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CNC workholding manufacturer · Zhuhai, China

CNC workholding for quick changeovers

Reduce setup time with zero-point systems, 5-axis vises and custom fixtures. Our engineers review your machine, part and inspection requirements to recommend a practical configuration.

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NEXTAS 5-axis workholding setup with three self-centering vises on a zero-point base
5-axis vises on a zero-point base
<0.003 mmrepeatability · selected series
43,313 m²Audited plant area — assessed in the 2024 supplier profile
EngineeringMatch your machine and part
Founded 2009NEXTAS CO., LTD.

Published shop cases

Shorter changeovers. More time cutting.

Two published shop cases: a 94% cut in changeover time and a fixture change in under 90 seconds. See the NEXTAS setups behind each result.

4-axis changeover time cut by 94%

Before
A 42-minute on-machine changeover left the spindle waiting between short batches.
NEXTAS configuration
NT-S96P160V2 vises on a shared 96 mm zero-point 4-axis bridge, with the next job prepared off the machine while the spindle cuts.

Reported changeover resulta 94% cut in spindle downtime

See the setup behind the result

VMC 4+2: fixture changes in under 90 seconds

Before
Removing T-slot clamps, indicating the fixture and picking up the origin took 35–50 minutes per batch.
NEXTAS configuration
A four-station pneumatic zero-point zone for the first operation and an independent two-station zone for the second, with the next fixture staged off the machine.

Reported changeover resultFixture changeover under 90 seconds

See the setup behind the result

12 core products

One datum strategy, from vise to FMS

Choose a clamping interface, match the workpiece, then plan pallet transfer and automation.

Quick-change & 5-axis

Workpiece clamping & EDM

Fixtures & automation

Semiconductor datum transfer

Keep one reference from machining to inspection

Find out whether the shift comes from receiver reseating, the station handoff, or the upper fixture before changing hardware.

Map
Datum chain
CNC to CMM
Test
Clean reload
one interface
Release
Set limits
before data
Read the qualification guide
Automated CNC fixture setup NEXTAS zero-point workholding in an automated CNC fixture setup
Automated FMS transfer Automated FMS transfer setup with NEXTAS zero-point positioning

Engineering before quotation

From machine model to inspection plan

NEXTAS brings manufacturing and engineering together in Zhuhai, China. We review the machine interface, part geometry and production requirements, then define a workholding configuration and inspection plan for your application.

  1. 01
    Define the working layoutShare your machine model and part requirements. We review datum locations, tool access, mounting and the loads the fixture needs to support.
  2. 02
    Agree the inspection planReview the selected hardware against your accuracy requirements, then confirm the inspection method, acceptance criteria and required documentation.
  3. 03
    Compare a clear quotationReview the hardware, accessories, inspection and delivery scope, with pricing and estimated lead time. Include a target budget if available to help compare suitable standard and custom options.
Get a Configuration & Quote
NEXTAS precision manufacturing floor
43,313 m² Audited plant area 3 production lines in the 2024 supplier profile RFQ Inspection scope confirmed per project
TÜV Rheinland supplier assessment

MIC-ASI2411114 · · Zhuhai site

View assessment details

45-second company overview

CNC workholding manufacturing in Zhuhai, China

See the people, production environment and core workholding products at NEXTAS in Zhuhai, China.

Official NEXTAS video0:45Plays on request
Explore our factory View supplier assessment
Official NEXTAS company overview showing the facility, team, and CNC workholding products.
Watch on YouTube

Engineering buyer FAQ

Technical answers before you quote a fixture

NEXTAS zero-point clamping system for precision CNC workholding
01What is the repeatability of your zero-point systems?

Selected zero-point system series publish repeatability down to <0.003 mm. The applicable inspection method, acceptance criteria, and measurement records are confirmed for the quoted model and project before order.

02What materials are your core components made from and what is their hardness?

Material, heat treatment and hardness vary by model and component. Send us the model and component number so our engineers can check the selected drawing and available material, heat-treatment and inspection records with you.

03How does the self-cleaning function work in your automation chucks?

On selected E-Series chuck configurations equipped with air-blast channels, compressed air clears chips and coolant from the seating interfaces during unclamping. Confirm that the selected model includes this function and meets your air-supply requirements.

04Do you offer customized workholding solutions for unique applications?

Yes. Share the part drawing, machine model and production volume. Our engineers can develop the fixture concept and manufacture the finished hardware.

05For 5-axis machining of thin-walled or delicate parts, what workholding do you recommend?

Dovetail fixtures can provide five-side tool access with a small gripping area. Confirm the selected model-specific dovetail geometry, stock allowance, clamping load and part-distortion limits against your drawing and machining process.

06How does the self-centering vise maintain accuracy over time?

The catalogue lists repeat-clamping accuracy below 0.02 mm for the S52/S96 series. Follow the selected model’s maintenance instructions and recheck the datum after jaw changes or abnormal readings; agree the measurement method and acceptance criteria for your setup.

07Is this website related to NEXTAS CO., LTD?

Yes. This is the dedicated international website for NEXTAS workholding solutions, engineering support and manufacturing capabilities.

08Can NEXTAS help me plan a cost-effective workholding setup?

Yes. Share your machine, part, production volume and any target budget. Our engineers can compare standard and custom options, identify the required hardware and define the inspection scope. You can then review the quotation alongside your setup-time goals and purchasing plan. A fixed budget is not required to start.

Send the machine. Describe the bottleneck.

Share your machine model, part and setup bottleneck for a quotation review. Complete drawings can follow.

Tell us about your machine, workpiece, quantity and setup goal. You can also include a target budget and delivery destination.

Add company and setup details (optional)

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  • Engineering review before quotation
  • Initial response within 1 business day; detailed setup direction follows after review
  • Your project information is never resold