Drawing-based CNC metal and plastic parts, with five-axis and mill-turn services for complex housings, shafts and multi-feature components.
What the published manufacturing scope means for a buyer.
XINQIDA's website identifies the business as Dongguan XinQida Precision Hardware Accessories Co., Ltd. and gives a Wanjiang, Dongguan address with an on-site factory. It presents rapid prototyping and production machining for metal and engineering-plastic components. The company also lists separate Changsha and Hong Kong businesses; this profile concerns the Dongguan machining offer, with the contracting and producing entity to be identified for each order. [1] [2]
The service pages distinguish five-axis work for multiple faces and contoured features from mill-turn work combining rotational and milled features. Buyers can submit the same controlled drawing for a route review, with attention to datum continuity and fixturing. [3]
The company accepts common 2D drawing and 3D model formats and offers sample CMM reports on request. A drawing can therefore state the datums and feature acceptance requirements while the model describes the part geometry. [1]
CNFX synthesis of the company’s published information.
Machining services and component examples published by XINQIDA.
Published examples include camera and rangefinder housings, robot-joint components, flanges and one-piece aluminum enclosures. Submit the features that require simultaneous access or a consistent datum setup, along with material, surface requirements and quantity. [3]
The mill-turn service combines turning and milling in one process route. Its application examples include transmission shafts, sleeves, valve bodies and sensor housings. Review bores, flats, cross holes and positional requirements together when deciding the setup and inspection plan. [4]
The published service navigation also covers CNC milling, turning, wire EDM and surface finishing. Material categories include aluminum, stainless steel, brass, alloy steel and engineering plastics. Ask the quotation to distinguish the actual machining and finishing operations included for the selected material. [1]
The supplier offers prototypes and production work; the acceptance basis belongs to the particular part.
Provide a 3D model and a dimensioned drawing with matching revisions and units. The company lists PDF, DWG and DXF drawings and several model formats; establish which document controls any difference between the model and drawing. [1]
For contoured or multi-face work, identify the mating faces and critical relationships. For a rotational part with milled details, show how bores, flats and cross holes relate to the turning axis. The proposed five-axis or mill-turn route should explain how those features will be held and measured. [4]
Request an inspection report tied to the approved drawing, material and finish. Compare the measured first article with the stated acceptance method before agreeing repeat production and the records required with subsequent lots. [1]
The website's general precision claims need a feature-specific agreement and measurement evidence.
The About page qualifies its tighter-tolerance offer by feature, datum and fixturing, material and inspection conditions, and offers a sample CMM report. Use those conditions to specify the actual tolerance and inspection method, rather than applying a headline machining tolerance to every dimension. [1]
Five-axis and mill-turn pages advertise finish and precision performance. Put surface roughness, cosmetic faces, burr limits and post-treatment dimensions into the drawing or inspection agreement. The service headlines alone establish neither a measured result for the ordered part nor a defect-rate guarantee. [3]
XINQIDA states ISO 9001:2015 certification on its About page. Request the current certificate, issuer, site and scope when qualifying the Dongguan supplier. Named application sectors and example medical or aerospace parts do not by themselves establish product approval or sector certification. [1]
These are supplier-published examples of geometry and use, rather than verified customer references.
The five-axis page shows robot-joint sleeves and flanges alongside camera and rangefinder housings. Enquiries for these parts benefit from mating-interface dimensions, datum relationships and the surfaces that control assembly or alignment. [3]
Shafts, sleeves, connector bodies and valve or sensor housings fit the published mill-turn discussion where concentric turned features meet milled details. State the material condition and final surface treatment so inspection addresses the part as delivered. [4]
CNFX procurement assessment.
XINQIDA is a candidate for buyers sourcing custom machined parts from a controlled drawing, particularly where complex faces or combined turning and milling affect the production route. A useful evaluation compares a quoted setup and measured first article with the functional datums of the part. Confirm the Dongguan producing site and contracting company when using a business that also lists other locations.
Website research · 2026-10-20
Prepared from XINQIDA’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.
Ask about capability, specification boundaries, lead time, or what this manufacturer would need from you to quote.
Discuss your product requirements, manufacturing scope and project schedule.
Send an Enquiry