Custom mechanical parts · Prototype to production

Precision CNC machining for custom mechanical parts

Send your CAD files and requirements. Our factory team reviews the drawing, machines the parts, inspects the result and arranges delivery from our manufacturing facilities in China.

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STEP, STP, IGES, DXF and PDF accepted. We typically respond within 1 business day.

Direct factory contactPrototype · Low volume · ProductionInspection documentation on request

Milling & turning

Core CNC processes

Drawing-defined

Tolerance review

1 part to batches

Flexible quantities

ISO 9001:2015

Factory quality system

Automated CNC production line at the MechVibe Precision factory

Our production floor

Our factories provide controlled CNC production for prototypes, low-volume requirements and repeat orders.

How we manufacture

Precision CNC factories built around controlled production

MechVibe Precision operates manufacturing facilities in Gu'an, Suzhou and Dongguan. Our engineering, production and quality teams work from the same drawing and production requirements, from first review through final shipment.

Factory locations: Gu'an, Hebei · Wuzhong District, Suzhou · Liaobu Town, Dongguan
Factory workflow: Engineering, machining and inspection under one production team
Quality system: ISO 9001:2015 certified factory system

How MechVibe works

Machining capabilities

CNC milling and turning, with the supporting processes our factory uses to deliver finished mechanical parts

CNC Milling

Complex prismatic parts, housings, brackets and fixtures machined from metal or plastic.

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CNC Turning

Shafts, bushings, pins, sleeves and other rotational parts with consistent dimensions.

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Rapid Prototyping

Fast physical parts for fit checks, design verification and pre-production testing.

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Supporting processes

Grinding · EDM · Wire EDM · Drilling & tapping · Finishing · Inspection

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Explore CNC machining

Photograph of a Haas VF-2SS CNC machining centre at the MechVibe factory

Complex geometry · Multi-face parts

5-axis CNC machining

Complex contours, angled holes and features on multiple faces call for a considered machining plan. Five-axis machining improves tool access and can reduce setups, helping control the relationship between critical features.

Curved surfaces, deep pockets and angled features
Fewer setups for multi-face components
Material, workholding and inspection reviewed against your drawing

Typical parts: precision housings, impeller geometries, instrument components and complex fixtures. Our engineering team confirms the process route and tolerances for each project.

Send drawings for review Explore CNC milling

Swiss-type CNC lathe and bar feeder on the factory floor

Small components · Detailed features

CNC Swiss machining

For slender shafts and small, detailed components, Swiss-type turning supports the bar close to the cutting point. Turning, drilling and cross-working operations can be combined to produce intricate features with fewer handling steps.

Slender shafts, precision pins, sleeves and connectors
Threads, grooves, small bores and cross-drilled features
Prototype requirements and repeat batches reviewed before production

Typical applications: medical instruments, electronics, precision instrumentation and automation. Send the material grade, quantity and critical dimensions for an engineering review.

Send drawings for review How Swiss machining works

Your drawing. Our manufacturing team.

Get High-Precision Machined Parts Exactly How You Need Them

From a functional prototype to repeat production, MechVibe's factory team works to your approved drawing. We confirm the material, critical dimensions, surface finish and inspection requirements before machining, so the finished part fits its intended application.

Drawing review

Geometry, datums, fits and material grade.

Controlled production

Agreed process, drawing revision and finish.

Inspection & delivery

Critical-feature checks and reports on request.

Upload drawings & get a quote See our quality process

STEP / STP / IGES / DXF / PDF · Include material, quantity, tolerance and surface finish.

Photograph of a complex titanium impeller test part with precision-machined curved blades

Common materials we machine

Aluminum

Stainless steel

Steel

Brass & copper

Titanium

Engineering plastics

Quality management system

ISO 9001:2015 certified

View materials Explore quality

Application-focused manufacturing

Typical customer industries

Different industries place different demands on material, geometry, finish and documentation. We review each drawing around the part's operating conditions and acceptance requirements.

Technicians assembling precision equipment in a semiconductor cleanroom

Clean · Stable · Traceable

Semiconductor equipment

Chambers, fixtures, stages, precision structures and handling components with close attention to cleanliness, surfaces and batch consistency.

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Two industrial robot arms working inside an automation cell

Motion · Fit · Repeatability

Robotics

Arm structures, gripper components, sensor mounts, actuator interfaces and integration hardware for automated systems.

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Engineers assembling a lightweight aircraft airframe and powerplant in a workshop

Lightweight · Complex · Reliable

Aerospace

Lightweight housings, complex multi-face structures, test hardware and small-batch components made to controlled drawing requirements.

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Robotic surgical equipment in a medical operating environment

Precision · Finish · Assembly

Medical equipment

Non-implant equipment parts, instrument structures, test fixtures and precision assembly components subject to project-specific requirements.

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Vehicle assembly line inside a modern automotive manufacturing plant

Development · Test · Production

Automotive systems

Development parts, test fixtures, tooling, sensor structures and mechanical components for vehicle and production systems.

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Automated industrial production equipment operating inside a large modern factory

Durable · Stable · Integrated

Advanced industrial equipment

Machine components, precision instrument parts, replacements, fixtures and production hardware for demanding equipment.

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These photographs illustrate typical application environments. Project requirements, processes and inspection documents are confirmed from your drawing before production.

Explore industry applications

Direct factory contact / quotation to delivery

A focused factory team, directly accountable for your parts

You work directly with the MechVibe factory team. Drawing questions, production decisions, quality records and delivery status stay connected to the people making your parts.

Precision measuring equipment inspecting a machined component

Critical dimensions are confirmed at setup, during production and before shipment.

Direct factory contact

One factory contact handles quotation, technical questions, order status and delivery.

DFM before production

We review tolerances, materials, finishes and difficult features before machining starts.

Prototype to repeat batches

Approved requirements and revisions stay controlled as the project moves from first article into recurring orders.

Quality built into the route

Critical dimensions are identified early and checked through setup, machining and final inspection.

Clear order visibility

We confirm the production route, surface treatment and delivery plan before your order is released.

Export-ready delivery

Parts are cleaned, protected, labeled and packed for domestic or international shipment.

From RFQ to finished parts

One factory workflow across technical review, machining, inspection and delivery

Review

We review drawings, quantities, materials, tolerances and finish requirements.

Quote

You receive a manufacturing route, lead-time estimate and transparent quotation.

Machine

Material is prepared, setups are verified and parts enter our controlled factory production.

Inspect

Critical dimensions, appearance and quantity are checked against the order.

Ship

Approved parts are protected, packed and dispatched with requested documents.

Send drawings for a manufacturing quote

Our factory team reviews the drawing, confirms the production route, completes inspection and arranges delivery. We typically respond within 1 business day.

What to send to get started

01Upload STEP, STP, IGES, DXF, PDF or compressed drawing files directly.
02Include quantity, material, critical tolerances, finish and target date.
03Our factory team reviews manufacturability and replies after confirming the proposed production route.

01Contact & part

02Manufacturing details

03Review & submit

Full name

Work email

Company

Phone

Part or project name

Application / industry

Required delivery date

Manufacturing Knowledge

Process guides and drawing checklists for precision parts, prototypes and production

Eight finished 316L stainless steel tubular prototypes laid out on an engineering drawing

Project case study

Oct 30, 20264 min read

Precision CNC Machining of 316L Stainless Steel: Ra 0.2 μm Surface Finish and 0.01 mm Cylindricity

A MechVibe project case study: eight 316L stainless steel tubular prototypes with an approximately 4 mm internal diameter and 114 mm length, all meeting Ra 0.2 μm surface roughness and 0.01 mm cylindricity requirements.

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