Explore CNC workholding from NEXTAS in Zhuhai, China. Compare zero-point systems, vises, chucks and custom fixtures, then work with our engineers to match the configuration to your machine, part and production goals.
Product directory
Search by product, process or production goal.
Zero-Point Systems
Set up fixtures off the machine, then exchange them on the same repeatable datum.
Change a complete vise or fixture setup on a manual zero-point plate. No air connection is needed.
Give robots and pallet pools a repeatable, hands-free clamping interface.
Use a compact receiver family for automated pallets and repeatable changeover where space is limited.
Manual plates that locate 52 mm and 96 mm pull studs
Manual raised plates for 52 mm and 96 mm pull studs
Right-angle fixture mounting for manual 52 mm and 96 mm zero-point setups.
Catalogue studs for the 52 mm and 96 mm plate rows
Sensor-equipped zero-point interfaces with selectable NPN/PNP output.
Vises & Fixtures
Center parts automatically while keeping the fixture body low for five-side machining.
Use pneumatic or hydraulic clamping for repeated loading, with the body size and jaws matched to the part.
Hold with minimal stock preparation while opening tool access around complex parts.
Chucks
Clamp irregular blanks at four floating contact points, using one lead screw.
Move ITS-style holders through EDM, WEDM, grinding, and inspection on one datum.
Carry one reference through CNC, EDM, presetting, and inspection with pneumatic or manual formats.
Automation & FMS
Connect pallet storage, robotic transfer, and clamp-state feedback around one datum.
Compare manual and APC specs, then send machine, pallet size and load for an engineering quote.
Move pallets manually between two stations while the next fixture is prepared off the machine.
Coordinate multi-machine scheduling, traceability, tools, and inspection around the cell.
Custom Engineering
Build dedicated workholding for stable, repeatable high-volume production.
Build dense HMC, VMC, rotary-table, and pallet setups around rigid fixture faces.
Machine and validate samples before production tooling or fixture standardization.
Quick selection guide
Compare the receiver, plate and upper fixture as one stack. Confirm the machine interface, part geometry, tolerance and the operator or robot loading path.
Standardize the datum for fixture and pallet changes. Verify receiver and pull-stud pairing and check the datum at each station.
Choose low-profile holding, jaw access, and part support before comparing footprints.
Plan the clamp signal, pallet hand-off, storage, and recovery sequence as one system.
Choose the holder ecosystem and transfer chain before choosing a chuck body.
Engineer the locating, clamping sequence, chip clearance, and acceptance checks around the part.
01Zero-Point SystemsFast, repeatable part loading with zero-point accuracy.View zero-point systems
02Vises & FixturesSelf-centering vises and fixtures for 3-, 4-, and 5-axis machining.View vises & fixtures
03ChucksDatum chucks and floating jaws for repeatable clamping and transfer.View chucks
04Automation & FMSPallets, clamps, and solutions for automated production cells.View automation & FMS
05Custom EngineeringApplication-specific fixtures. Send the part, machine interface, and locating plan for a fixture review.View custom engineering
Published shop cases
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.
Reported changeover resulta 94% cut in spindle downtime
See the setup behind the resultReported changeover resultFixture changeover under 90 seconds
See the setup behind the resultEngineering before quotation
Share your machine and part to get a workholding direction that connects the datum interface, upper fixture and changeover method. NEXTAS can review the selected scope for quotation.
Engineering buyer FAQ
Exact repeatability, force, interface, and maintenance requirements still depend on the chosen product and installation.
Ask a technical questionThe catalogue lists repeat-clamping accuracy below 0.02 mm for the S52/S96 series. Confirm the selected model, jaw setup, measurement method and acceptance criteria before ordering.
Prepare the next fixture off the machine, then exchange it on a matched zero-point interface. Check receiver and pull-stud compatibility and verify the datum at each station before reusing the work offset.
Choose pneumatic clamping for repetitive or automated loading where cycle speed and consistent clamping force matter. Confirm air quality, pressure, clamp confirmation, and the safe state before unattended use.
It is a strong starting point for 5-axis parts that need low-profile holding and access around five sides. The raw material needs a small dovetail preparation before clamping.
E-Series is centered on ITS-style EDM, WEDM, grinding, and inspection transfer. R-Series is a broader pneumatic and manual datum family for CNC, EDM, presetting, and metrology workflows.
This is the dedicated international website for NEXTAS workholding solutions. Product information, engineering support, and manufacturing capabilities are supported by NEXTAS CO., LTD.