ITS-style datum chuck platform for EDM, WEDM, grinding, CMM and electrode preparation workflows.
Use the E-Series when the real need is one repeatable reference that follows electrodes or precision parts across EDM-related stations. Instead of reading the page as one long list of Model 100 variants, start by locking the holder standard, transfer chain, and air-routing limits that decide which chuck style fits.
The E-Series is intended for ITS-style electrode and precision-part transfer across EDM, WEDM, preparation, grinding, and inspection stations. Select it only after the exact holder, adaptive spigot, chuck orientation, mounting, stack height, loads, air circuit, and acceptance method are verified for every station; a shared family name does not prove interchangeability. Compare the R-Series when the required machine-side interface follows a System 3R-style route.
Engineering boundary: <0.003 mm is catalog-listed component data for NT-S100P100V1, NT-S100P100V2, NT-S100P100V3 and NT-S100P80V1, not a complete-process guarantee. ITS 50 / ER-036345-style fit, air-loss behavior and automation suitability require the approved model drawing plus verification of holder and spigot geometry, mounting, load and orientation, pneumatic circuit, sensing, safety-related controls, and the complete machine/cell risk assessment.
Best fit
Choose this route when one datum reference must follow the EDM chain
Best for electrode and precision-part workflows that need repeatable transfer between EDM, WEDM, grinding, presetting, and inspection.
Compare first
Check holder standard, chuck orientation, and air access
That usually decides whether a standard pneumatic, side-vertical, or right-angle layout is the cleanest fit before model-by-model comparison.
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Jump straight to the decision section you need
Use the shortcuts below when the real bottleneck is selection, integration, or maintenance planning.
Current product data describes mechanical self-locking clamping with pneumatic release on the four listed models. Confirm the exact model drawing, holder and spigot, load direction, pneumatic circuit, air-loss state, monitoring, and acceptance method; installed datum transfer, changeover, and automation results require FAT/SAT validation in the complete process.
The catalogue lists hardened stainless-steel construction. Cleaning, airtightness monitoring, internal passages, sealing, and port functions can depend on the selected model and circuit; confirm the approved drawing, manual, environment, and order scope before release.
Catalogue-aligned data for the four currently listed E-Series models. Values describe the named component under its specified conditions; they are not blanket limits or guarantees for the holder stack, robot payload, machining load, cross-machine datum, or finished process.
| Parameter | Catalog-listed variants |
|---|---|
| Model family | NT-S100P100V1 / NT-S100P100V2 / NT-S100P100V3 / NT-S100P80V1 |
| Positioning concept | Mechanical self-locking datum chuck with pneumatic release |
| Repeat positioning accuracy | <0.003 mm |
| Clamping force | >6,000 N (NT-S100P100V1 / V2 / V3), 4,000 N (NT-S100P80V1) |
| Clamping load | 15 kg listed for NT-S100P80V1 |
| Operating pressure | 0.5–0.8 MPa |
| Adaptive spigot no. | NT-S200P55V2 is the catalogue-associated spigot reference; verify the exact chuck model, revision, holder geometry, and approved drawing. |
| Material | Hardened stainless steel |
| Weight range | 2.0 kg / 5.3 kg / 7.1 kg / 17.7 kg depending on variant |
| Model | Configuration | Repeatability | Clamping | Pressure | Weight |
|---|---|---|---|---|---|
| NT-S100P100V1 | Model 100 Pneumatic Chuck | <0.003 mm | >6,000 N | 0.5–0.8 MPa | 5.3 kg |
| NT-S100P100V2 | Model 100 Side Vertical Pneumatic Chuck | <0.003 mm | >6,000 N | 0.5–0.8 MPa | 7.1 kg |
| NT-S100P100V3 | Model 100 Right Angle Pneumatic Chuck | <0.003 mm | >6,000 N | 0.5–0.8 MPa | 17.7 kg |
| NT-S100P80V1 | EDM Pneumatic Chuck | <0.003 mm | 4,000 N / 15 kg load | 0.5–0.8 MPa | 2.0 kg |
Model 100 variant matrix
The catalogue lists positioning plates and a clamping-spigot reference alongside the chuck bodies. Treat each as a candidate order component and verify its exact model, revision, geometry, mounting, and approved interface drawing before release.
| Accessory | Model | Configuration / detail | Material | Weight |
|---|---|---|---|---|
| Powerful positioning plate | NT-S100P90V1 | Each positioning plate contains 8 × M8 supporting feet. | Hardened stainless steel | 0.15 kg |
| Powerful positioning plate | NT-S100P90V2 | 4 × M8 support feet + 4 × M5 screws. | Hardened stainless steel | 0.11 kg |
| 50 positioning plate | NT-S100P50V1 | Each positioning plate contains 4 × M8 support feet. | Hardened stainless steel | 0.03 kg |
| Matching clamping spigot | NT-S200P55V2 | Catalogue-associated spigot candidate for Model 100 configurations; verify the exact chuck model, revision, holder geometry, and approved drawing before order release. | Hardened stainless steel | 0.08 kg |
Why this matters: component repeatability alone does not qualify the transfer chain. Release the order only after the holder-side plate, spigot geometry, mounting stack, loads, environment, and measurement method are verified for every bench, machine, and inspection station.
Treat the E-Series as a model-specific datum component, not a generic interchangeable chuck. Select by exact holder and spigot geometry, mounting pattern, orientation, stack height, load and centre of gravity, machine access, environment, pneumatic circuit, options, and agreed acceptance method; verify every station before order release.
A selected E-Series configuration can be evaluated for die-sinking or wire EDM after the exact model, holder interface, load, dielectric environment, cleaning, and measurement plan are validated.
A verified holder stack may support offline preparation and high-speed electrode milling. Confirm rigidity, balance, dynamic load, tool clearance, and the measured changeover baseline for the selected configuration.
A selected and qualified datum stack can support grinding or jig-grinding transfer; tolerance and surface-finish results depend on the complete mounting, load, environment, machine, and measurement process.
A verified common-holder route may support transfer among electrode preparation, EDM, and inspection. Measure datum shift, process capability, and lead-time change for every qualified station instead of assuming a universal result.
12-second product view
This vertical clip provides a clear visual reference for the E-Series chuck body and machine-table setup. It does not demonstrate EDM results, ITS compatibility, clamping force or repeatability; use the specifications and commissioning checks on this page for those decisions.
Continue to Selection & IntegrationSecondary reference notes for model selection, site integration, and condition-based maintenance. Apply only the selected drawing, manual, environment, and agreed FAT/SAT plan; these notes do not guarantee long-run or unattended results.
Need a model drawing, ITS-style compatibility review, mounting pattern, or air-circuit check before release?
Request engineering reviewThese images are layout and application references, not proof of a named customer, exact model, compatibility, repeatability, cycle time, or production result. Validate the selected configuration and process independently.
E-SERIES VARIANTS
The catalogue lists single-station, lateral, right-angle, and EDM body variants. Before PO release, verify the exact model, holder and spigot geometry, mounting, load and orientation, circuit, ports, options, and approved drawing; the family name alone does not prove a shared interface.
Published <0.003 mm repeat positioning accuracy is model-specific component data. Installed repeatability depends on the selected chuck, holder and spigot, mounting stack, load, environment, cleaning, temperature, circuit, and measurement method; define project-specific FAT/SAT acceptance before production.
Robot-cell boundary: clamp, seating, and pressure signals may support process control, but they are not automatically safety-rated and cannot replace guarding, a validated safety-related control system, failure-state analysis, safe-state and recovery logic, complete-cell risk assessment, or FAT/SAT.
Use a project-specific purchase, FAT, and SAT plan to verify the selected model, holder and spigot, mounting, loads, environment, circuit, fault states, repeatability method, and complete-cell acceptance criteria.
Include in the RFQ: exact machine and station drawings, holder and pallet standard, selected spigot, mounting stack, loads and orientation, EDM/coolant environment, circuit and ports, expected cycles, sensing and control scope, risk-assessment boundary, and proposed FAT/SAT acceptance method.
Catalog data lists <0.003 mm repeat positioning accuracy for NT-S100P100V1, NT-S100P100V2, NT-S100P100V3, and NT-S100P80V1. This is model data, not a complete-process guarantee; verify the selected chuck, holder and spigot, mounting stack, environment, load, measurement method, and installed process during FAT/SAT.
The four listed models use pneumatic release with mechanical self-locking clamping. Catalog-listed force is >6,000 N for NT-S100P100V1, NT-S100P100V2, and NT-S100P100V3, while NT-S100P80V1 lists 4,000 N and a 15 kg clamping load. The 15 kg value is not a blanket workpiece load, robot payload, dynamic load, or machining-load rating. Confirm the selected drawing, load direction, pneumatic circuit, and air-loss behavior; loss of air alone does not prove that a machine or robot cell is safe.
The page identifies an ITS 50 / ER-036345-style application route, not blanket interchangeability. Before order release, confirm the exact holder and adaptive-spigot geometry, mounting pattern, orientation, stack height, load, and machine-side drawing for every station.
The E-Series is a candidate for die-sinking EDM, WEDM pallet transfer, electrode preparation, grinding, and inspection when the selected model, holder interface, environment, and validation plan fit the process. Suitability and results are application-specific.
Where the selected model and circuit include an air-blast or cleaning function, use it as one process-cleaning step and define wipe, purge, and inspection intervals for the actual dielectric, graphite, or chip load and sealing arrangement. Air blast does not by itself prove clean seating or installed repeatability.
Published operating pressure is 0.5–0.8 MPa for the four listed models. Confirm the selected drawing and circuit, then specify air quality, filtration, drying, drainage, hose and valve sizing, and maintenance for the site; do not treat a generic filter grade or line length as a universal requirement.
Use verified holders and spigots plus a traceable master holder or gauge at each station. Establish the datum and measurement method, then record periodic results for every machine; a shared holder style alone does not guarantee the same installed Z reference or eliminate requalification.
Integration is possible only after the selected chuck, holder, payload, orientation, pneumatic circuit, sensing, control logic, guarding, and failure states are validated as a complete cell. Clamp, seating, and pressure signals may support process control, but they are not automatically safety-rated and do not replace the cell risk assessment, safety-related control system, FAT/SAT, or acceptance criteria.
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Products that may support a verified E-Series transfer route; compatibility, cycle time, and unattended operation depend on the selected interfaces and validated cell.
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