Enterprise-Grade Odoo ERP Implementation for Precision Automobile Bearing Manufacturing

Client : KMP Bearings

Industry : Automobile & Heavy Machinery Manufacturing

Enterprise-Grade Odoo ERP Implementation for Precision Automobile Bearing Manufacturing

About KMP Bearings

KMP Bearings is a premier manufacturer of high-precision bearings for the Automotive, Aerospace, and Industrial Machinery sectors. Operating on a hybrid model, they manage both standard fast-moving stock (MTS) and highly customized, application-specific bearings (MTO). The company required a robust, enterprise-level ERP solution to unify their complex lifecycle—from technical lead generation and multi-tier engineering approvals to multi-operation CNC machining, strict In-Process Quality Control (IPQC), and global compliance tracking.

Core Business Challenges

Complex Engineering Approvals

Managing the MTO lifecycle involved heavy R&D, CAD simulations, and a rigid 7-step internal and customer approval workflow before a prototype could even be designed.

Intricate Multi-Operation Routing

Manufacturing required tracking 13+ distinct operational steps (Forging, Heat Treatment, CNC Grinding, Assembly) across multiple internal plants and external subcontractors.

Stringent Quality Compliance

Serving the automobile and aerospace sectors required rigorous adherence to PPAP, APQP, and IATF standards, demanding vast IPQC checkpoints for dimensions, vibrations, and thermal thresholds.

End-to-End Traceability

Complete lot, batch, and heat number traceability was required from the raw bearing steel all the way to after-sales warranty claims.

Solution Focus

CRM

Sales

Purchase

Manufacturing

Inventory

Project

Quality

Advanced Planning

The Proposed Solution & Process Workflow

CandidRoot architected a fully integrated ERP ecosystem leveraging CRM, Project, Manufacturing, Planning, and Quality modules to automate KMP Bearings' end-to-end operations.

Technical CRM & Project-Driven Engineering

Leads are captured in the CRM, triggering a detailed technical requirement collection (load capacity, RPM, material grade).
The "Project" module takes over for Engineering & Design. It tracks the creation of initial CAD designs, BOM preparation, and stress simulations.
A rigid approval matrix is enforced: Design Engineer ➔ R&D Head ➔ QC Review ➔ Customer Approval ➔ Design Freeze.

Hybrid Planning & Procurement (MRP)

MTO Flow: Customer PO generates a Sales Order, locking the Engineering BoM and triggering direct Production Planning and targeted Purchase Requisitions.
MTS Flow: The Planning module utilizes demand forecasting and min-max safety stock levels to automatically trigger batch production orders for standard bearings.
Procurement workflows manage vendor RFQs for specialized raw materials (Ceramic balls, Brass cages, Bearing steel) followed by strict Incoming QC.

Multi-Plant Manufacturing & Subcontracting

Production orders follow a complex routing map across different work centers: Forging ➔ CNC Turning ➔ Subcontracted Heat Treatment ➔ Super Finishing ➔ Assembly ➔ Laser Marking.
The system manages the dispatch and receipt of materials to external vendors for processes like specialized coating and heat treatment.

Advanced IPQC & CAPA Workflows

The "Quality" module enforces IPQC checkpoints at every machine center (e.g., Runout testing, Hardness testing, Noise level parameters).
If a batch fails QC, the system automatically generates a Non-Conformance Report (NCR) and triggers the CAPA (Corrective and Preventive Action) protocol, requiring root cause analysis and rework approval before the batch can re-enter production.

Intelligent Warehouse & Dispatch Routing

Finished goods are routed based on their origin. MTS items utilize FIFO/FEFO putaway strategies with bin allocation. MTO items are immediately reserved for the specific customer and put on Final QC Hold.
Dispatch QC mandates a final review of rust protection, label validation, and the generation of compliance Test Certificates before shipment planning.

After-Sales & Warranty Tracking

Post-delivery, the system handles customer complaints via failure analysis. Complete heat number and lot traceability allows KMP Bearings to validate warranties and issue replacements or credit notes efficiently.

Business Impact & Value Delivered

Accelerated Time-to-Market

The integration of the Project module for engineering approvals streamlined the R&D and prototyping phase, reducing custom bearing development time.

Audit-Ready Compliance

Automated IPQC and strict CAPA protocols ensured KMP Bearings effortlessly met IATF and ISO certification requirements.

Optimized Resource Planning

The advanced MRP planning module balanced machine loads across multi-plant operations and optimized inventory levels, significantly reducing raw material holding costs.

Flawless Traceability

Achieved 100% end-to-end traceability, empowering the quality team to instantly track the exact machine operator, tool life, and raw material heat number for any given finished bearing in the market.

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