CNC turning centres, flat-bed lathes, vertical lathes and vertical machining centres from China's Liaoning industrial region. SHSCNC organizes machine selection around the customer's component, configuration and acceptance requirements.
What the published manufacturing scope means for a buyer.
SHSCNC is the machine-tool brand presented by Shenyang Xisi Precision Manufacturing Co., Ltd. (沈阳希斯精密制造有限公司). Its English company page dates the business to 2021 and describes manufacturing operations in the Shenyang–Anshan region of Liaoning, China. The published range combines horizontal and vertical turning with V-series milling platforms. Its offering includes configuration review, assembly, commissioning, inspection and shipment coordination. [1] [2]
The catalogue separates HTC/T2/T4 turning centres, CAK flat-bed lathes, vertical turning machines and V-series machining centres. This helps buyers compare fundamentally different workholding and machining routes rather than choosing by a single maximum dimension. [3]
The company describes a sequence from requirements review to a technical agreement and sample review. Controller, spindle, tooling and acceptance requirements can therefore form a defined purchasing scope alongside the selected model. [1]
The quality page explains functional, geometric and machining checks for named V-series reference agreements. That provides a concrete starting point for agreeing which results and records must accompany an individual machine. [6]
CNFX synthesis of the company’s published information.
Four machine families with different workpiece and process priorities.
These horizontal turning platforms address shaft and disc work. The T4/500 reference configuration lists a 630 mm maximum turning diameter, 500 mm maximum cutting length, A2-8 spindle nose and 12-station turret. Swing, cutting capacity and actual fixture clearance remain distinct dimensions. [4]
The CAK40/65, CAK50/100, CAK63/285 and CAK80/150 models provide different bed and workpiece arrangements for general turning. Selection should start with part length, diameter, support and tooling requirements, not an assumed common specification across the series. [3]
V4C, V6C, V6i and V6S are presented for upright rotational components such as discs and rings. The workpiece mass, chuck arrangement, tool clearance and loading method determine the appropriate configuration. [3]
The published V-850 to V-1580 family covers milling, drilling and pocketing. As one reference point, V-855 lists 800 × 550 × 550 mm axis travel and a 1000 × 550 mm table. Fixtures, tools and spindle-to-table clearance must fit alongside the part. [5]
Published processes, organized by production stage.
Review the drawing, material, blank dimensions, required operations and quantity. Define the machine, control, spindle, workholding and accessories in the technical agreement. [3]
The company describes assembly, commissioning and quality inspection as production stages. Its V-series quality narrative also describes checking purchased components before assembly. [6]
Agree a sample and measurable acceptance criteria. The published V-series reference agreements include a 48-hour functional test, followed by geometry, machining and functional checks; this is not stated as a universal requirement for every lathe. [6]
Protective packing and logistics follow acceptance. Published support includes remote installation and commissioning guidance, operator training assistance, spare parts and maintenance support. [8]
Inspection, testing and project documentation.
Record controller, spindle, tooling and options before production. At pre-acceptance, compare the actual supplied configuration and agreed test results with that record; after installation, complete levelling, commissioning and final acceptance. [6]
The V-series quality page describes controlled temperature and stabilization conditions for inspection. Ask for the applicable measurement method and the actual machine's results when defining accuracy requirements. [6]
The website identifies its ISO 9001:2015 copy as an archive with a stated validity ending 30 July 2026. Current quality-system and destination-specific machine compliance documents belong in the procurement document request. [7]
Published selection guidance and workshop photographs, not customer performance claims.
The application guide connects automotive and energy-component work to turning and workholding choices. A drawing, material and batch quantity provide a more useful basis for comparison than the industry label alone. [9]
The milling applications emphasize table size, travel, tool length, spindle clearance and workpiece mass. These considerations are relevant to machine selection for mould and general-engineering work. [9]
The project gallery describes HTC5050 turning and V-855 machining-centre installations. It draws attention to handling, chip removal and maintenance access without identifying customer names or measured production outcomes. [10]
CNFX procurement assessment.
SHSCNC's published offering is relevant to buyers selecting a CNC turning or milling platform around a defined component and technical acceptance plan. The different families allow comparison of horizontal turning, upright workholding and machining-centre layouts. A purchase brief should distinguish the machine's reference configuration from required options, production targets and site-installation needs.
Its published range includes HTC/T2/T4 turning centres, CAK flat-bed CNC lathes, V-series vertical lathes and vertical machining centres.
Not by default. The T4/500 application notes say milling or cross-drilling requires a separately confirmed driven-tool and axis configuration.
Agree the supplied configuration, representative component, tolerances, measurement method and test records before ordering. Use model-specific requirements rather than applying one series' inspection terms to every machine.
Website research · 2026-10-01
Prepared from SHSCNC’s English website. Capability descriptions and application information are company-published; CNFX’s project-fit assessment is editorial analysis. Company claimed indicates profile management, not quality certification. Source methodology.
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