Choose your industry to quickly find the most relevant business scenarios and solutions.
For project-driven, ETO/MTO and large custom equipment manufacturing, covering configuration/quoting, project costing, welding scheduling, installation service and expense control.
For custom environmental, energy-storage, offshore and aquaculture equipment, connects product options, engineering rules, 3D concepts, BOM/MOM, cost and quoting so sales and engineering can create manufacturable customer solutions faster.
Collects material, labor, subcontracting, purchasing, overhead and field-service costs by project, equipment, WBS, work order and delivery object, comparing budget, quoted cost and actual cost for project/equipment profitability.
For welding bottlenecks in large structures and equipment, creates executable finite-capacity schedules using welding stations, machines, personnel qualifications, WPS, fixtures, consumables and routing dependencies.
Connects project initiation, engineering, purchasing, manufacturing and shipping with on-site installation, commissioning, acceptance and after-sales service in one cross-functional project delivery loop.
For project-driven large equipment businesses, collects and controls travel, entertainment, purchasing incidentals, external services and project labor by project, WBS, expense type and budget, providing real-time visibility to project and finance teams.
For SMT, automation equipment and assembly manufacturing, addressing frequent changes, material readiness, substitutes and multi-station scheduling.
For multi-line SMT environments with frequent changeovers, combines material readiness, programs, stencils, feeders, line capability and due dates in finite-capacity scheduling to reduce setup and improve delivery stability.
For multi-station assembly of automation equipment and electronics, considers takt, labor, stations, critical-component readiness, test resources and order priority to create executable daily assembly plans.
Combines demand sources such as Sales Orders, Forecast and Min-Balance with CRD, production lead times and procurement lead times to calculate multi-level BOM readiness while controlling substitutes, shortages and frozen-window demand changes.
Covers aerospace parts manufacturing and MRO, from electronic job cards and scheduling to NADCAP special processes, personnel qualifications and repair management.
Connects work orders, operations, serial numbers, resource planning and electronic job cards, identifying people/equipment/material constraints during scheduling and providing instructions, checkpoints, e-signatures and full traceability during execution.
For special processes such as vacuum brazing, heat treatment, NDT and surface treatment, manages process versions, equipment/personnel qualifications, process parameters, excursion alerts, deviation approval and audit evidence.
Creates a matrix of roles, skills, courses, authorizations and certificates to manage training plans, exams, recurrent training, certificate validity and operation eligibility in a closed loop.
For aerospace maintenance organizations, covers repair cases, incoming evaluation, quotation, disassembly/repair operations, materials, subcontracting, e-job cards, release, certificates and customer delivery for full MRO traceability.
For high-mix low-volume, high-precision and bottleneck-resource environments, focused on finite-capacity machining schedules and assembly kitting plans.
For high-mix low-volume, high-precision environments with bottleneck CNC resources, combines machine capability, tooling/fixtures, routings, setup time, labor and due dates in finite-capacity scheduling.
For precision equipment and component assembly, calculates material readiness using BOM levels, purchase/make lead times, WIP status and assembly sequence to identify shortages early and synchronize assembly scheduling.
Creates an end-to-end loop from quoting to production planning around parametric CPQ, fabrication processes and coating/surface-treatment operations.
Turns dimensions, material, thickness, perforation, bending, welding, finishing and accessory rules into guided configuration, using 3D visualization to generate material usage, routing, cost and quote.
Schedules laser, punching, bending and welding resources with sheet material, tooling, routings and setup time for multi-order sheet-metal production under finite capacity.
For powder coating, painting, plating and anodizing, combines color, racks, batches, line/tank capacity, curing time and routing cadence to optimize batch grouping and color/line changes.
Uses immersive 3D CPQ to turn dimensions, materials, modules, hardware, colors and pricing rules into sellable and manufacturable product configurations.
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