01Aerospace
5-axis complex parts
Watch: Tool interference and thin-wall distortion
Open the aerospace fixture page
Application engineering / six industries
Match the fixture to the way the part actually moves.
Find a workholding route for your part and production goal. Compare datum control, tool access and changeover options, then plan the next step from manual setup to automation.
EstablishedSince 2009
Audited production3 production lines
Assessed QA/QC team7 inspectors
One datum, fewer surprises
Design the handoff before choosing the hardware.
Build the locating, clamping and transfer sequence around the surfaces that control your part. Carry that datum plan from the first operation through inspection.
- 01
Define the functional datum
Separate the surfaces that control geometry from the areas available for clamping.
- 02
Open the tool and chip path
Check reach, spindle clearance, load direction, and how chips leave every contact surface.
- 03
Plan the next operation
Keep a repeatable interface for re-clamping, inspection, palletizing, or future robot loading.
Selection matrix
Choose workholding for the part you are machining.
Compare fixture approaches for your machining job, loading method and next operation.
Compare the P75, P110 and P150 vise family for jaw clamping, or pneumatic zero-point plates for fixture and pallet changes.
| Machining job | Primary risk | Starting direction |
|---|---|---|
| 5-axis complex partsAerospace | Tool interference and thin-wall distortion | Open the aerospace fixture page |
| Repeat-volume housingsAutomotive | Loading variation and station downtime | Hydraulic fixture + standardized datum |
| Small delicate componentsMedical | Clamp marks and geometry shift | Balanced low-profile clamping |
| Milling-to-EDM transferMold & Die | Datum loss between operations | E-Series chuck interface |
| Large-format EV componentsNew Energy | Fixture scale-up and changeover consistency | Pneumatic zero-point platform |
| Precision equipment partsSemiconductor | Stack-up drift through inspection handoffs | BDS positioning datum |
02Automotive
Repeat-volume housings
Watch: Loading variation and station downtime
Hydraulic fixture + standardized datum03Medical
Small delicate components
Watch: Clamp marks and geometry shift
Balanced low-profile clamping04Mold & Die
Milling-to-EDM transfer
Watch: Datum loss between operations
E-Series chuck interface05New Energy
Large-format EV components
Watch: Fixture scale-up and changeover consistency
Pneumatic zero-point platform06Semiconductor
Precision equipment parts
Watch: Stack-up drift through inspection handoffs
BDS positioning datumManufacturing proof
A review backed by an established manufacturing team.
Bring your application to a manufacturing team with production and inspection resources documented in supplier assessment report MIC-ASI2411114.
Established
A long-term focus on CNC workholding, fixture interfaces, and production support.
QA/QC inspectors
Recorded for the assessed Zhuhai facility in supplier assessment report MIC-ASI2411114.
Production lines
Recorded for the assessed Zhuhai facility in supplier assessment report MIC-ASI2411114.
Production-line and QA/QC counts refer to the assessed Zhuhai facility in report MIC-ASI2411114.
Application review workflow
From drawing to a fixture direction in three clear steps.
Map the process
Review the drawing and operations against the machine envelope, cutting loads and required tolerances. Identify the critical datums and current bottleneck.
Compare fixture routes
Compare standard and custom options by rigidity, access, transfer logic, maintenance and automation needs. Confirm which quality and compliance documents apply to the quoted product, manufacturing scope, destination market and buyer requirements.
Validate the setup
Confirm fit, collision clearance, loading sequence, clamp behavior, repeatability and trial-cut criteria for the selected product, machine, part and process.
Before you send the drawing
Application review FAQ
01Where should an application review start?
Start with a drawing or clear photos and a short description of the operation. Add the machine model if available. We can discuss a suitable holding approach first, then work through datums, loads and inspection requirements during the design review.
02Can a manual setup be designed for automation later?
Yes. A manual-first project can preserve the same locating and clamping interface for later pallet or robot loading, provided that access, sensing, chip control, and service connections are considered early.
03Do we need to choose a NEXTAS product before contacting you?
No. Share the process and risk first. The review can then identify whether a standard zero-point, vise, chuck, automation product, or custom fixture is the practical route.
Ready for a practical recommendation?
Show us the part. We’ll help map the fixture path.
No product shortlist required—start with the setup risk and production goal.