FULU CNC machine tool in the factory workshop

FULU CNC Machine Tools

CNC Machine Tools Selected Around Your Parts and Process

Explore CNC lathes, vertical, horizontal, and gantry machining centers, conventional machine tools, and wire-cut EDM machines for industrial part production. Start with the workpiece, required operations, and acceptance criteria—then review the machine configuration with our team.

For a useful first review, share your part drawing, material, dimensions, tolerance, operations, production volume, destination, and electrical standard.

About Us

Get to Know FULU CNC

FULU CNC develops, produces, sells, and services CNC machine tools. Its catalog includes CNC lathes, vertical, horizontal, and gantry machining centers, conventional machine tools, and wire-cut EDM machines. We start machine selection with the part, operations, and production requirements.

Our workshop views show machine inventory, component preparation, assembly activity, inspection, and completed equipment. For a specific project, our team can review the proposed configuration, acceptance requirements, and delivery scope with you.

Explore Factory & Quality
Rows of FULU CNC machines in the factory workshop

Core Product Families

Find the Right Machine Family

Choose by workpiece and process first. Compare each machine family, then confirm the exact model, configuration, and acceptance requirements with our team.

FULU CK61125 flat-bed CNC lathe

CNC Lathes

Flat-bed and slant-bed CNC lathes for rotational parts. Compare CK, TCK, and FCK series by turning range, part length, and production needs.

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FULU VMC850 vertical machining center

Machining Centers

Vertical, horizontal, and gantry machining centers. Compare VMC, HMC, and GMB structures by workpiece envelope and required operations.

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CA / CWX / ZX

Conventional Machine Tools

CA and CW conventional lathes, plus X and ZX turret milling and drilling-milling machines for workshop turning, milling, and drilling.

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DK77Wire-Cut EDM

Wire-Cut EDM

DK77 series wire-cut machines for profile cutting. Confirm workpiece size, cutting requirements, and finish before selecting a model.

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Choose by Application

Start with the Workpiece

Part profile, material, dimensions, tolerance, operations, setup strategy, and volume determine the machine and configuration path.

Machined shaft and flange components

Shaft & Flange Machining

Pipe thread machining workpiece

Pipe Thread Machining

Mold and die machining workpiece

Mold & Die Machining

Large industrial part prepared for machining

Heavy Part Machining

Machined automotive components

Automotive Parts Machining

General machinery components after machining

General Machinery Components

Manufacturing Process

Follow the Machine from Requirements to Final Preparation

The detailed process page should show real production stages, responsible checkpoints, and the records retained at each stage.

FULU team discussing machine requirements in the workshop

Requirements Review

Confirm the workpiece, process, machine scope, and acceptance needs.

Machine components prepared for manufacturing and assembly

Component Preparation

Document applicable component and incoming quality controls.

FULU CNC machine assembly in progress

Assembly & Alignment

Show the actual assembly sequence and alignment activities.

Machine calibration and functional testing

Calibration & Testing

Identify tests, conditions, instruments, and acceptance records.

Machine prepared for packing after final acceptance

Final Acceptance & Packing

Confirm the agreed checks, documents, preservation, and packing scope.

Quality & Inspection

Verify What Is Checked—and Under Which Conditions

Quality claims are useful only when the checkpoint, instrument, test condition, acceptance criterion, and applicable machine are clear. The inspection section should make that evidence easy to review.

  • Incoming and in-process controlsShow which components or stages are checked and how exceptions are handled.
  • Assembly and functional checksIdentify the checks that apply to the selected machine and configuration.
  • Final acceptance recordsPresent approved sample reports with sensitive information handled correctly.
Inspector checking a FULU CNC machine

Quality Documentation

Company Certificates

FULU team discussing machine configuration in the workshop

Engineering & Customization

Turn Part Requirements into an Agreed Machine Configuration

Customization begins with a defined production need, not a generic option list. Share the workpiece and process requirements so the applicable standard equipment, options, third-party items, and custom-engineering work can be separated clearly.

  1. Requirements
  2. Feasibility
  3. Configuration
  4. Approval
  5. Acceptance

Customer Visits

Customer Visits to FULU CNC

Customers visit the FULU CNC workshop to review machines and discuss production requirements with our team.

Customer visit to FULU CNC workshop, photo 1

Customer and FULU team review a machine in the workshop.

Customer visit to FULU CNC workshop, photo 2

Customer visit at the FULU CNC workshop.

Customer visit to FULU CNC workshop, photo 3

Visitors discuss CNC equipment with the FULU team.

Customer visit to FULU CNC workshop, photo 4

Customers inspect equipment during a factory visit.

Customer visit to FULU CNC workshop, photo 5

Customer and FULU team exchange technical questions.

Customer visit to FULU CNC workshop, photo 6

Visitors review machine details with the FULU team.

Delivery & Support

Clarify the Delivery Scope Before the Order

Machine delivery is more than shipment. The quotation and order should state the applicable packing, included documents, installation responsibilities, training, spare-parts arrangement, warranty terms, and destination-specific support.

  • Packing and preservation scope
  • Shipping and technical documents
  • Installation and commissioning responsibilities
  • Training, spare-parts, and warranty terms
FULU CNC machine protected and prepared for shipment
Use an original image that accurately shows the approved packing method.

FAQ

Questions Before Choosing a Machine Tool

What information should I send for a machine recommendation?

Start with a part drawing or clear photos, material, maximum dimensions and weight, required operations, tolerance and surface-finish targets, and expected production volume. Include the destination and electrical standard when known. These details help narrow the machine family and configuration for review.

Which machine family should I consider for my part?

Start with the part shape and required operation. For programmed turning of rotational parts, compare CNC lathes. For milling, drilling, or tapping prismatic and large parts, compare vertical, horizontal, and gantry machining centers. For manual turning, milling, or drilling, review conventional machine tools. For profile cutting in electrically conductive material, consider wire-cut EDM. Share the drawing and production requirements so the model and configuration can be checked.

How do I choose between a flat-bed and a slant-bed CNC lathe?

Compare the workpiece diameter and length, workholding, machining operations, chip flow, tooling access, and production volume. Flat-bed and slant-bed structures suit different part and process requirements; the final choice depends on a specific model and proposed setup.

Are the controller, chuck, turret, and automation equipment standard?

The standard equipment and available options vary by model. Confirm the controller, chuck, turret, tooling, chip conveyor, and any automation in the written configuration and quotation before placing an order.

How are inspection and acceptance requirements confirmed?

Agree on the applicable checks, test conditions, acceptance criteria, and required records for the selected machine and configuration. Ask which inspection or trial-operation evidence can be reviewed before shipment.

What should the quotation and delivery scope include?

Check the exact model and capacity, standard equipment, priced options, packing method, included documents, and destination. Installation, commissioning, training, spare parts, warranty, and local support responsibilities should be stated explicitly when applicable.