APIs, SDKs, and tools to extend OROOX to your manufacturing needs.
Automatically calculate HP Multi Jet Fusion (MJF) pricing based on real production conditions, including build packing, machine time, material usage, and post-processing workflows.
Product Flow
See how Oroox automates every step of the MJF 3D printing quoting process.
Oroox is a leading MJF 3D printing quoting software designed for additive manufacturing companies, service bureaus, and industrial production teams. It enables instant cost estimation for HP Multi Jet Fusion parts using geometry analysis, 3D nesting (build packing), and automated pricing logic. Whether you need accurate MJF cost estimation, build-aware pricing, or scalable RFQ automation, Oroox delivers production-ready quotes based on real manufacturing conditions.
From 3D model to instant quote — fully automated. Simulate builds, calculate costs, and generate production-ready quotes.
What Makes MJF Pricing Complex
Pricing MJF parts depends on multiple interdependent factors beyond volume — each requiring accurate modeling for correct cost estimation.
Part orientation and packing density directly affect cost distribution across the build. Poorly packed builds increase per-part cost significantly.
Runtime, cooling duration, and energy consumption directly impact pricing. Cooling time alone can represent a significant portion of production cost.
PA12, PA11, and TPU material usage and refresh ratios drive material cost. Accurate refresh rate modeling prevents underpricin.
Depowdering, bead blasting, dyeing, and surface finishing vary by part geometry and add variable cost that must be captured per part.
Build-Aware Pricing
From 3D model to instant quote — fully automated. Upload STL or CAD files, simulate builds, pack the build chamber with 3D nesting, calculate machine and material costs, distribute build cost across parts, and generate a structured production-ready quote instantly.
Key Capabilities
Advanced MJF quoting capabilities including build-aware pricing, 3D nesting, automated cost calculation, and post-processing logic.
Pricing based on real build jobs, machine time, and production constraints.
Calculate cost using real build chamber packing and utilization.
Geometry, volume, and features directly influence cost calculation.
Define pricing logic, margins, machine rates, and plant-specific rules.
Automatically include depowdering, blasting, dyeing, and finishing costs.
Ensure parts are printable and meet MJF production constraints.
Seamlessly transfer quote data into production and sales systems.
Handle large volumes of quote requests without manual effort.
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Get SupportMJF quoting software automates cost estimation for HP Multi Jet Fusion parts using geometry analysis, 3D nesting (build packing), machine time, and rule-based pricing logic.
MJF cost is calculated based on build chamber utilization, packing density, machine runtime, cooling cycles, material usage (PA12, PA11, TPU), and post-processing steps such as depowdering and finishing.
3D nesting determines how efficiently parts are packed in the build chamber, directly affecting utilization, cost distribution per part, and overall profitability.
Key factors include geometry and volume, orientation, packing density, machine time, energy consumption, material refresh rates, cooling time, and required post-processing or surface finishing.
Yes, automated MJF quoting platforms scale efficiently, enabling manufacturers to process large volumes of RFQs instantly without manual estimation effort.
Modern MJF quoting software integrates with ERP and MRP systems to transfer quote data into production planning, sales workflows, and order management systems.
Most MJF quoting platforms support common CAD and mesh formats such as STL, and STEP for geometry analysis and cost calculation.
