Les pièces CNC, tôle et impression 3D standard sont généralement chiffrées en quelques secondes à quelques minutes. Géométries complexes, tolérances serrées, matières spéciales ou revue ingénieur : prix et délai confirmés sous un jour ouvré.
Online Manufacturing Services
Precision Manufacturing
Devis instantané
3D Printing · CNC Precision Machining · Sheet Metal · Rapid Prototyping · Injection Molding
AI quoting in 30s, 50+ materials, 100+ finishes, as fast as 24h delivery
Source factory · MOQ 1 · Precision machining · Rapid tooling
Capability Snapshot
AI-powered smart quoting30-second instant response
Upload an image or describe your need. Our deep-learning model detects part features and generates multi-option quotes — no signup, completely free.
One-stop Online Manufacturing Services
End-to-end manufacturing from prototype to production with 5 core processes and 100+ material options.

Impression 3D
FDM / SLA / SLS / MJF / DMLS for concept validation to functional parts with fast delivery of complex geometries.

CNC Machining
3/4/5-axis precision milling and turning, tolerance up to ±0.01mm for high-accuracy metal and engineering plastic parts.

Rapid prototyping
Industrial-grade rapid prototyping with accurate design reproduction and multiple surface finishes for faster product validation.

Tôle
Laser cutting, CNC bending, welding, and stamping for enclosures, brackets, rails, and structural metal parts.

Moulage par injection
Injection molding, die casting, and silicone tooling from pilot runs to mass production with professional DFM optimization.
Complete in 7 StepsManufacturing Workflow
From file upload to delivery confirmation, covering AI analysis · production · inspection · packing · shipping end-to-end flow
Every step is visible in real time with full quality traceability
STEP 1 · Upload Files·Supports STEP/IGES/STL and other common formats
Swipe or use the arrows to browse steps
Turn design files into production-ready orders
Upload files to review process suggestions, material options, lead time, and quality requirements in one place.
Full digital workflow · traceable quality · 99.2% on-time delivery
Why AgileMakeAI?
AI technology upgrades manufacturing with an end-to-end digital workflow for higher efficiency and better control.
AI quote
Upload CAD files and let AI detect manufacturability features to generate accurate quotes in about 30 seconds.
Process & Material Recommendation
Get intelligent recommendations for process routes and material combinations based on design and application needs.
Rapid Delivery
Nationwide manufacturing network with expedited scheduling, delivering as fast as 24 hours for urgent projects.
Traceable Quality
ISO 9001/13485 quality systems, batch inspection reports, and first-article confirmation for full traceability.
Order Visibility
Track production progress in real time with transparent milestones and timely status notifications.
Engineering Support
Access manufacturing engineers for DFM analysis, material consultation, and process optimization.
ISO 9001:2015 Quality Management System Certification
AgileMakeAI's operating entity, Agile Manufacturing Technology (Shenzhen) Co., Ltd., is certified to ISO 9001:2015. Certification information can be verified through CNCA.
Upload an image or describe your need — get a professional quote in 30s
No CAD required to start. AI detects part features, recommends the best process route, and builds comparable quote options for faster decisions.
Auto-detect thin walls, precision holes, and complex surfaces
Generate standard and high-precision plans side by side
DFM insights that catch design risks early
AI confidence scoring plus human review
Supports JPG · PNG · PDF · STEP · STL, max 50MB · completely free
Increase local wall thickness from 0.8mm to 1.2mm to reduce scrap risk and shorten lead time.
Our Customers
Trusted by partners across industries






















What Customers Say
Real project feedback from different regions and industries (client details anonymized)
"We run 5–20 validation parts per design iteration. Previously it took about two days to get a reliable quote through email handoffs. Now we get reference pricing in seconds, with engineer review flagged for tight tolerances and thin walls. A recent lot of 12 titanium brackets passed H7 checks on first article, one day ahead of schedule."
"Our battery pack heat-sink program has tight schedules and frequent revisions. Order milestones and anodizing return status are visible in one system, which keeps sourcing and engineering aligned. Last quarter their on-time performance ranked top-tier for us, with traceable inspection records on exceptions."
"We build wearable hardware with fast iterations and high cosmetic requirements. SLA validation and 6061 CNC pilot runs stay on one platform, with transparent pricing when finish or quantity changes. Expedite fees are stated upfront. Across three structural revisions from A-sample to B-sample, coordination effort dropped significantly."
"Our lab base required 304 stainless with tight flatness and many threaded holes. Two previous vendors asked for drawing changes. Their engineers flagged corner-clearance and fixturing risks in DFM and proposed two process routes. We picked the more stable-cost option; first-article CMM reports met our project acceptance requirements."
"Server side panels need tight bend accuracy with frequent SKU changes. We built a shared bend-parameter archive; engineering changes get a clear lead-time impact answer within 24 hours. Over the last quarter, six sheet-metal SKUs shipped with zero returns for dimensional issues."
"Medical enclosures need consistent cosmetics and controlled gap fits. We documented anodize color and roughness in order notes; engineers confirmed batch consistency. The first 30 housing sets assembled cleanly with clear PC parts; we later scaled to 200 sets with full quote and parameter history for internal audit."
Online Manufacturing Service Guide
Knowledge base · Process selection guide
Accéder au centre de ressources3D Printing vs CNC: How to Choose
Compare cost, precision, materials, and lead time across additive and subtractive routes with a practical decision framework.
Sheet Metal Tolerance Design Guide
Standard tolerance bands for punching, bending, and welding with annotation guidance you can apply directly.
Injection Molding DFM Essentials
Draft angles, uniform wall thickness, gate placement, and shrinkage control for moldable plastic parts.
Surface Finishing Processes Compared
Side-by-side comparison of anodizing, powder coat, liquid paint, plating, and blasting.
FAQ
Réponses sur devis, délais, paiement et après-vente
Nous acceptons STEP, STP, STL, OBJ, SLDPRT, 3MF et d’autres formats 3D, ainsi que DWG, DXF et PDF. Plusieurs fichiers par envoi sont possibles. Un modèle 3D et un plan 2D améliorent la détection des trous, filetages et tolérances.
Cavités profondes, parois fines, surfaces complexes, matières non standard, tolérances très serrées ou plans incomplets déclenchent une revue ingénieur. Le prix final est confirmé par message plateforme ou contact direct.
After geometry, material, quantity, tolerance, or finishing changes, re-upload or update the configuration and requote. Minor remark-only changes can be clarified with engineers to confirm price and lead-time impact.
Typical precision parts are around ±0.05 mm; critical fits may reach about ±0.01 mm when process-capable. Achievable tolerance depends on material, rigidity, tool access, and inspection needs—call out critical dimensions on drawings.
Best for complex internal features, lightweight structures, rapid prototypes, and low-volume functional parts. Metal and engineering plastics can combine with finishing or secondary machining. High-fit precision or high-volume unit economics often favor CNC or molding.
Start yourmanufacturing project
Upload your design files, get instant AI analysis, engineering support, and full digital tracking.
Sign in for instant quotes · Professional engineering support

