Pair the identified LSR A/B components with the proposed dosing system, LSR injection unit, cold-side material path, heated-mold/cold-runner handoff, synchronization and OPC 40082-3 evidence while every unconfirmed supplier capability remains open.
Release every proposed component and handoff as a controlled evidence row. The exact material, machine, LDS, injection unit, mold and automation parties remain responsible for their approved configuration, values, procedures and validation.
Build the fixed LSR interface briefEach row assigns one buyer decision and rejects the adjacent inference.
| Decision | Owns | Keep separate |
|---|---|---|
| Identified LSR production-cell interface | The proposed LSR material components, LDS, LSR injection unit, cold-side material path, mold/cold-runner handoff, synchronization/data boundary, responsibility split and configured evidence. | This page does not select a machine, LDS, pump, mixer, mold, cold runner, vacuum package, automation design, recipe, setting or operating method. |
| Non-LSR dosing-system interface | Granulate, powder or liquid dosing and blending systems other than LSR, their cyclic or batch relationship, feed point and OPC 40082-4 scope. | OPC 40082-4 expressly sends LSR dosing to OPC 40082-3. The non-LSR route cannot release an LDS or LSR cell. |
| General machine-interface register | Every physical, utility, electrical, functional, data, safety and access endpoint across the complete IMM, mold, robot, auxiliaries and site. | The LSR route narrows one material-and-injection subsystem. It does not replace the complete endpoint and responsibility register. |
| Thermoplastic resin, screw and barrel review | The identified thermoplastic grade and injection-unit hardware questions raised by feeding, residence, wear, corrosion and processing behaviour. | An LSR material, LDS and LSR injection-unit chain is not established by a thermoplastic resin-to-screw review. |
| Mold temperature-control interface | The identified mold circuits, TCD/device zones, utility handoffs, OPC 40082-1 scope, measurements and configured evidence. | The TCD route does not identify the A/B material path, LDS, injection-unit thermal boundary or mold-entry responsibility. |
| Hot-runner controller interface | Thermoplastic hot-runner electrical zones, heaters, sensors, plugs, valve-gate functions, controller and cell data scope. | An LSR cold-runner material/thermal boundary is not a thermoplastic hot-runner controller. Keep the two interfaces and evidence sets distinct. |
| Robot, handling and vacuum integration | Part removal, inserts where applicable, downstream handling, selected machine functions, safety path, data scope and automation acceptance evidence. | Automation scope does not prove the LSR material path, dosing synchronization, mold-entry interface or LDS function. |
| Cell utilities and installation | Site supply points, available capacity, utility quality, layout, loads, access, connection ownership and installed-cell evidence. | A utility schedule does not select an LSR process value, connection, component, thermal design or safe operating method. |
| FAT/SAT and production release | Approved test methods, conditions, witnesses, observations, deviations, retest, first-off disposition and authority to release production. | This route names evidence fields only. Qualified project parties still define and approve tests, procedures and safe operating conditions. |
Complete every field for the identified project and keep assumptions visible.
| Register field | Record for the proposed cell | Evidence to request |
|---|---|---|
| Project and LSR-cell boundary | Intended part/application, included IMM, LSR injection unit, LDS, mold/cold runner, vacuum, automation, peripherals, site work, supplier work and explicit exclusions | Approved scope diagram and responsibility matrix naming every package and project owner |
| Part, application and acceptance owner | Controlled part/mold/application identities, quality and production questions, trial owner, disposition authority and unresolved use-specific requirements | Buyer-approved project basis without implying suitability, regulatory status or an achieved result |
| Injection molding machine identity | Exact proposed IMM, clamping unit, controller, software/option baseline, interfaces and responsible machine party | Configuration-specific machine record without implying a NEW ORIENTAL IMM LSR option or supply capability |
| LSR injection-unit identity | Proposed injection-unit architecture, controlled configuration/revision, interface points, thermal responsibilities and responsible supplier | Supplier configuration drawing and option/exclusion record; a generic LSR label is insufficient |
| LSR dosing-system identity and revision | Proposed LDS manufacturer, model/configuration, serial identity when assigned, controller/software revision, mapping identity and responsible supplier | Controlled supplier configuration without treating a product family, photo or companion-specification title as project proof |
| Exact material and A/B lot register | Material producer, exact grade, current SDS/TDS references, Component A and B identities, lot/expiry records when required and approved substitutions | Controlled material documents and project lot register; no formulation, ratio or processing value is supplied here |
| Additive and color register | Every proposed pigment, color or additive identity, supplier/grade, component relationship, approval owner and excluded stream | Buyer/material-supplier-approved component list without a fixed percentage, recipe or device selection |
| Material-balance and mixing basis | Supplier-defined balance method, required material relationships, target/actual semantics, deviations to evaluate and approval owner | Configuration- and material-specific basis; no universal ratio, tolerance, calibration or correction method |
| Container, follower and material-change boundary | Proposed pail/drum/container identities, follower or transfer equipment, segregation boundary, retained-material locations, change responsibility and access questions | Controlled package drawing and material-change evidence index without loading, drum-change, cleaning or purge instructions |
| Metering, mixing and mixing-point architecture | Supplier-defined pumping, metering and mixing topology; Component A/B/additive path; identified mixing point; included instruments; unsupported alternatives | Configuration drawing and functional description rather than a universal static/dynamic mixer or pump recommendation |
| Physical material path to injection unit | Controlled path from each material container through the included LDS/mixer to the injection-unit inlet, with isolation, support and handoff owners | Reconciled material-flow and arrangement drawings with as-installed identities |
| Cold-side and heated-mold thermal boundary | Which identified components require controlled cold-side or heated-mold treatment, measuring/control owners, interfaces and open material-supplier questions | Project thermal-responsibility diagram without a temperature, circulation, insulation or startup instruction |
| Mold, cold-runner and nozzle handoff | Identified mold entry, LSR cold-runner, nozzle/contact, vacuum and automation handoffs; drawing owners; included controls; explicit hot-runner exclusions | Controlled interface drawings and responsibility matrix showing that an LSR cold runner is not released by a thermoplastic hot-runner schedule |
| IMM-to-LDS cycle and synchronization path | Required cycle identities, initiating/receiving owners, ready/active/complete/inhibit/fault functions, proposed physical/data paths and exclusions | Approved functional matrix and configured observations without publishing a signal order, pinout, timing or motion sequence |
| OPC 40082-3 release and conformance scope | Selected EUROMAP 82.3 / OPC 40082-3 release, namespace/model version, common-type basis, proposed profile/facet/conformance units and extensions | Dated applicability and support matrix distinguishing mandatory, optional, vendor-specific and unsupported elements |
| Endpoint, read, write, method and hardwired split | Identified endpoint owner, proposed read/write/method families, business purpose, authorization owner, unsupported functions and separate hardwired/proprietary paths | Configuration-specific support/test matrix; no node list, address, port, credential, certificate or network design is published |
| Alarm, fault, reset and safety boundary | Required state/error meaning, source, display/record owner, acknowledgement/reset authority, product-disposition owner and safety-related exclusions | Approved semantic and safety-responsibility matrices; no alarm value, reset action, recovery method or safety validation is supplied |
| Utilities, layout, access and load ownership | Configuration-specific services, package loads, site connection points, arrangement, maintenance/material access, structural responsibility and dependencies | Supplier schedules and approved drawings without a fixed capacity, connection, mounting or installation instruction |
| Configured LSR FAT and SAT evidence | Identified machine/LDS/injection-unit/mold/material configurations, required states and records, witnesses, deviations, retest and closure owners | Approved project FAT/SAT references and dated observations under the separate acceptance programme |
| As-built handover, change control and revalidation | Final equipment/material identities, drawings, software/specification releases, mappings, accepted deviations, open assumptions, change owners and recheck triggers | Signed handover index and action register; unanswered capability, compatibility, value or evidence items remain open |
Retain evidence for the exact materials, packages, endpoints and revisions.
| Evidence gate | Record to retain | Boundary |
|---|---|---|
| Identity and responsibility gate | Exact IMM, LSR injection-unit, LDS, mold/cold-runner, automation, material/component and responsible-party identities with controlled revisions. | A process label, photograph, product family or supplier web page does not prove the proposed configuration or ownership split. |
| Material and physical-path gate | Approved A/B/additive identities, supplier documents, container-to-injection-unit material-flow drawing, mixing point and as-installed handoffs. | The register publishes no formulation, fixed ratio, device choice, material preparation, loading, mixing, priming, purge or cleaning method. |
| Thermal and mold-entry gate | Controlled cold-side/heated-mold responsibility diagram and identified injection-unit, nozzle, mold, cold-runner, vacuum and control interfaces. | An LSR cold-runner boundary is not a thermoplastic hot-runner controller schedule and supplies no temperature, balancing or setup instruction. |
| Synchronization and data gate | Selected OPC 40082-3 release/model, proposed conformance units, endpoint scope, hardwired split, function ownership and configured observations. | A companion-specification title does not prove synchronization, endpoint support, interoperability, conformance, certification or safety. |
| Performance and regulated-use gate | Project-approved acceptance questions, material/part basis, test method references, measured records, deviations and disposition owners. | No accuracy, pressure, flow, shot, cycle, quality, material-saving, food, medical or other regulated-use result is inferred or promised. |
| Acceptance and handover gate | Approved FAT/SAT references, materials/configurations, observations, witnesses, deviations, closure, as-built records and revalidation triggers. | The register names evidence to request; it is not a test method, risk assessment, commissioning plan, operating instruction or safety validation. |
Reviewed 1 August 2026. EUROMAP and the OPC Foundation publish EUROMAP 82.3 / OPC 40082-3 Release 1.02.0 for IMM-to-LSR-dosing-system data exchange. WACKER, ELMET and ENGEL are named first-party topology examples only. None proves a NEW ORIENTAL IMM LSR machine, LDS, injection unit, mold package, interface, compatibility, accuracy, performance, certification, regulated-use result or case.
The official page defines IMM-to-LSR-dosing-system data exchange and publishes Release 1.02.0 dated 2025-04-01, identical to OPC 40082-3 Release 1.02.0 and VDMA 40082-3:2025-04.
Boundary: The stated target of cross-manufacturer compatibility is a specification objective, not proof that the proposed endpoints implement or interoperate through it.
The official record lists Release 1.02.0, published 2025-04-01, as current and identifies namespace model version 1.02.0.
Boundary: A release or namespace identity is not endpoint implementation, functional support, compatibility, interoperability, conformance or certification evidence.
The official scope covers LDS general information, status and process data. It says dosing synchronization requires an additional interface such as hardwired signals and excludes safety-related signals such as emergency stop.
Boundary: The model is not a synchronization design, hardwired pinout, safety circuit, universal node list, recipe, command sequence or proof of configured endpoint support.
Table 29 marks Basic mandatory in the Basic Server Facet and the listed dosing, purge, material-balance, delivery, mixing-ratio, identification, error and cycle-related units optional. Alarms belongs to the separate Alarms Server Facet in Table 30.
Boundary: Each proposed unit requires configuration-specific evidence. Its name does not prove a function, writable method, setting, result or certified implementation.
This first-party technical guide, carrying visible document code 6709en/10.25 and replacing 6709e/11.22, illustrates LSR A/B metering, additive/pigment, mixing, injection-unit and heated-mold topology.
Boundary: Its materials, ratios, values, equipment discussion and procedures remain WACKER-specific guidance. None becomes a universal setting or NEW ORIENTAL IMM capability.
This live first-party page names mold, cold runner, processing unit, dosing system, peripherals, injection machine and automation as distinct LSR production-cell packages.
Boundary: Every ELMET product, integration, efficiency, quality, acceptance, service and performance statement belongs only to ELMET and its stated systems.
This live first-party page exposes a separate LSR cold-runner, temperature-control and mold-feeding decision boundary.
Boundary: Its products, precision, material-use, quality and process claims do not transfer. An LSR cold runner is not treated as a thermoplastic hot-runner controller interface.
This live first-party page distinguishes LSR machine temperature-control demands from thermoplastic processing and describes a two-component supply topology using special pumps.
Boundary: All ENGEL machine, controller, integration, shot, product and performance statements remain attributed examples and do not transfer to NEW ORIENTAL IMM.
The answers keep LSR material, machine, cold-runner, synchronization, data and acceptance decisions inside their evidence boundaries.
No. Fix the exact IMM, LSR injection-unit and LDS configurations; selected release/model and conformance scope; physical path; synchronization split; endpoint functions; and configuration-specific FAT/SAT evidence.
Not as the release record. OPC 40082-4 explicitly excludes LSR dosing and refers it to OPC 40082-3. Keep the two routes linked but preserve separate material, equipment, thermal, synchronization and evidence boundaries.
No. The hot-runner route owns thermoplastic electrical heating zones, sensors, plugs, valves and controller scope. The LSR route records the identified cold-runner material/thermal and mold-entry handoff. Neither proves the other.
No. The official scope says dosing synchronization requires an additional interface such as hardwired signals and excludes safety-related signals such as emergency stop. Record those paths and responsible parties separately.
Not as a universal value. Retain the exact producer, grade, document revision, component and project approval. Qualified material, equipment and project parties must review every formulation, value and operating instruction.
No. It records identities, responsibilities, approved references and evidence to request. Qualified suppliers and site parties own material handling, calibration, commissioning, operation, recovery and safety procedures.
Include the exact machine, LSR injection-unit, LDS, material A/B/additive, container-to-mold path, thermal and cold-runner boundaries, cycle/synchronization split, selected OPC 40082-3 scope, utilities, automation, FAT/SAT, as-built records and open deviations.
Attach the controlled IMM, LSR injection-unit, LDS, mold/cold-runner, automation and material identities; A/B/additive register; container-to-mold path; thermal responsibilities; synchronization and hardwired split; selected OPC 40082-3 release and conformance scope; utilities; FAT/SAT records; as-built handover; revalidation triggers and open deviations. Keep every unconfirmed supplier capability, compatibility, value, procedure, certification and result open.
Build the machine brief