Top 10 Best Injection Molding Quoting Software of 2026

DELMIAWorks is strongest when quoting teams need repeatable estimates driven by structured inputs like 3D CAD uploads and mold-related decision parameters. The system generates analysis outputs tied to molding risks such as geometry features that can affect draft, thickness, and undercut handling, which helps standardize what gets included in an RFQ package. Automation is centered on configured estimation rules so the same inputs produce comparable results across quotations.

A practical tradeoff appears when quoting inputs do not match the expected CAD quality or modeling conventions, since geometry cleanup steps can determine analysis throughput and accuracy. DELMIAWorks is a good fit for companies that manage many RFQs per week and need consistent cavity, runner, and cycle-time estimation logic for sales engineering.

aPriori’s core workflow starts with 3D CAD upload and converts native geometry into moldability analysis inputs used to estimate cavity and core sizing and overall mold requirements. The quoting output is structured around process assumptions that affect cycle and shot sizing, which helps teams keep RFQ responses consistent across analysts. The system also supports family mold analysis, which reduces rework when multiple part variations share tooling.

A tradeoff is that the model accuracy depends on how CAD cleanliness and modeling intent are represented in the uploaded files. Teams that have stable part geometry and repeatable materials can move faster, while teams with frequent geometry changes or incomplete CAD exports may need tighter CAD preprocessing to avoid re-quoting.

ProShop ERP fits injection molding teams that need quoting discipline and traceability from initial RFQ to executed work orders. It supports CAD-driven input handling for moldability checks like wall thickness, draft, and undercut flags, then carries estimate outputs into planning-ready fields for cavity count, runner approach, and cycle time assumptions. Automation is centered on reusable templates for common quote types and routing patterns so data entry stays consistent across many RFQs.

A practical tradeoff is that deep quoting automation depends on upfront configuration of assumptions like shrinkage handling, resin grade mapping, and machine tonnage rules. ProShop ERP works best when the quoting team can maintain these rules as process knowledge changes, rather than treating each quote as fully ad hoc.

Moldflow from Autodesk is an injection molding quoting and analysis workflow that ties CAD-driven moldability checks to commercial scoping outputs. Its core strength is turning uploaded 3D CAD geometry into moldability analysis results such as draft angle and wall thickness assessments, then carrying those findings into process routing and mold design assumptions.

Moldflow also supports estimating cycle time impacts from geometry and material inputs, which helps teams converge faster on cavity count and runner approach decisions for RFQ-grade quotations. For quoting operations, Moldflow’s value concentrates around repeatable analysis templates and controlled input sets rather than end-user guesswork.

Costimator produces injection molding RFQ style quotes from uploaded CAD data and a structured part intake workflow. It calculates moldability oriented inputs such as draft and wall thickness signals, then uses those results to drive sizing outputs like cavity and machine related estimates.

The product centers around quote generation for manufacturability and cost drivers rather than general project management or ERP posting. CAD upload handling and repeatable quoting steps make it usable for high volume part evaluations.

Cimatron is an injection molding quoting and engineering tool used to connect early mold feasibility work to mold design and manufacturing-ready outputs. It supports end-to-end quote preparation from customer CAD inputs through process and mold sizing steps, including cavity and core estimation, runner system selection, and cycle time estimation.

The workflow typically emphasizes native CAD geometry handling plus mold and process calculations driven by material inputs and tooling assumptions. Teams using Cimatron often rely on its CAD to mold design continuity to reduce rework when RFQ assumptions change.

Phasio focuses on injection molding quoting workflows with an integrated digital intake path for RFQ data, 3D geometry inputs, and parameter capture. It supports moldability-style checks that turn CAD uploads into manufacturing inputs such as parting assumptions and mold sizing signals.

The tool’s automation surface centers on configurable quote templates and repeatable calculations that reduce re-keying during revisions. API access and import/export support are geared toward keeping CAD and quoting metadata synchronized across internal quoting and operations systems.

CADIAM Quote targets injection molding quoting by converting CAD inputs into moldability and tooling estimates, then packaging outputs as an RFQ-ready quote dataset. The workflow emphasizes draft angle and wall thickness checks, plus undercut detection and parting line recommendations that feed downstream mold-base and cavity estimation steps.

CADIAM Quote also supports resin-grade selection inputs and machine tonnage and shot size calculations to keep quoting numerically consistent from geometry to process assumptions. Integration depth centers on CAD ingestion, file-based interoperability, and quote output handoff for ERP-like consumption rather than deep, bidirectional PLM synchronization.

Pre6 Costing performs injection molding quoting by converting CAD input into structured manufacturability checks and cost drivers for RFQ-style outcomes. The workflow centers on part-level geometry ingestion, moldability analysis inputs, and downstream estimation inputs that support mold base selection, cavity count, and shot sizing decisions.

Pre6 Costing is distinct for keeping mold cost factors tied to engineering parameters used for mold and process configuration rather than presenting only a generic spreadsheet quote. The result is a quoting flow that connects CAD-derived engineering signals to costed scenarios for cavity and runner system choices.

Forgepoint targets injection molding RFQ workflows by combining structured RFQ intake with engineering-oriented quoting outputs. It supports 3D CAD upload workflows and molds-related calculation steps that feed draft angle analysis, wall thickness analysis, and draftability checks.

Forgepoint also focuses on repeatable quote configuration so quoting inputs stay consistent across submissions. Teams use it to connect CAD geometry to molding assumptions like parting line recommendation and cavity/core estimation to reduce manual rework.