XProdLab helps product, engineering and procurement teams turn drawings into reliable custom parts. We combine DFM review, process planning, manufacturing, inspection and delivery for prototype and production projects.
Origin and mission
XProdLab was built around common custom parts problems: incomplete drawing review, unclear process routes, unstable dimensions, inconsistent surface quality and weak delivery records. We connect CNC machining, sheet metal, injection molding, vacuum casting and 3D printing into a controlled engineering delivery process.
Customer Pain Point: Uncertainty in Customized Parts Manufacturing
For the same 3D drawing or 2D engineering drawing, different suppliers have different understandings of tolerances, datums and critical dimensions, which can easily lead to assembly risks and rework costs.
CNC machining, sheet metal fabrication, injection molding or 3D printing solutions lack pre-DFM review, and problems such as deformation, tool marks, edge chipping, shrinkage and support marks are often exposed only after delivery.
The impact of surface treatments such as anodizing, spraying, electroplating, and polishing on size, appearance, and functional surfaces has not been quantified in advance, resulting in unstable sample verification and small-batch trial production results.
Quotation, process, inspection and delivery information are scattered, making it difficult for customers to track quality evidence and reuse experience from one project to the next round of product iterations.
Our mission: Make parts delivery more controllable and traceable
XProdLab's mission is to move manufacturing risks forward to the design review, process selection and quality planning stages, and reduce customers' communication costs, rework costs and delivery risks in non-standard parts processing through DFM manufacturability analysis, material and process matching, critical dimension control and inspection closed loop. We hope that customers will get not only the part itself, but also clear manufacturing suggestions, explainable process basis and traceable delivery records.
Long-term value for customers
Let every prototype validation, small batch manufacturing and production ramp-up be steadily advanced based on engineering judgment, process control and quality evidence.
18,000+
Registered global customers
1 million
Made parts
50+
Industries involved
400+
core value customers
Delivery method: process as product
XProdLab turns custom parts manufacturing into a clear process: requirement review, DFM assessment, process planning, manufacturing control, inspection and delivery. For CNC machining, sheet metal, injection molding, vacuum casting and 3D printing projects, we define standards for cost, accuracy, material, finish, delivery and traceability.
Requirements analysis and drawing clarification
Before quoting and starting manufacturing, the engineering team will first confirm the part usage, assembly relationship, critical dimensions, tolerance requirements, material grade, appearance, surface treatment and delivery quantity to avoid customers' quotation deviations, process misjudgments or delivery delays due to incomplete drawing information. This step helps customers transform product requirements into manufacturable, testable, and deliverable engineering inputs.
DFM manufacturability review
For different processes such as CNC machining, sheet metal bending, injection molding, vacuum casting and 3D printing, we will evaluate wall thickness, tolerance, fillet chamfer, draft angle, bending radius, parting exhaust, support structure, clamping method and deformation risk, and give executable DFM suggestions to help customers reduce failure rate and rework costs before production.
Process routing and cost driver explanation
We will explain how the recommended process, processing procedures, clamping times, key work steps, material utilization, post-processing methods and inspection requirements affect price, delivery time, accuracy and appearance, allowing customers to understand the quotation logic and make clearer decisions between cost, quality and delivery speed.
Manufacturing Execution and Process Control
The manufacturing process is managed around first piece confirmation, critical dimension process inspection, clamping and tool path optimization, bending springback control, injection mold trial feedback, surface defect prevention and abnormal closed loop to ensure that customized parts maintain a more stable consistency during the low-volume pilot production and batch delivery stages.
Inspection, documentation and delivery
Final inspection is completed based on customer drawings, key dimensions and appearance standards before shipment, and dimensional inspection records, material certificates, surface treatment instructions, appearance acceptance standards and traceable delivery information can be provided according to project needs to help customers complete engineering validation, supplier evaluation, trial production review and production ramp-up.
Manufacturing capabilities: CNC machining, 3D printing, sheet metal, injection molding and vacuum casting
XProdLab provides on-demand customized parts manufacturing services to engineering R&D, procurement and manufacturing teams, covering prototype validation, low-volume pilot production and mass production delivery. The platform will combine the part structure, material properties, dimensional tolerances, surface treatment, quantity and delivery time to recommend a more suitable CNC machining, 3D printing, sheet metal fabrication, injection molding or vacuum casting solution.
Quality system: ensuring consistency with evidence
XProdLab has established a quality system centered on inspection standards, process records and delivery documents for customized parts manufacturing projects, covering CNC machining, 3D printing, sheet metal fabrication, injection molding and vacuum casting. We transform critical dimensions, appearance standards, material batches, surface treatment and packaging protection into inspectable, traceable and reviewable quality evidence to help customers reduce assembly risks, rework costs and supply chain communication costs.
Inspection process
Typical inspection items
Delivery documents
Incoming material inspection (IQC)
Check the specifications, grades, appearance status and batch information of metals, engineering plastics, resins, plates, mold materials and surface treatment accessories before manufacturing, and review material certificates when necessary to ensure that input materials for CNC machining, sheet metal, injection molding and 3D printing projects comply with customer drawings and usage scenario requirements.
Starting from the confirmation of the first piece, we conduct process random inspections on key dimensions, assembly surfaces, functional holes, bending angles, molding status and surface quality; once dimensional drift, appearance abnormalities or process fluctuations are found, we isolate, retest and correct them in a timely manner to avoid problems extending to the entire batch of parts.
First article confirmationCritical dimension process inspectionAbnormal isolation closed loop
Outgoing inspection (OQC)
Before shipment, the final inspection is completed based on the customer's drawings, key dimension list, appearance standards and project acceptance requirements to confirm the size, appearance, function, quantity, logo and packaging protection to ensure that the customized parts received by the customer have clear judgment basis and stable delivery status.
Final inspection recordAppearance/function confirmationPackaging protection
It is recommended that you also provide this information
If the part involves assembly positioning, sealing, motion fit, appearance or batch consistency, it is recommended to provide it simultaneously when uploading the file:GD&T callout、
Datum system (Datum) description、Critical Dimensions List (CTQ)、Surface treatment requirementsandAppearance acceptance criteria. The more complete the information, the easier it is to advance quality plans, and the more customers can reduce rework, delay and communication costs caused by inconsistent inspection calibers.
Quality closed loop: from exception to correction
Identify anomalies: dimensional out-of-tolerance, cosmetic defects, functional inconsistencies, surface treatment deviations or process trend fluctuations.
Rapid isolation: Identify, isolate, retest and confirm the status of suspected batches to avoid mixing, missing inspections and incorrect shipments.
Cause analysis: Trace tool wear, process parameters, clamping positioning, mold status, material batches and post-processing conditions.
Correction and verification: adjust parameters, tools, fixtures, process routes or inspection standards, and record re-inspection results to form reusable quality experience.
Prioritize key items: use your energy on the cutting edge
Prioritize the locking of CTQ critical quality features: mating surfaces, sealing surfaces, assembly positioning surfaces, functional hole systems and load-bearing structures.
The acceptance criteria for appearance parts are unified in advance: visible surface, grain direction, color difference, gloss, burrs and allowable defect range.
Surface treatment impacts are quantified in advance: film thickness, masking, spray boundaries, anodizing color differences and secondary processing strategies.
Geometric tolerance: Coaxiality, flatness, verticality, position, circular runout and total runout are determined according to customer drawings and usage functions.
Hole system and datum: Unify the measurement benchmark, assembly benchmark and inspection benchmark to reduce assembly deviations and acceptance disputes.
Trend monitoring: Conduct process inspections on CNC machining dimensions that are prone to drift, sheet metal bending dimensions, and injection molding shrinkage dimensions to detect drift trends in advance.
Caliper/Micrometerheight gaugeCMM (three coordinates)Do's and Don'ts
Appearance
Appearance standards: Define the visible surface, non-visible surface, allowable defect range, grain direction, drawing direction, color difference and gloss.
Surface treatment effects: Evaluate the effect of anodizing, painting, plating, polishing, sandblasting and silkscreen printing on size, fit and appearance consistency.
Defect prevention: Identify the risks of knife marks, chipping, burrs, flow marks, sink marks, air bubbles, orange peel, scratches and bruises in advance.
Packaging and moving: Develop anti-scratch, anti-bump, anti-static, moisture-proof and compartmentalized packaging solutions based on material, surface treatment and customer delivery requirements.
visible surface definitionSample comparisonFilm thickness/color differenceGlitch control
For appearance parts, it is recommended to do template alignment first.
For consumer electronics housings, medical device appearance parts, robot covers, equipment panels and other high-consistency projects, 1 to 3 samples can confirm visible surfaces, texture direction, color, gloss, burrs and allowable defects before low-volume or mass production.
Dimensional report (optional)
Output measurement results, measurement methods, equipment information and judgment conclusions based on customer drawings and key dimension lists, suitable for CNC precision parts, assembly functional parts, first article confirmation, low-volume pilot production and supplier quality assessment.
Provide material certificates, grade information, batch records or incoming material traceability information according to project requirements to help customers complete re-inspection, archiving and quality consistency management in key materials, engineering plastics, metal parts and controlled projects.
Material certificationBatch numberTraceability records
Appearance standards and samples (optional)
For projects with high appearance requirements, the appearance model, visible surface standards, color difference gloss requirements, texture direction and allowable defect levels can be confirmed first, and then small batch or batch delivery can be carried out to improve customer acceptance efficiency and delivery consistency.
You can provide documents in advance (faster and more accurate)
2D Engineering Drawings: Contains tolerances, GD&T, surface roughness, heat treatment, surface preparation and special inspection requirements.
Critical Dimension List (CTQ) and Datum Description (Datum): Help develop more accurate inspection plans and measurement methods.
Appearance standards: visible surface definition, texture or drawing direction, color difference gloss requirements, defect samples and packaging requirements.
Functional requirements: assembly relationships, sealing and pressure resistance, motion coordination, load conditions, test methods and acceptance scenarios.
How to ensure delivery consistency
Standard pre-processing: First article confirmation, sample standards and critical dimension determination serve as the benchmark for subsequent batch execution.
Key item records: Key dimensions, appearance standards, material batches and surface treatment results are well documented.
Problem traceability: Batch information, process inspection and abnormal closed-loop records support review, improvement and re-ordering.
Changes are controllable: Design changes, material changes, process changes and inspection standard changes are all version-based and can be aligned.
Team and Engineering Culture: Let “Outputs” Speak
XProdLab's team collaboration revolves around customer project results: engineering reviews, quality inspections and delivery collaborations must all result in clear outputs that are documented during the quoting, manufacturing, inspection and delivery phases of CNC machining, 3D printing, sheet metal fabrication, injection molding and vacuum casting projects. Customers receive not just parts, but manufacturability advice, quality records, delivery nodes and reusable engineering experience.
Project Review Panel
Outputs DFM manufacturability recommendations: around wall thickness, tolerances, fillets, chamfers, draft angles, bend radii, parting vents and support structures to help customers identify design risks before production.
Output process route suggestions: Match CNC machining, sheet metal, injection molding, vacuum casting or 3D printing solutions based on part use, material, accuracy, surface treatment and quantity.
Output a list of risk items: explain in advance the impact of deformation, clamping, tool marks, shrinkage, bubbles, appearance defects, cost drivers and delivery time to reduce trial production rework.
Quality and Inspection Team
Output inspection strategy: clarify critical dimensions CTQ, GD&T, random inspection items, measurement benchmarks, appearance acceptance standards and functional test requirements.
Output quality records: Precipitate first article confirmation, process inspection, shipment inspection, abnormal isolation and correction verification records to support customer traceability and review.
Output appearance and surface standards: define visible surface, defect boundary, color difference gloss, burr control, surface treatment film thickness and sample confirmation requirements.
Delivery and Collaboration Team
Output delivery plan: Synchronize progress around quotation confirmation, production scheduling, manufacturing, inspection, packaging and shipping nodes to help customers manage engineering validation and low-volume pilot production cycles.
Output version records: track drawing changes, material changes, process changes and review conclusion updates to avoid inconsistencies in processing and acceptance of old versions.
Output delivery documents: archive size reports, material information, appearance standards, quality records, and packaging and shipping information according to project needs to facilitate re-ordering and mass production import.
Already have drawings? Go directly to custom parts quotation
After uploading the file, add material, quantity, tolerance, surface treatment and delivery requirements, XProdLab will recommend next steps around manufacturability, cost and delivery path.
This payment channel is provided by the Zouqianba payment platform.
Please use WeChat\Alipay\UnionPay QuickPass to scan the QR code to pay
After payment is completed, the system will automatically confirm the order. Please do not scan the code repeatedly.
If you have any questions, please contact your account manager:
(Same number on WeChat) / Working hours: 9:00-18:00
1. Please follow the information below to make the remittance.
Recipient bank:
Beneficiary Bank Branch:
Benefit account name:
Bank account number:
Please fill in the order number in the remarks when transferring so that you can promptly confirm the arrival of your money. If you have completed bank transfer, please click the button below to submit your order:
2. The remittance arrival cycle is generally 1 to 5 working days. After the payment arrives, we will arrange the order to enter the follow-up process.
If you have any questions, please contact your account manager:(Same number on WeChat) / Working hours: 9:00-18:00
