Manufacturing ERP Software Development

Production planning, shop floor visibility, and costing, built around how your plant actually runs.

Manufacturing ERP software connects production with the rest of your operations, covering material requirements planning, production scheduling, bills of materials, shop floor control, inventory, quality, and job costing in one system. At SolGuruz, we build custom manufacturing ERP software around your existing production processes when packaged software cannot model the way your plant operates.

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Reliable software takes an experienced team that owns delivery end to end. Here's the track record behind ours.

Years Building Custom Software

102+

Products Delivered Across Apps, Web & Software

80%

Repeat Client Rate

87+

Clients Served Across 17+ Countries

Trusted by Startups and Enterprises Worldwide

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5.0

Frame 01 / 04

Custom Software Solution Development / Driver Dashboard & Invoice Automation for Food Service Company

SolGuruz has delivered a solution that has reduced 90% of manual efforts through automation and provided real-time insights for supplier fulfillment and order volume trends. The team is responsive to requests and changes, and their proactive approach to problem-solving has stood out.

Summarized from Gary Boyd's Clutch review

Gary Boyd

CEO and Owner, Tasty Food Guys | Florida, USA

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SolGuruz is Rated by Real People on Google and Clutch

5.0

Rated 5.0 / 5 on Google by clients, partners, and visitors who have experienced SolGuruz first-hand - through our work, our office, or our team.

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4.9

4.9 / 5 on Clutch - independently audited reviews from real clients who have shipped products with SolGuruz.

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Backed by independent accreditations

ISO 9001 Certified

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WHAT WE DO

ERP for Manufacturing Services

Explore the services regarding ERP in the manufacturing industry.

Custom Manufacturing ERP Development

Systems built around your routings, work centers, and costing rules rather than configured into a vendor's model. Module scope is set during the plant walkthrough, so release one covers the lines carrying the most manual effort.

Manufacturing ERP Consulting

Current-state review across planning, production, and costing, then a costed build-or-buy comparison before development starts. You keep the process maps and requirements documentation, whichever route the numbers point to.

Manufacturing ERP Implementation

Configuration, data migration, and go-live run line by line or plant by plant. Cutover dates are set around your production calendar, so the first live period avoids month-end and peak runs.

Shop Floor and Systems Integration Services

Connecting the ERP to MES, machine controllers, quality systems, and scanning hardware on the floor. Each connection is rated for complexity, since a documented API and a serial port are very different jobs.

Manufacturing Data Migration

Moving item masters, multi-level BOMs, routings, standard costs, and open work orders across. BOM accuracy gets the most attention, because a wrong component quantity propagates into every job that uses it.

Hire Manufacturing ERP Engineers

Engineers who have built for discrete, process, and mixed mode operations, working inside your team on your roadmap. They work to your delivery process, your security requirements, and your reporting lines.

AT THE ERP END

Platforms and Systems We Work With

What sits at the ERP end changes how the work runs. Three situations cover most manufacturing projects.

Custom manufacturing ERP

Built from the data model up around your production method, routings, and costing rules. Suited to operations whose process sits outside what packaged systems model, or where compliance requirements need validation designed in rather than added on. Covered in more depth on our custom ERP development page.

Odoo

Odoo carries manufacturing modules covering MRP, work orders, quality, and maintenance, with custom module development for anything the standard apps do not reach. Suited to operations needing meaningful configuration without a system built from nothing. Our custom Odoo ERP development page covers editions and module work in depth.

Your existing ERP

Where a system is already running, we work with whatever interface it exposes. That covers building missing modules, connecting shop floor equipment, or extending costing and reporting beyond what the platform provides natively.

Already running something that half works?

We pick up from wherever the system stands, whether that means extending it or replacing it.

THE SCOPE

What Manufacturing ERP Software Covers

Manufacturing ERP software runs the operation from raw material through to finished goods and the ledger. It connects what happens on the floor with what finance sees, so both work from the same numbers. Four areas make up the core.

Production planning and scheduling

Work orders get scheduled against real capacity rather than a theoretical calendar. The system accounts for machine availability, labor, tooling, and changeover time. When a rush order lands, rescheduling shows you what moves and what slips before you commit to a date.

Materials and inventory control

Material requirements planning works backward from demand to tell you what to buy and when. Stock is tracked by lot, serial, and location across every site. Reorder points adjust against actual consumption, so raw material arrives ahead of the run instead of holding cash on the shelf.

Shop floor visibility

Operators record production, scrap, and downtime as it happens. Supervisors see order status by work center without walking the floor. That same data feeds costing, so the labor and machine time on a job reflect what was actually spent.

Costing and financial integration

Standard costs get compared against actual costs per job, per run, and per product. Material, labor, overhead, and scrap all roll up automatically. Month-end closes on production data that finance can reconcile rather than on estimates gathered by email.

ERP and MRP: What the Difference Actually Is

Manufacturers use these terms interchangeably, and vendors do not always help. The three sit in a sequence, each one absorbing what came before.

System	MRP	MRP II	Manufacturing ERP
Handles	Material requirements and purchasing	Adds capacity planning, scheduling, and shop floor	Adds finance, procurement, sales, quality, and HR
Answers	What to order and when	Whether you can actually make it on time	What the whole operation costs to run
Typical user	Planning and purchasing	Planning, production, and operations	Every department
Data it needs	BOMs, inventory, demand	Adds routings, work centers, labor	Adds ledger, customers, suppliers, quality records
Where it sits	A module	A module set	The full system

ERP and MRP have their differences, and it is important to make the correct choice for your manufacturing business and understand what will follow.

Do you need MRP capability or a full ERP?

Smaller operations running a stable product mix often need planning and purchasing, nothing more. If your accounting software already works and the pain sits in material shortages, an MRP system solves the actual problem. We scope builds that way, so you are not paying to develop modules nobody opens.

What changes when you outgrow it

The limit usually shows up at month-end, when production data lives in one place and costs live in another. Multi-site operations hit it sooner, since consolidating inventory and costing across plants is where standalone MRP software for manufacturing stops. At that point, the build widens to cover finance, procurement, and quality alongside planning.

Scoping starts with that question. Whether you need to know what to order or what it cost once you made it decides which modules get built first.

Manufacturing ERP Modules

A manufacturing ERP system runs on ten core modules. Most builds launch with five or six, then add the rest as the operation needs them.

Module	What it handles	Connects to
Material requirements planning	Demand-driven purchasing, lot sizing, safety stock, lead time offsets, and the master production schedule	Inventory, procurement, production
Production planning and scheduling	Work orders, finite capacity scheduling, work center loading, changeover sequencing	MRP, shop floor, costing
Bill of materials and routings	Multi-level BOMs, revision control, engineering change orders, operation sequences, standard times	Production, costing, engineering
Shop floor control	Job clock-in, production reporting, scrap and downtime capture, work in progress tracking	Production, costing, MES
Inventory and warehouse	Lot and serial tracking, bin locations, cycle counting, multi-site stock, inventory valuation	MRP, production, sales
Quality management	Inspection plans, non-conformance records, corrective action, certificates of analysis, traceability	Production, procurement, compliance
Procurement and supplier management	Purchase orders, supplier performance, approval chains, incoming inspection	MRP, inventory, finance
Job and standard costing	Standard versus actual cost, material and labor rollup, overhead absorption, yield and scrap variance	Production, shop floor, finance
Maintenance management	Preventive schedules, work requests, spare parts, machine downtime history	Shop floor, inventory
Reporting and analytics	OEE, throughput, on-time delivery, cost per unit, role-based dashboards	Every module

CAD2BOM sits alongside these for engineering-heavy operations. It pulls bills of materials straight out of CAD so revisions propagate into the ERP rather than getting rekeyed. Make-to-order and engineer-to-order manufacturers get the most from it, since their BOMs change per job.

Manufacturing ERP software modules get selected during discovery, so the first release covers the areas carrying the most manual effort today.

Wondering which five to launch with?

Share where the manual effort concentrates and we will prioritize the first release.

BY PRODUCTION METHOD

Which Type of Manufacturing ERP Fits Your Operation

Production method changes what the system has to model. Six types cover most operations, and the one you fall into decides which modules matter first.

Discrete manufacturing

You build countable units from assemblies. Electronics, vehicle parts, machinery, furniture. The system carries multi-level BOMs, work orders per unit or batch, and serial number tracking through assembly. Routings and work center scheduling do the heavy lifting here, and costing rolls up per unit.

Process manufacturing

You work from formulas and recipes rather than parts lists. Food, chemicals, pharmaceuticals, cosmetics. ERP for process manufacturing handles batch sizing, potency and concentration, unit of measure conversions, co-products and by-products, and yield variance against theoretical output. Lot traceability runs from raw ingredient through to shipped case.

Mixed mode

Many operations run both. You might mold plastic components as a process step, then assemble them as discrete units. The system needs formula management and BOM management working together, with costing that follows material across both stages.

Make-to-order and engineer-to-order

Nothing ships until someone orders it, and the specification often changes mid-build. Project costing, configuration management, and engineering change orders sit at the center. CAD2BOM matters most here, since the BOM is different on every job.

Assemble-to-order

Components are stocked and assembly starts when the order lands. Configured furniture, industrial equipment, build-to-spec electronics. Configuration rules drive which parts pull, so the BOM is created per order from a defined option set. The planning question shifts from finished goods to component availability, since promising a date depends on whether the parts are on the shelf.

Make-to-stock

You produce against forecast and hold finished goods. Demand forecasting accuracy, inventory turns, and production leveling drive the system. The costing question is whether your standard costs still match reality after a year of input price changes.

Most manufacturers sit in one of these clearly, though mixed-mode operations often discover it during process mapping rather than before.

Weighing a build against a packaged system?

Tell us how your plant runs and we will cost both routes against your module set.

CONNECTED PLANT

Shop Floor and Systems Integration

A manufacturing ERP is only as accurate as the data reaching it. These are the systems and equipment it usually has to connect to.

MES and production execution

Work orders flow from the ERP to the MES, and completions, scrap, and machine time come back. The connection decides whether your work-in-progress balance reflects the floor or yesterday's estimate.

SCADA, PLCs, and machine controllers

Older equipment rarely exposes an API. Connections get built against OPC UA, Modbus, or a purpose-built service layer, so run time, cycle counts, and downtime reach the ERP without an operator typing them in.

IoT sensors and machine data

Temperature, vibration, pressure, and energy readings feed maintenance scheduling and quality records. Time-series data lands in a store built for it, then summarizes into the ERP rather than flooding it.

Barcode and scanning hardware

Goods receipts, pick confirmations, job clock-in, and lot capture all run through scanners on the floor. Getting this right removes most manual entry from inventory and production reporting.

CAD and PLM

Bills of materials and engineering changes move from the design system into the ERP. Revision control stays in one place, so production builds from the current drawing.

WMS and logistics

Stock movements, bin locations, and shipment confirmations sync between the warehouse system and the ERP. Inventory valuation reflects what has physically moved.

Connection count and complexity get established during discovery, and we cover the wider picture on our ERP integration services page.

how we work

Our Manufacturing ERP Development Process

Manufacturing ERP software development runs across six phases, from plant walkthrough to phased go-live. SolGuruz uses sprint-based delivery, spec-driven documentation, and AI-assisted analysis, so every module traces back to something your operations team confirmed.

01 / 06
Operations and Process Mapping
We start on the floor. How work moves from order to dispatch, where material waits, which steps run on paper, and what the planners do in spreadsheets because the current system cannot hold it.

Each production method gets documented separately, since discrete, process, and make-to-order flows need different data models. Costing rules, approval chains, and month-end sequence are captured alongside, because those decide what the reporting layer has to support.

Tools: Otter AI, Claude, Whimsical AI, Metastory AI, Notion

Deliverables: Current-state process maps per department, production method classification, costing rule documentation, and a prioritized list of manual effort by area.
02 / 06
Module Scope and Architecture Design
The module set for release one is agreed against where the manual effort concentrates. Most plants start with MRP, inventory, production scheduling, and costing, then add quality and maintenance in later phases.

Architecture decisions land here too. Data model, work order structure, BOM depth, deployment target, and how the system will handle multiple sites if that is on the roadmap.

Tools: Claude Code, ChatGPT, Gemini, GitHub Copilot, Antigravity

Deliverables: Technical architecture document, data model specification, module priority matrix, API specifications, and security architecture.
03 / 06
Shop Floor and Systems Integration Scoping
Every system and machine the ERP must connect to gets listed, from the MES down to individual controllers. Each connection is rated for complexity, covering documented APIs, industrial protocols, and equipment with no interface at all.

Machine-level connections are where estimates slip most, since a controller with no documented interface takes far longer than a documented API. Rating each one here keeps the figure honest.

Tools: Postman, Claude, Whimsical AI, Notion

Deliverables: Systems and equipment inventory, integration complexity ratings, data mapping specification, and connection effort breakdown.
04 / 06
Build in Two-Week Sprints
Modules are developed in priority order with a working demo at the end of each sprint. Your planners and floor supervisors review real screens, so interface problems surface while they are still cheap to fix.

Throughout the build we apply AI-assisted development for code review, automated testing, and early anomaly detection. Every pull request is scored across nine criteria before merge.

Tools: GitHub Copilot, Claude Code, ChatGPT, Notion, Ollama, Antigravity

Deliverables: Working software increments every two weeks, sprint reports, role-specific screen reviews, and updated backlog.
05 / 06
Data Migration and Validation
Item masters, BOMs, routings, open work orders, and inventory balances are mapped, cleaned, and moved to a staging environment for validation against source. BOM accuracy gets the most attention, since a wrong component quantity propagates into every job that uses it.

Migration runs in passes with a full dry run before the live move. Rollback procedures are documented and tested ahead of cutover.

Tools: Claude Code, Python, SonarQube, Notion

Deliverables: Data mapping document, BOM validation report, inventory reconciliation, dry run report, and tested rollback plan.
06 / 06
Phased Go-Live by Line or Plant
Rollout runs line by line or plant by plant, with each group trained and stable before the next starts. Go-live dates avoid month-end and peak production so the first live period has room to absorb issues.

Support continues through the first full costing cycle, covering monitoring, issue resolution, and enhancement planning as later modules come into scope.

Tools: Claude Code, N8N Automation Agent, Userback, Zoho Projects, Ollama

Deliverables: Rollout schedule by line, role-specific onboarding kits, administrative credential transfer, training materials, and SLA-backed support agreement.

How we engineer

Our AI-Native Engineering Standards

AI-native by practice, engineer-led by principle. These are the rules every SolGuruz team works to, on every project, whatever the stack or industry.

01Architecture and Design Quality
- Spec-Driven Requirements
  Every feature has written acceptance criteria and a traceable spec before development starts, and AI checks the spec for gaps, conflicts, and missing edge cases.
  Engineer-ledEngineers review every spec for feasibility before it’s estimated.
- Architecture Standards
  Architecture, data model, state management, and integrations follow proven patterns for scale, security, and maintainability, and every key decision is documented.
  Engineer-ledAn engineer signs off every architecture decision.
- Design System and Accessibility
  Every screen is built from a shared design system in Figma, with AI-assisted accessibility checks and design-to-code handoff.
  Engineer-ledDesigners own every design decision and its consistency across devices.
02Code Quality and Security
- AI-Assisted Development, Human-Owned Code
  Developers use Claude Code, GitHub Copilot, and Cursor for scaffolding, boilerplate, and repetitive patterns, never for unreviewed logic.
  Engineer-ledEngineers own the logic and review every AI-generated change.
- Coding Standards, Git Flow and Peer Review
  Code follows agreed conventions and a Git Flow branching model, and AI-assisted review flags issues on every commit.
  Engineer-ledA second developer reviews every change before it merges.
- Secure and Compliant by Default
  ISO 27001 and ISO 9001 certified processes, SOC 2-aligned controls, least-privilege access, and encryption in transit and at rest, with HIPAA-aligned safeguards where health data is involved.
  Engineer-ledAn engineer owns every security review.
03Testing and Release Safety
- AI-Generated Tests and Manual QA
  AI generates unit tests, edge cases, and regression suites from the codebase, and automated suites run on every build.
  Engineer-ledQA engineers test the real user flows by hand before every release.
- Static Analysis and CI/CD Pipelines
  Static code analysis scans every commit, and CI/CD pipelines build, test, and deploy across development, staging, and production.
  Engineer-ledEngineers set the quality gates the pipeline enforces and fix what the scans flag.
- Release Safety
  Every release has staged environments, a tested rollback plan, and alpha and beta builds for internal and external users before full rollout.
  Engineer-ledEngineers review release metrics before each rollout phase.
04Reliability and Ownership
- Observability
  Crash reporting, performance monitoring, and usage analytics are live from launch day, with alerts routed to the team that built the product.
  Engineer-ledEngineers act on every alert and track trends for the life of the product.
- Data-Driven Iteration
  Product analytics are instrumented from launch, and new features are prioritized from user feedback and data, not guesswork. For clients without an in-house marketing team, we also run the growth strategy.
  Engineer-ledEngineers turn analytics into the backlog for each release.
- Documentation, Ownership and Ongoing Support
  AI keeps API references and technical docs in sync with the code, and maintenance plans keep the product secure and up to date.
  Engineer-ledYou get full repository access and IP ownership, and one in-house team stays accountable for the outcome.

Manufacturing ERP Software by Sub-Industry

ERP software for the manufacturing industry looks different depending on what you make. Six sub-industries where compliance and process requirements push operations toward a custom build.

Food and beverage
Food manufacturing ERP software has to hold lot traceability from raw ingredient through to shipped case, because recall readiness depends on an unbroken chain. Expiry and shelf-life drive both production sequencing and inventory rotation. Yield variance against theoretical output tells you whether a batch ran to formula. HACCP documentation and allergen segregation sit inside the quality module rather than in a separate binder.
Chemical
ERP software for chemical manufacturing works from formulas that adjust for potency and concentration, so a batch scales on active ingredient rather than gross weight. Co-products and by-products both need costing. Safety data sheets, hazard classification, and regulated storage rules attach to the item master, and batch records have to reconstruct exactly what went into any drum.
Garment and apparel
Style, color, and size matrices multiply every SKU, so inventory and BOM structures work on a matrix rather than a flat list. Cut-and-sew routing tracks work in progress across bundles. Seasonal production cycles mean forecasting and capacity planning run to a calendar most manufacturers do not share.
Plastics
Mold scheduling, cavity counts, and cycle times drive capacity planning. Regrind and recycled material need tracking through the costing model, since they affect both material cost and quality limits. Changeover time between colors and resins is often the largest scheduling constraint on the floor.
Medical device
Device history records, design history files, and lot traceability are audit requirements rather than reporting preferences. FDA 21 CFR Part 11 applies to electronic records and signatures, so validation, access control, and audit trails get designed into the build. Non-conformance and corrective action workflows carry regulatory weight.
Cosmetic
Formula versioning matters because ingredient regulations change by market. Batch records track fill quantities and packaging components alongside the formula itself. Multi-market compliance means the same product can carry different approved ingredient lists depending on where it ships.

Technologies We Build Manufacturing Systems With

A manufacturing ERP has to read from equipment, hold high transaction volumes, and stay available across shifts. These are the layers we build across.

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Claude Code
GitHub Copilot
Cursor
Windsurf
v0
Gemini
Codex
Banani
Figma Make
Uizard
Pencil Dev
Stitch
Kiro
Antigravity
User-doc
Miro AI
Whimsical AI
TensorFlow
PyTorch
OpenCV
Hugging Face
Kaggle
OpenAI
Anthropic
Ollama
Claude
Voiceflow
Vapi AI
Perplexity.Ai
Stable Diffusion
CrewAI
N8n
Langflow
Keras
LangChain
Google Colab
Rasa
Llama 4
PaLM 2
Flutter
Android
Apple
React Native
TypeScript
JavaScript
ReactJs
Electron
Angular
WordPress
Webflow
FlutterFlow
Java
PHP
Node.js
Python
Laravel
Django
FastAPI
Flask
Nestjs
Feathersjs
MYSQL
AmazonDynamoDB
Firebase
Firestore
Supabase
PostgreSQL
Oracle
Redis
MongoDB
Cassandra
Elasticsearch
Pinecone
Pgvector
Weaviate
AWS
Digital Ocean
Google Cloud
Twilio
Docker
Kubernetes
Azure
Mocha
JMeter
Appium
SoupUI
Jest
Maven
Test NG
Selenium
Cucumber
Postman
Cypress
Rest-Assured
TravisCI
CircleCI
Gradle
Jenkins
Github-Actions
Bitbucket-Pipelines
Gitlab CI/CD
SonarQube
Grafana
Codemagic
Terraform
Bamboo
Vercel
GitLab
Git
Github Actions
Nginx
PM2

Industrial Protocols

OPC UA
Modbus TCP
MQTT
MTConnect
Serial and RS-232

Engineers Who Walk Your Floor
Process mapping happens on site with the people running the lines. The engineers who document your routings and costing rules are the same ones writing the code, so what gets built matches what your planners described.
Module Scope Fixed Before Budget
Manufacturing ERP software solutions vary enormously in scope, so the module set and integration count are agreed during discovery. Undiscovered shop floor connections are the most common reason these budgets move after kickoff.
Full Code and Documentation Ownership
Repository access from the first working day, along with data model documentation, integration specs, and the error runbook. Our clients own their IP, code, and designs from day one, so the system stays yours, whoever maintains it later.
Two Review Layers on Every Change
SonarQube and Codebeat run automated reviews on every push, and a custom AI quality agent scores each pull request across nine criteria before merge. Costing logic and BOM calculations get reviewed twice, because an error there propagates into every job.
Certified Delivery Standards
ISO 9001 for quality management and ISO 27001 for information security, both independently audited. For manufacturers under regulatory audit, that framework has been externally reviewed rather than self-declared.
A Delivery Record Behind the Build
102+ products delivered across 14 industries and 17+ countries, with zero projects abandoned since 2019. An ERP software for manufacturing company is a multi-year commitment, and we have never walked away from one.

Want an engineer to look at your setup?

Bring your equipment and systems list, or just describe them. Whichever is convenient for you.

Talk to a SolGuruz engineer about your manufacturing ERP setup

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SolGuruz has shipped 102+ products across 14 industries.

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What Our Clients Say

Explore the latest reviews from our existing clients to get a better picture of our services and collaboration.

Top App Development Company on appFutura

4.5

Food & Beverage

Web & Mobile App Dev for Online Food and Grocery Platform

SolGuruz successfully delivered a reliable and robust system with an easy operating experience. The team fulfilled all the client's expectations and delivered the project on time. Their active involvement in the project and effective communication via virtual meetings were hallmarks of their work.

Summarized from Kastriot Shatri's Clutch review

Kastriot Shatri, CEO, Kas Foods Solution Group Kft

Budapest, Hungary

Sep. 2023 - Mar. 2025

5.0

Diamond & Jewelry

Custom Software Development, Design and App Development for B2B Diamond Platform

Since partnering with SolGuruz, the client has gained an all-encompassing solution to provide their customers. The team accomplishes their goals with agility, and internal stakeholders are particularly impressed with the vendor's comprehensive approach to support and maintenance.

Summarized from Kalpesh Zalavadiya's Clutch review

Kalpesh Zalavadiya, Managing Director, DiamNow

Surat, India

Nov. 2021 - Ongoing

4.5

Education

Web and Mobile App Development for Language Education Platform

SolGuruz delivers a fully functional app and website within the agreed timeline and budget. The team follows a clear workflow with defined milestones, making it easy to track the project's progress. They are also responsive to the client's needs and provide professional suggestions.

Summarized from Iman Alsharhan's Clutch review

Iman Alsharhan, Founder, TirTir World

Kuwait

Sep. 2025 - Ongoing

5.0

Real estate

Web Design, Mobile App Development of Real Estate Platform for Real Estate Company

SolGuruz has delivered a functional, error-free platform that aligns with the client's needs and requirements, meeting expectations. They ensure a smooth process through their effective communication, responsiveness, proactive problem-solving, and streamlined, transparent development process.

Summarized from Chirag Balani's Clutch review

Chirag Balani, General Manager, Property Dollar

Sydney, Australia

Oct. 2021 - Ongoing

4.5

Artificial Intelligence

AI Development for Consultancy Firm

SolGuruz successfully delivered the project on time, meeting the client's expectations. The team demonstrated strong technical skills and efficient communication through virtual meetings and email updates. Their flexibility and value for money were also commendable.

Summarized from Matt Kuperholz's Clutch review

Matt Kuperholz, AI Scientist & Advisor, Matt Kuperholz Consultancy

Melbourne, Australia

Jun. 2026 - Jul. 2026

5.0

Media

Custom Software Dev for Digital Media Distribution Company

SolGuruz delivered the project in a timely manner that met the client's expectations. The service provider ensured excellent communication via email and virtual meetings. Their accommodating and empathetic approach was impeccable.

Summarized from Samir Khandwala's Clutch review

Samir Khandwala, CEO, iMusti, Inc.

Fremont, California, United States

Jul. 2022 - Sep. 2022

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Manufacturing ERP software manages production alongside finance, inventory, and procurement in one system. It covers material planning, scheduling, bills of materials, shop floor control, quality, and job costing, so production data and cost data stay connected.

MRP handles material requirements and purchasing. MRP II adds capacity planning and scheduling. Manufacturing ERP absorbs both and adds finance, procurement, sales, and quality. MRP answers what to order; ERP answers what it cost to make.

Cost tracks with module count, integration complexity, and how many sites go live. Published market figures for custom manufacturing ERP run from around $50,000 for a core module set to $500,000 and beyond for multi-plant builds.

Most builds launch with material requirements planning, production scheduling, inventory, and costing. Quality, maintenance, procurement, and analytics usually follow in later phases. Module scope gets set during discovery against where manual effort concentrates today.

Yes. Connections run through documented APIs where available, industrial protocols like OPC UA or Modbus for machine data, or a purpose-built service layer for equipment with no interface. Complexity is rated per connection during scoping.

Discrete manufacturing works from bills of materials and assembles countable units. Process manufacturing works from formulas and produces batches. The difference changes the data model, so the system has to be built for one or both.

Yes. Food builds carry lot traceability, expiry management, and HACCP documentation. Medical device builds carry device history records and FDA 21 CFR Part 11 validation. Compliance requirements shape the architecture from the first sprint.

Yes. That covers Odoo manufacturing modules, custom module development where the standard apps fall short, and connections to shop floor equipment. Work usually spans MRP, inventory, quality, and costing.

You do. Repository access, data model documentation, integration specifications, and the error runbook are transferred to you in editable formats. Clients own their IP and code from day one, so the system stays maintainable.

Manufacturing ERP Software Development

The Engineering Partner You Can Build On

Years Building Custom Software

Products Delivered Across Apps, Web & Software

Repeat Client Rate

Clients Served Across 17+ Countries

Watch How We Make a Difference

SolGuruz is Rated by Real People on Google and Clutch

ERP for Manufacturing Services

Custom Manufacturing ERP Development

Manufacturing ERP Consulting

Manufacturing ERP Implementation

Shop Floor and Systems Integration Services

Manufacturing Data Migration

Hire Manufacturing ERP Engineers

Platforms and Systems We Work With

Custom manufacturing ERP

Odoo

Your existing ERP

What Manufacturing ERP Software Covers

Production planning and scheduling

Materials and inventory control

Shop floor visibility

Costing and financial integration

ERP and MRP: What the Difference Actually Is

Do you need MRP capability or a full ERP?

What changes when you outgrow it

Manufacturing ERP Modules

Which Type of Manufacturing ERP Fits Your Operation

Discrete manufacturing

Process manufacturing

Mixed mode

Make-to-order and engineer-to-order

Assemble-to-order

Make-to-stock

Shop Floor and Systems Integration

MES and production execution

SCADA, PLCs, and machine controllers

IoT sensors and machine data

Barcode and scanning hardware

CAD and PLM

WMS and logistics

Our Manufacturing ERP Development Process

Operations and Process Mapping

Module Scope and Architecture Design

Shop Floor and Systems Integration Scoping

Build in Two-Week Sprints

Data Migration and Validation

Phased Go-Live by Line or Plant

Our AI-Native Engineering Standards

Spec-Driven Requirements

Architecture Standards

Design System and Accessibility

AI-Assisted Development, Human-Owned Code

Coding Standards, Git Flow and Peer Review

Secure and Compliant by Default

AI-Generated Tests and Manual QA

Static Analysis and CI/CD Pipelines

Release Safety

Observability

Data-Driven Iteration

Documentation, Ownership and Ongoing Support

Manufacturing ERP Software by Sub-Industry

Food and beverage

Chemical

Garment and apparel

Plastics

Medical device

Cosmetic

Technologies We Build Manufacturing Systems With

Why Manufacturers Choose SolGuruz

Software Projects We Have Delivered for Businesses

What Our Clients Say

Get More Insights from SolGuruz Experts

Frequently Asked Questions

What is manufacturing ERP software?

What is the difference between ERP and MRP?

How much does manufacturing ERP development cost?

What modules does a manufacturing ERP need?

Can it connect to our MES and shop floor systems?