Centralize multi-level Bill of Materials (BOM), formula recipes, Engineering Change Orders (ECO), and cost rollups. Accelerate new product development, eliminate costly scrap, and seamlessly connect R&D with shop-floor production on a single unified platform.
Absolute Engineering ERP is purpose-built to eliminate data silos, manage complex recipe formulations, and streamline multi-level BOMs from R&D design to shop-floor execution.
Managing multi-level BOM revisions across fragmented spreadsheets leads to outdated engineering drawings reaching the shop floor, causing critical assembly bottlenecks and delays.
Volatile material pricing, labor variance, and overhead costs make manual product cost rollups inaccurate, leading to uncalculated margin loss before production even begins.
Manual sign-off loops stall engineering changes for weeks, resulting in obsolete parts being purchased and high-cost manufacturing rework on active assembly lines.
Manual formula calculations fail to account for ingredient potency and scrap allowances during scaling, creating massive batch variance and expensive product waste.
Without precise standard routing and component tolerance tracking, excessive scrap goes unnoticed, driving up operational overhead and draining production capital.
Manually retyping part numbers and item specifications from CAD designs into ERP systems causes typo-induced stockouts, assembly errors, and prolonged cycle times.
Lack of standard cycle-time data leads to inaccurate manufacturing routings, creating line starvation, unoptimized machine hours, and erratic order delivery schedules.
Missing formulation history, component traceability, and change logs risks severe non-compliance penalties during stringent ISO, FDA, or customer quality audits.
When product design, procurement, and production work in separate silos, teams lack single-source visibility, crippling agile new product introduction (NPI).
GCTL Product Engineering Software connects multi-level BOM authoring, recipe formulations, change management (ECO), routing definitions, and cost rollups in a unified digital thread. Bridge R&D with the factory floor, eliminate scrap from engineering errors, and accelerate time-to-market.
Build hierarchical discrete BOMs and scalable process formulas with dynamic batch sizing, scrap allowances, and alternate part logic to standardize engineering data.
Embed strict material compliance, allergen checks, and ISO/FDA documentation rules directly into formulation specs to prevent non-compliant manufacturing runs.
Bi-directionally sync CAD metadata and PLM designs into production-ready EBOMs/MBOMs, maintaining end-to-end component traceability and eliminating manual re-entry.
Route Engineering Change Orders (ECO) through multi-tier digital sign-offs, tracking revision histories and effective cut-in dates across ongoing production batches.
Map precise operational routings, standard labor hours, and machine capacities for every assembly stage to establish accurate takt times and production flows.
Generate validated electronic batch records (eBR) and work instructions directly from approved engineering specs to guarantee zero assembly ambiguity.
Monitor active BOM lifecycle states, recipe revision statuses, component lead-time risks, and phase-out cycles through centralized engineering dashboards.
Calculate standard vs. actual unit costs by aggregating raw material pricing, machine overhead, labor rates, and expected scrap factors before release.
Feed shop-floor scrap metrics and component yield variance back into R&D to optimize recipe formulas, reduce material waste, and maximize gross margins.
Discover the essential features of GCTL's Product Engineering ERP software, designed to streamline BOM structures, automate recipe formulations, and drive manufacturing excellence.
Our product engineering software connects R&D formulations, multi-level BOM structures, operational routings, ECO revisions, batch scaling, and real-time cost rollups in one unified platform.
Author complex hierarchical BOMs, sub-assemblies, and phantom assemblies with precision. Maintain accurate component dependencies and eliminate manufacturing build errors.
Formulate process recipes with dynamic batch scaling, ingredient concentration balancing, and unit conversion logic to ensure total batch uniformity across production runs.
Define detailed operation sequences, machine run-times, setup parameters, and labor capacities to establish standard takt times and balance production workstations.
Automate digital approval workflows for product modifications with complete revision histories, impact analysis, and synchronized effective cut-in dates.
Aggregate raw material rates, direct labor costs, machine run overhead, and scrap variance in real time to calculate precise margins before product release.
Enforce regulatory parameters, allergen cross-checks, ISO/FDA documentation, and quality thresholds directly within formulation and assembly specifications.
Eliminate duplicate entry by automatically transforming 2D/3D CAD designs and PLM engineering BOMs (EBOM) directly into production-ready manufacturing BOMs (MBOM).
Configure pre-approved component substitutes and alternate materials across BOM levels to keep shop floors running without unplanned downtime during supply shortages.
Gain complete engineering visibility through real-time dashboards tracking scrap variance, BOM revision cycle times, yield optimization, and product lifecycle profitability.
Unify discrete and process manufacturing workflows by centralizing multi-level BOMs, dynamic recipes, and engineering change orders across the enterprise lifecycle.
Structure complex multi-tier assembly hierarchies, sub-assemblies, and routing steps. Automate component calculations to eliminate costly shop-floor discrepancies.
Streamline Engineering Change Orders with digital approval workflows, audit trails, and version control to guarantee production builds to active specifications.
Scale recipe proportions, balance ingredient potencies, and configure variable batch sizes with precision while maintaining strict regulatory compliance.
Calculate standard and actual costs instantly across raw materials, machine hours, labor, and scrap factors to protect gross margins before launch.
Bridge engineering design and factory operations by automatically converting CAD models and PLM data into ready-to-run manufacturing BOMs without manual entry.
Define authorized alternative parts, track component lifecycles, and maintain end-to-end batch genealogy to mitigate supply chain disruptions.
R&D formulations, multi-level BOMs, and shop-floor routings synchronize seamlessly, keeping manufacturing yields high, product costing accurate, and ECO compliance strictly under control.
Capture Design
& Product Specs
Structure Multi-Level BOM
& Recipes
Define Routings
& Standard Workflows
Run Cost Rollup
& Yield Simulation
Release Validated MBOM to Production
Audit ECOs
& Manufacturing Variance
GCTL Product Engineering Software combines intelligent multi-level BOM structuring with real-time recipe management to streamline shop-floor routings, accelerate ECO approvals, eliminate formulation errors, and elevate manufacturing excellence.
Smart algorithms analyze machine capacities, labor requirements, and cycle times to eliminate shop-floor bottlenecks and automate precision production routing creation.
Live engineering dashboards track active BOM revisions, recipe scaling metrics, ECO lifecycles, and component availability status without disconnected spreadsheets.
Centralize multi-tier BOM hierarchies, formulation recipes, and compliance documents in a secure cloud ecosystem, providing R&D teams instant access anywhere.
Instantly convert 2D/3D CAD models and PLM files into active manufacturing BOMs, part masters, and assembly drawings, eliminating duplicate engineering entries.
Seamless integration with supplier master catalogs automatically recalculates product unit costs, scrap allowances, and gross margins across design iterations.
Streamline process manufacturing with automatic ingredient potency balancing, unit conversions, customizable batch scaling, and instant electronic batch records.
Built-in sign-off workflows deliver real-time revision notifications, part lifecycle changes, and cut-in schedules directly to R&D, quality, and production teams.
Empower engineers and plant supervisors to inspect digital work instructions, verify assembly BOMs, log scrap variances, and review change orders on the go.
Evaluate manufacturing performance with comprehensive reporting on target vs. actual BOM costs, scrap generation, labor hours, and product lifecycle ROI.
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The custom platform they engineered exceeded every strict regulatory and compliance benchmark we needed, including HIPAA and SOC 2. They modernized our legacy databases into an intuitive, secure cloud system that our operations team adopted effortlessly on day one.
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We needed a tailor-made ERP solution to unify global supply chain tracking, automated invoicing, and real-time fleet analytics under one roof. Their custom software solution delivered precisely that, saving us thousands in recurring licensing overhead while scaling our operations seamlessly.
Enterprise BOM & Recipe Management Software for Multi-Level Structuring, ECO Workflows, and Manufacturing Cost Control
It is a unified engineering platform designed to author, structure, and maintain multi-level Bills of Materials (BOMs), formula recipes, operational routings, and engineering revisions across discrete and process manufacturing workflows
The system automates the complete ECO lifecycle through configurable approval workflows, impact analyses, revision versioning, and effective cut-in dates, ensuring only approved revisions reach the production line.
Yes, it supports multi-level hierarchical BOMs for discrete manufacturing as well as dynamic formula scaling, potency balancing, ingredient percentages, and density factors for process and batch manufacturers.
It performs automated cost rollups aggregating raw material prices, scrap allowances, machine setup times, and labor overheads in real time, enabling precise target costing and margin protection before manufacturing begins.
Yes, it bi-directionally synchronizes with CAD design software, PLM systems, and core manufacturing ERPs to automatically convert engineering BOMs (EBOM) into manufacturing BOMs (MBOM) without manual data entry errors.
GCTL Infosys
