目录 / phasio
MCP
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phasio
Phasio is the operating platform contract manufacturers run on: quoting, production, and back office across additive, CNC, molding, and every process in between. This connector gives LLMs like Claude, ChatGPT and Grok access to your Phasio workspace, so you can interact naturally with your manufacturing data. Commercial - Which customers drive the most revenue? How storefront self-service orders compare against quotes your team builds by hand? Where do carts convert and where they stall? Parts - Inspect any parts volume, bounding box, minimum wall thickness and watertightness, with rendered orthogonal views. Find near-duplicates of a part you've already made before you quote it again. Pricing - Run quotes against parts using your LLM. Ask the model to explain why a part got a certain price, and to tune and refine your pricing equations. Production - Where a job's parts sit on the routing right now? What's been scrapped and why, and which other jobs were caught by the same failed build? Setup - Easily configure pricing equations, shop floor routing and your QMS agentically.
该来源不提供完整文件导出（国内平台多为平台内托管），仅存元数据与原链
接入信息
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- http
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- 端点
https://phasio.run.tools
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{
"mcpServers": {
"phasio": {
"url": "https://phasio.run.tools"
}
}
}
能力清单
| 工具 | 说明 |
|---|---|
| aggregate | Aggregate a dataset: sum/avg/count/min/max of a field, optionally grouped by one or more fields, with an optional RSQL filter. Use this for cross-cutting questions like highest-value customers (aggregate order, sum, localPrice, groupBy=[customerOrganisationName], filter="state==ORDER") or revenue by process. Datasets that carry a voided/deleted flag exclude those rows by default (see the Scope line from describeQueryableFields); line-item datasets like requisition are NOT scoped by their parent order's status, so filter explicitly for placed-orders-only revenue. Datasets: order, partRevision, partSpecification, productionStep, customerOrganisation, cart, requisition, workOrder, processPrices, materialPrices, postProcessing, typescriptEquation, operation, batchMovement, scrap, material, color, jurisdiction, leadTime, precisionPrices, infill, taxJurisdiction, taxComponent, paymentTerm, discount, shippingBox, shippingMethod, routingTemplate, kanbanColumn, documentTemplate. Call describeQueryableFields(entity) for valid field names. |
| delete | Delete one row of a writable entity: leadTime, materialPrices, operatorSettings, paymentTerm, postProcessing, processPrices, shippingMethod, taxComponent, taxJurisdiction, typescriptEquation. Irreversible. Each entity has its own refusals (see describeQueryableFields(entity)); e.g. a live pricing equation is refused. |
| describeConfiguration | Describe the manufacturer's setup: a summary of processes, materials, finishing, tax, shipping and documents, plus the operator-level settings that have no dataset — storefront controls (login, order limits, invoice/PO, feature flags), currencies and exchange rates, accounting integration, contact details, permitted and email domains, payment information and onboarding progress. Pass 'section' to read one part. For row-level detail use query(entity=...); for problems in the setup use lintConfiguration. |
| describeDataModel | Explain the manufacturer's data model: what each query dataset means and how they relate (part -> specification -> requisition -> order, with production and pricing attached). Call this first to understand how to traverse between datasets. |
| describePricingEquationApi | Start here before reading, writing or changing a pricing equation. Returns the TypeScript contract the equation runs against (specification, revision, requisition, customer, workflow, done(), variable(), round, useDimension, createBands; for scope ORDER: parts, subtotal, customer, addLineItem), narrowed to the given scope + ownerId: its technology, material names and material variable names, lead-time names, and which modules the manufacturer has. Explains the loop: save(entity=typescriptEquation) to validate and store a version, generateQuote(equationId) to test it, then — only on the manufacturer's explicit request — publishEquation to make it live. Pass includeSource=true to also get the live equation's source, or equationId=<id> to get the source of one specific version (a draft, for example) with its live/not-live state. |
| describeQueryableFields | List the filterable fields (and enum values) for a query dataset, so you can build a valid RSQL filter. For a writable entity it also lists the fields save() accepts and what delete() refuses; for a write-only entity such as operatorSettings it lists only those. |
| explainPrice | Explain why an existing requisition (order line) costs what it does. Recomputes its price from its actual configuration and returns the price breakdown plus the pricing-equation variables behind it, and compares against the stored quotedPrice to flag if that snapshot is stale. Individual pricing-equation variables can be manually overridden per line, so a returned variable value may be an override rather than what the equation would compute. To understand a price, examine these variables and reconcile them against describePricingEquationApi(includeSource=true) (the formula and how each variable is derived) and query materialPrices (by processPricesId + materialId, for the material's density and the rate values the equation reads off the material); a variable that doesn't reconcile with the equation and material rates has been overridden. For a hypothetical or what-if part, use generateQuote instead. |
| findSimilarParts | Find the part revisions most similar in shape to a given one. Similarity is a geometric shape-descriptor distance: 0 = identical shape, up to ~1.414 = unrelated (cosine ~= 1 - d^2/2). It is rotation- and scale-invariant, so it matches shape/proportion and ignores absolute size and orientation — two parts of the same shape at different sizes score as very similar; use inspectPartRevision for real dimensions. As a rule of thumb distance < 0.05 is a near-duplicate. Requires the part revision's UUID (find one via query(entity="partRevision")). |
| generateQuote | Price a part configuration on demand and return the price breakdown plus the pricing-equation variables that make up the price. Use for a part not yet ordered, or to test a change (different process/material/quantity, or override an input variable). Pass equationId to test a non-live equation version saved via save(entity=typescriptEquation); call once with and once without it to compare it against live. Purely a calculation — nothing is saved. To explain the price of an EXISTING order line, use explainPrice instead. |
| getCustomerOverrides | Return the pricing configured specifically for one customer organisation, as opposed to the storefront defaults: customer-specific processes (with their bounding box and bulk quantities), material rates, precision and infill options, and catalogue price tiers on the customer's article references. Use it to answer 'does customer X have special pricing?'. |
| getDocumentTemplate | Return one document template in full: its type, language, page size and the HTML content that is rendered for confirmations, invoices, estimates, traveller sheets or labels. List templates first with query(entity="documentTemplate"). |
| getOnboardingProgress | Return the manufacturer's onboarding-wizard progress: each step (setup-processes, setup-pricing-equations, setup-post-processing, setup-tax-jurisdictions, setup-tax, configure-shipping, configure-payment-options, add-terms-of-service) with its status and completion time. lintConfiguration findings reference these step ids. |
| getProductionHistory | What has happened to ONE requisition's parts in production: a chronological log of batch moves and scrap events (with the scrap reason), plus other requisitions that passed through the same build step as any scrap (i.e. parts impacted by the same failure). Find a requisition id via query(entity="requisition"). This is scoped to a single requisition — for scrap across the shop floor (totals, most common reasons, scrap by stage/operation, or over a time window) use query(entity="scrap") or aggregate(entity="scrap", ...) directly; do NOT loop this tool over requisitions. |
| getProductionProgress | Where a requisition's parts are right now: the quantity sitting at each production step/operation, in routing order. Find a requisition id via query(entity="requisition"). |
| inspectPartRevision | Inspect a single part revision: returns its geometric metrics (volume, surface area, bounding box, minimum wall thickness, convex hull volume, watertightness) together with a single image showing the six orthogonal views (+X, -X, +Y, -Y, +Z, -Z) of the part, each cell labelled with its camera direction. Use this to answer any question about a part's geometry, manufacturability, size, or appearance. Requires the part revision's UUID. |
| lintConfiguration | Check the manufacturer's setup for problems and report them by severity. BLOCKER = quoting or checkout cannot work (no process, no live pricing equation, a material missing an equation variable, no default tax jurisdiction, no shipping method, no payment path); WARNING = works but likely wrong (finish not offered on any process, jurisdiction with no components, no terms of service, unverified email domain, expired exchange rate); INFO = worth a look. Each finding names the onboarding step that fixes it and the entity involved. Call this first when asked whether the setup is complete or why quoting fails. |
| publishEquation | SENSITIVE — changes live storefront prices immediately. Makes a saved, validated typescriptEquation version the LIVE pricing equation of its process, post-processing, or the order level; the previous live version stops pricing at once, and every customer quote from now on uses the new one. Do this ONLY when the manufacturer explicitly asked to make this specific version live, after generateQuote(equationId) on several real parts compared against the live price, and after telling them what will change. Never publish to 'try it out': generateQuote(equationId) tests a version without publishing. Requires confirm=true and the id of the version you are replacing (or NONE). Before this, a new version prices nothing (lint PROCESS_NO_LIVE_EQUATION). Reversal: publish the previous version again with this tool. The same action is also available as save(entity="typescriptEquation", id=<equationId>, data={isLive: true, replacesLiveEquationId, confirm: true}). |
| query | Query the manufacturer's live data with an RSQL filter. Datasets: order (Orders and quotes share the same entity. The state field distinguishes QUOTE, ORDER, and DRAFT. Payment status is independent: a placed PO/invoice order can remain UNPAID until settlement. 'price' is the order total in the order's own 'currency'; 'localPrice' is the same total converted to the operator's home currency ('localCurrency'). Sum localPrice (not price) to compare revenue across orders in different currencies. 'source' is the sales channel: INBOUND = placed by the customer through the storefront (self-service, online); OUTBOUND = created and sent out by the manufacturer's team (a staff-built quote). Filter or group by source to split self-service vs staff-created orders.); partRevision (Part revisions (a versioned 3D part). 'designName' is the manufacturer's INTERNAL name for the part design — not what the customer sees; when a user names a part they usually mean the customer-facing requisition.name, so prefer that for matching user references. Geometry detail is via inspectPartRevision.); partSpecification (Part specifications: how a part revision is to be made (process, material, finish).); productionStep (A stage in production: a build group of parts undergoing one operation (e.g. 3D Print, Post-Process, Quality Control). Parts move from step to step as they are manufactured.); customerOrganisation (Customer organisations (the manufacturer's customers).); cart (Storefront shopping carts (status OPEN, CONVERTED to an order, or DELETED). Use for conversion analysis.); requisition (Requisitions: a part specification ordered on an order (the order line item; carries quantity and pricing). 'name' is the CUSTOMER-FACING part name — this is what customers and users call the line, so match it when someone refers to a part by name (filter name=="...", or name-contains via RSQL). It is distinct from the manufacturer's internal partRevision.designName; the same physical part can have a different customer-facing name here. pricePaid is the actual per-line revenue in the parent order's currency; localPricePaid is the same in the operator's home currency (sum this for cross-order revenue). quotedPrice is a snapshot taken at quote time and can be stale (use explainPrice to recompute).); workOrder (Work orders: production execution for a requisition (quantity to build, routing template). 'steps' is the ordered list of operations this work order will go through on the shop floor (its routing) — read it to know what will be done to build this order.); processPrices (Manufacturing processes and their pricing configuration. 'pricingAlgo' says how a process is priced: TS_EQUATION processes use a TypeScript pricing equation (activeTypescriptEquationId; read it with describePricingEquationApi(includeSource=true)); any other value is a legacy built-in algorithm with no equation to read. The row folds in the process's setup: boundingBox (max part size L x W x H), bulkQuantities (the quantity breaks shown for bulk pricing), materialVariables (the per-material variable names the equation reads), and counts of materials, post-processings, precision and infill options. isInternal processes are hidden from the storefront. A row with a customerOrganisationId is a customer-specific copy of a process.); materialPrices (A material's pricing configuration for one process (a process x material pairing). Carries the material (materialId/materialName), its density, and 'variables' — the material's TypeScript-equation variable values (operator-defined name=value pairs the pricing equation reads off the material). Use to see a material's rates without reverse-engineering them from quotes: filter by processPricesId and materialId (both from partSpecification). The 'variables' text isn't itself filterable — filter on materialId/processPricesId/density/isDefault instead. Rates are process-specific, so the same material can appear once per process.); postProcessing (Post-processing / finishing options the manufacturer offers (e.g. painting, polishing). 'type' says how it is priced: TS_EQUATION ones have their own TypeScript equation (activeTypescriptEquationId; read it with describePricingEquationApi(scope=POST_PROCESSING, ownerId, includeSource=true)); any other type is a legacy built-in formula with no equation to read. 'processes' lists the processes it is available on, 'operations' the shop-floor operations it adds, 'colors' its colour choices and 'incompatibleMaterials' the materials it cannot be applied to. Options sharing a mutuallyExclusiveGroup cannot be combined on one part.); typescriptEquation (TypeScript pricing equations (metadata only — describePricingEquationApi(includeSource=true) for the live source). 'scope' is PROCESS (processPricesId), POST_PROCESSING (postProcessingId) or ORDER (the operator's single order-level equation that adds whole-order line items; both ids null); 'isLive' tells whether it is the one currently used for quoting. Several draft equations can sit next to the live one; 'origin' is UI or MCP (written through save) and 'createdBy' the authoring user.); operation (Manufacturing operations (shop-floor stations) in 'sequence' order, e.g. 3D Print, Post-Process, Quality Control. Parts move operation to operation; batches moved at an operation are grouped into production steps (build groups). Column meanings: productionStepType is the station kind — BASE (a normal station), DOWNLOAD_PARTS_AS_GROUP (parts are downloaded as one build file), UPLOAD_THREED_NESTED (a nested build / bill of parts is uploaded), QUALITY_CONTROL (inspection; scrap is recorded here). viewType is the backlog's default view at this station: PART lists individual parts, BUILD lists build groups. buildConstraint says which parts may share one build group: NONE, MATERIAL (same material), MATERIAL_AND_COLOR, MATERIAL_AND_SHEET_THICKNESS. stepNamePrefix + stepNamingStrategy control how a new build group is named when a batch arrives: ALWAYS_RENAME (new name every time), RENAME_IF_BUILD_CHANGED (new name only when the build composition changed), INHERIT_FROM_PREVIOUS (keep the previous station's group name). allowOverproduction lets staff move more parts than the ordered balance. durationHours is the planning estimate for time spent at the station. isCompletedStatus marks the station whose exit means the part is finished. automations run when staff progress parts here (NOTIFY_ON_ORDER_COMPLETED). Referenced by productionStep.operationId and scrap.operationId.); batchMovement (Forward batch moves through production: each row is a batch of parts ADVANCING from one operation to the next (throughput). Scrap events are NOT here — see the scrap dataset for those. 'batchSize' is the quantity that moved; 'operationName' is the operation the batch left; 'toOperationName' is the one it moved to. Filter by createdAt for a time window or requisitionId/workOrderId for one job. For a SCRAP RATE by operation, aggregate sum(batchSize) here grouped by [operationName] (the parts that passed) and aggregate scrap the same way (the parts scrapped); rate = scrap / (scrap + moved) at each operation.); scrap (Scrap events: parts scrapped as they move through production. This is the floor-wide scrap log — query or aggregate it DIRECTLY for any scrap question; do not gather scrap by iterating requisitions or getProductionHistory. 'reason' is the free-text scrap cause; 'batchSize' is the quantity scrapped; 'operationName' is the operation the scrap happened at; filter by createdAt for a time window or requisitionId/workOrderId for one job. To find what causes the most scrap, aggregate sum(batchSize) grouped by reason (or operationName). For a scrap RATE you also need the parts that passed — aggregate the batchMovement dataset by operationName and divide.); material (The material catalogue (platform materials plus the manufacturer's own). Rates are NOT here — a material only has prices once it is paired with a process; query materialPrices (materialId==<id>) for those.); color (Colour options. Each colour belongs to one materialPrices row (a material on a process) or to one post-processing; 'kind' says which and the matching *Id column points at the parent.); jurisdiction (The platform's tax-jurisdiction catalogue: every code a taxJurisdiction can be created for, with its name and country. Platform reference data, identical for every manufacturer (not tenant data). Use it to find the isoCode for save(entity="taxJurisdiction"): filter by country (the Country enum name, e.g. GERMANY) and read the region names; DEFAULT and EXEMPT are the two special codes.); leadTime (Lead-time options offered at checkout. 'buffer' is the number of days added to the production estimate; the default one is pre-selected on the storefront and read by the pricing equation.); precisionPrices (Precision / tolerance options sold per process, each with a price adder. A row with a customerOrganisationId is a customer-specific override of the base option.); infill (Infill options per process (FDM-style density presets). 'infillValue' is the fill percentage; the default is pre-selected on the storefront. A row with a customerOrganisationId is a customer override.); taxJurisdiction (Tax setup per jurisdiction (country / region). 'components' lists the tax components applied (name and percentage) and 'totalPercentage' their sum. The DEFAULT jurisdiction is the fallback when a customer's address matches nothing; EXEMPT is used for tax-exempt customers.); taxComponent (Reusable tax components (e.g. VAT 19%) that jurisdictions combine. See taxJurisdiction.components for where each is applied.); paymentTerm (Payment terms offered to customers (e.g. Net 30). accountingSystemTermId links the term to the connected accounting system.); discount (Discounts: GENERIC (a code any customer can use), CUSTOMER (a code for one customer) or INSTANT (applied automatically). Active means endTime is in the future.); shippingBox (Shipping box sizes used to pack orders (dimensions in unitBasis).); shippingMethod (Shipping methods offered at checkout. shippingMode is FIXED_PRICE (flat price, optional weight tiers and a country list), CARRIER_ACCOUNT (live rates from the manufacturer's carrier account) or SELF_COLLECTION (pick-up). Tier and country detail is folded into the row.); routingTemplate (Routing templates: the ordered operations a work order goes through. 'steps' is the sequence of operation names. A template can be generic or bound to one partSpecification. When the storefront setting isApprovedRoutingTemplateRequired is on, only approved templates can be used.); kanbanColumn (Order-board (kanban) columns in display order. 'automations' lists what fires when an order enters the column (NOTIFY_CUSTOMER_OF_NEW_STATUS, SEND_INVOICE, SEND_ORDER_CONFIRMATION).); documentTemplate (Document templates (order confirmation, invoice, estimate, traveller sheets, labels) per language. Metadata only — use getDocumentTemplate(id) to read the HTML content.). Operators: == != =gt= =ge= =lt= =le= =in=(a,b) =out=(a,b); combine with ';' (AND) and ',' (OR). Each row is returned as 'field=value' pairs and always includes its id and foreign keys (the join keys); pass 'fields' to select specific columns (any field from describeQueryableFields). Call describeDataModel to see how datasets relate, and describeQueryableFields(entity) to learn a dataset's filterable fields. |
| save | Create (no id) or update (with id) one row of a writable entity: leadTime, materialPrices, operatorSettings, paymentTerm, postProcessing, processPrices, shippingMethod, taxComponent, taxJurisdiction, typescriptEquation. Field list and rules per entity: describeQueryableFields(entity). Some updates change live behaviour at once (e.g. overwriting a live pricing equation); the reply says when that happened. |
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