering and CAD data efficiently.

CHALLENGE

Difficulty in managing CAD data, revisions, duplicate files, and design reuse was impacting productivity.

APPROACH

Implemented Teamcenter Rapid Start integrated with CAD tools to centralize data and automate PDM processes.

Reduced design time by 25%, improved collaboration, streamlined workflows, and minimized excess inventory.

August 10 2026

Design Of Vertical Honing Machine – 2 Micron Runout Achievement

Ranjan R Case Study, Design & Build, Special Purpose Machinery

Design Of Vertical Honing Machine – 2 Micron Runout Achievement

20%

Weight Reduced

25%

Improvement in Structural

BACKGROUND

Design and development of a Vertical Honing Machine (SPM) capable of achieving extremely high machining accuracy with spindle/tool runout limited to 2 microns.

CHALLENGE

Achieving ≤ 2 µm spindle runout under operating conditions.
Maintaining high structural rigidity of spindle, column, and base assemblies.
Minimizing vibration and resonance affecting machining accuracy.
Reducing machine weight without compromising strength.
Using standard components wherever possible to improve manufacturability and accuracy.
Meeting customer-defined cycle time and functional requirements.