Lishi (Shanghai) Scientific Instruments is presented as a source-reviewed supplier profile centered on LE-series electronic universal testing systems, with company-published capability separated from buyer-side verification requirements.
Lishi (Shanghai) Scientific Instruments Co., Ltd. supplies material and structural mechanical-testing equipment. China Composites Expo describes a test-solution scope from static to dynamic, low to high load, uniaxial to multiaxial, and ambient to high- or low-temperature conditions. The current official directory includes electronic and hydraulic universal, servo-fatigue, structural-fatigue, impact, torsion, creep, heat-deflection and Vicat, environmental-simulation, fixture, deformation-measurement, control and data-acquisition systems. Composite material is one class of test specimen, not a fiber, laminate or finished composite product made by Lishi. GetFRP does not assign carbon-fiber, fiberglass or other material-supplier search phrases merely because the equipment can test those materials. Nor does a generic equipment category prove conformance to a particular standard, load or strain accuracy, environmental range or accreditation scope. Model, configuration, method and calibration evidence must match the quoted system.
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This procurement profile is built for plant owners and process engineers comparing production scope, controls, commissioning responsibility and lifecycle support. It organizes Lishi (Shanghai) Scientific Instruments Co., Ltd.'s published products, processes, certificate references and official sources around the primary topic “Lishi (Shanghai) Scientific Instruments LE-series electronic universal testing systems.” The objective is to help a buyer decide whether to open a controlled RFQ, not to turn a broad company catalog into an unsupported approval.
Lishi (Shanghai) Scientific Instruments Co., Ltd. currently lists 12 product or service groups and 10 manufacturing or support capabilities in this reviewed record. The public scope indicates what to investigate, while the buyer remains responsible for drawings, design calculations, standards, current certificates, sample approval and order-specific commercial confirmation. Claims below are attributed to the attached source set unless GetFRP explicitly labels them as qualification guidance.
Lishi's current official catalog covers universal, fatigue, structural, impact, torsion, creep, thermal-property and coupled-environment testing, together with fixtures, extensometry, controllers, data acquisition and software. A useful RFQ starts with the specimen and governing method, then defines force, torque, displacement and strain ranges, required class or uncertainty, static speed, dynamic frequency, waveform, stroke, stiffness, control mode, number of channels, synchronization, sampling, temperature or other environment and the expected daily test volume. For composites, identify material system, laminate architecture and orientation, coupon or component geometry, tabs, gripping and alignment, compression anti-buckling, flexural span, interlaminar or through-thickness method, non-contact or contact strain measurement, failure containment and how post-failure data are handled. Universal-machine scope should state frame capacity and working space, load cells, grips, compression platens, bend fixtures, extensometers and software methods. Fatigue systems additionally need actuator rating, dynamic stroke and force at frequency, hydraulic power or electromechanical duty, cooling, waveform generation, specimen heating, long-duration shutdown logic and cycle-count recovery. Structural tests require load introduction, reaction frame, multiple actuators, channel control, fixture design and civil or foundation responsibility. Impact equipment needs energy range, striker and supports, speed measurement, guarding, specimen conditioning and data reduction. Creep and environmental systems require temperature uniformity, atmosphere, chamber or furnace access, long-term stability, specimen count, backup power and recovery after interruption. Heat-deflection or Vicat equipment should define bath medium, stations, temperature ramp, displacement resolution and calibration artifacts. Require a configuration-specific compliance matrix against each requested standard; a catalog-family name is not proof of the method. FAT should use traceable reference devices or representative specimens to verify force, displacement, strain, temperature, frequency, control transitions, interlocks, data export and repeatability. SAT should confirm utilities, foundation, alignment, guarding, emergency stop, noise, software permissions, backup and operator training. Obtain the final BOM, drawings, manuals, software licence and update policy, calibration certificates and uncertainty, maintenance plan, critical spares, consumables, remote-access controls and service response. Separate machine, fixtures, sensors, environment chamber, hydraulic or utility package, guarding, shipping, installation, calibration, method development and training in the quotation. Composite testing capability does not make Lishi a manufacturer of the tested reinforcement or laminate, so material-product search keywords are excluded.
No company-level certification is listed on this profile.
Evaluate Lishi (Shanghai) Scientific Instruments Co., Ltd. as a potential composite manufacturing equipment supplier for LE-series electronic universal testing systems, verify the public evidence and prepare a comparable RFQ.
Lishi (Shanghai) Scientific Instruments Co., Ltd. includes this product in its published supply scope. Treat that listing as a starting point: request the current datasheet or drawing, material and construction, available grades or dimensions, guaranteed properties, production site, quotation revision and evidence that represents the exact item offered.
For LD-series electronic universal testing systems, buyers should convert the catalog description into an acceptance specification. Confirm standard and custom options, raw-material system, critical tolerances, surface or finish, test basis, sample route, MOQ, lead time and packing. Any alternative proposed by Lishi (Shanghai) Scientific Instruments Co., Ltd. should be identified explicitly rather than treated as automatically equivalent.
This product broadens the supplier's public portfolio, but GetFRP does not infer approval from a product name alone. Ask Lishi (Shanghai) Scientific Instruments Co., Ltd. for the grade or model designation, manufacturing route, current technical file, production and test location, batch traceability and the limits that apply to published performance values.
Lishi (Shanghai) Scientific Instruments Co., Ltd. publishes Static tensile, compression and flexural testing as part of its capability scope. Buyers should ask which site and equipment perform the work, the practical size or material limits, the normal control records and whether the proposed order uses the same route. Subcontracted stages should be visible in the quality plan.
The relevance of Dynamic and fatigue testing depends on the requested product and acceptance criteria. During qualification, request a process flow, critical control points, inspection or test method, operator or equipment qualification where applicable, nonconformance handling and a recent example that represents the offered production route.
For sourcing purposes, Low-load to high-load mechanical testing is a capability signal rather than independent verification. Confirm capacity, tooling or fixture availability, setup and changeover assumptions, lot definition, sample approval and traceability. The quotation should identify any limitation that could affect geometry, performance, appearance or delivery.
Buyers evaluating Uniaxial and multiaxial loading should connect the process claim to evidence: an equipment list, controlled procedure, representative report, production photograph or witnessed sample may each answer a different risk. Lishi (Shanghai) Scientific Instruments Co., Ltd. should also explain how the result is checked before release and recorded for the shipment.
These are sourcing contexts suggested by the published product scope, not confirmed project references. Validate the exact application, design basis and evidence in the RFQ.
Lishi (Shanghai) Scientific Instruments Co., Ltd.: The listed equipment can form part of a new production line, but machine selection should start from the product envelope, material system, throughput, utility and quality requirements. Ask the supplier to define every included station and the responsibility boundary for tooling, controls, guarding and downstream handling.
Lishi (Shanghai) Scientific Instruments Co., Ltd.: For an expansion project, the buyer should document interfaces with existing creels, molds, heaters, cutters, extraction, material handling and plant controls. A factory acceptance test should use representative materials and demonstrate the agreed output and quality measures rather than only showing that individual motors run.
Lishi (Shanghai) Scientific Instruments Co., Ltd.: Equipment value depends on installation, training, spares and troubleshooting after shipment. Confirm remote and on-site support, language, response time, software access, electrical documentation, consumables and the list of critical components that can be sourced in the destination market.
Lishi (Shanghai) Scientific Instruments Co., Ltd.'s source record currently includes Official Lishi Website, Lishi Product Center, China Composites Expo — L Directory. These links let a buyer distinguish company-published information from GetFRP's own qualification guidance and return to the original context when a claim changes.
No company-level certification is presently listed in the reviewed profile. That does not prove that no document exists, but it means the RFQ should ask for the quality-system certificate and every product-specific test or approval needed by the buyer rather than assuming a certification from market reputation.
GetFRP last recorded a public-source review date of 2026-08-26. Public websites and catalogs can change after review, so commercial decisions should use newly downloaded files and direct supplier confirmation. GetFRP's public or claimed status describes profile ownership and identity controls; it does not certify every product statement or predict order performance.
Official product catalogs, web directories and technical guides published by the supplier.
Official company, product and contact-information entry.
Open catalogOfficial universal, fatigue, impact, creep and thermal-equipment directory.
Open catalogOrganizer source for the Shanghai entity and static, dynamic and environmental mechanical-testing scope.
Open catalog
Nanjing Haoli Hydraulic Equipment Co., Ltd. states that it was founded in 1999 and entered the composites field in 2000. Its current official catalog covers hydraulic, servo-hydraulic and caterpillar-puller pultrusion machines plus pultrusion-winding, resin-injection, automatic cut-off, mat-cutting, take-up, braided-pultrusion cable-conduit and die equipment. The China Composites Expo N directory supports the exhibitor identity and FRP pultrusion-equipment scope. Haoli sells the machinery, tooling and process support used to manufacture composite profiles. The website's statement that a machine can pull glass- or carbon-fiber sections describes compatible workpieces; it is not evidence that Haoli supplies carbon fiber, fiberglass, pultruded profiles, conduits or other finished composites. GetFRP therefore does not assign material or finished-product demand keywords to this equipment profile.
Nabertherm Ltd. (Shanghai), identified in Chinese exhibition material as Nabertherm's Shanghai industrial-furnace company, is the China sales-company entry published on the current Nabertherm website. The reviewed official navigation covers air-circulation and drying ovens, radiation-heated chamber furnaces, high-temperature solutions, protective-gas and vacuum systems, laboratory muffle and tube furnaces, debinding and sintering systems, melting and holding furnaces, custom furnace engineering and process-control documentation. The China Composites Expo N directory independently supports the Shanghai exhibitor identity. This is an equipment profile: carbon fiber, fiberglass, resin, ceramic, metal powder or any other workpiece processed in a furnace is not a material manufactured by Nabertherm. The exhibition category also is not evidence that the Shanghai entity offers composite-curing autoclaves, so GetFRP does not publish an autoclave product or inject material-product keywords.
Lianyungang Weide Composite Materials Facilities Co., Ltd. says on its current official website that it was established in 2001 and develops and manufactures composite-production equipment. The published range covers continuous-filament-winding FRP pipe lines, high-pressure hydrogen-cylinder winding lines, four-axis and horizontal winding machines, high-pressure epoxy-pipe lines, centrifugal-casting GRP pipe lines, lighting-pole lines and supporting manipulators, curing ovens, resin-supply, intelligent feeding, conveying, joint-making and quality-assurance systems. China Composites Expo's L directory lists the matching exhibitor. Weide sells the machinery used to make pipes, cylinders and poles; those outputs are not presented as Weide-manufactured FRP or carbon-fiber products. GetFRP therefore excludes reinforcement, FRP-pipe and finished-cylinder supplier keywords. Capacity, performance, import-substitution, service-life and mechanical-property statements are supplier claims that must be validated against the quoted configuration, representative trials, FAT, SAT and contractual acceptance records.