HOME
PRODUCT
ABOUT US
GALLARY
CONTACT
HOME
PRODUCT
ABOUT US
GALLARY
CONTACT
HOME
PRODUCT
ABOUT US
GALLARY
CONTACT
HOME
PRODUCT
ABOUT US
GALLARY
CONTACT
HOME
PRODUCT
ABOUT US
GALLARY
CONTACT
All Categories - plus auto solution
All
PLUS AUTO compatible system 3R
PLUS AUTO compatible Erowa
PA-15006P Parallel Gauging Pin | EDM/CNC Chuck Alignment Tool | ±0.002mm Flatness | EROWA-Compatible
Precision chuck alignment solution: The PA-15006P Parallel Gauging Pin (100×60×23mm) features ground flat top and side datum surfaces for quick chuck centering without rotation. Made from hardened Stainless Steel 420 (48-52 HRC) with ±0.002mm concentric tolerance. Perfect for EDM and CNC machine setup.
PA-16002Q 3-Axis Precision Control Jig | EROWA ER-008856 Replacement | WEDM Fixturing Solution |
Premium EROWA alternative: The PA-16002Q 3-Axis High Precision Control Jig (60×55×97.2mm) offers multi-axis adjustable workpiece positioning for WEDM applications. Made from Stainless Steel 420 (50-53 HRC), this rotatable vise provides 360° continuous rotation and three-axis fine adjustment at a competitive price point.
PA-15007P Extended Checking Pin | EROWA ER-010723 Replacement | Φ30×146mm | ITS Chuck Alignment | ±0
Extended-length alignment solution: The PA-15007P Checking Pin (Φ30×146mm) offers enhanced reach for ITS chuck positioning with ±0.005mm concentric tolerance. Made from Stainless Steel 420 (48-52 HRC), this hardened and ground pin provides precise radial, axial, and angular alignment at a fraction of EROWA's cost.
PA-16001Q V-Shape Wire-Cut EDM Holder | EROWA ER-016691 Replacement | ±0.005mm Concentric Tolerance
Precision wire-cut EDM solution: The PA-16001Q V-Shape EDM Holder (55×55×86.5mm) provides ±0.005mm concentric tolerance for EDM/WEDM applications. Made from Stainless Steel 420 (50-53 HRC), this V-block holder supports parts up to ø40×150mm with 1.5kg max load. Direct replacement for EROWA ER-016691.
PA-15008P D4 Ball Magnetic Centering Probe | EDM/CNC Reference Point | Φ38×100mm
Magnetic reference solution: The PA-15008P D4 Ball Magnetic Centering Probe provides a reliable reference point for workpiece centering on CNC/EDM tables. With Φ38×100mm size and Stainless Steel 420 construction (30-36 HRC), this magnetic probe ensures quick setup and accurate positioning.
PA-16004Q Adjustable Angle WEDM Holder | EROWA ER-017198 Replacement | 4000N Force |130×155×67mm
Advanced EROWA-compatible adjustable holder: The PA-16004Q Adjustable WEDM Holder (130×155×67mm) features angle-adjustable base with 4000N clamping force. Made from Nippon Stainless Steel (57-60 HRC), this precision fixture offers enhanced flexibility for wire-cut EDM applications at a competitive price point.
PA-16003Q Fixed Wire-Cut EDM Chuck | EROWA ER-022584 Replacement | 4000N Force |120×150×56mm
Premium EROWA ER-022584 alternative: The PA-16003Q Fixed Wire-Cut EDM Chuck (120×150×56mm) delivers 4000N clamping force with Nippon Stainless Steel construction (57-60 HRC). Includes stainless steel handle and offers direct compatibility with 100mm grid machine bases. Perfect for WEDM/EDM applications.
PA-15005P Gauging Pin | EROWA ER-008617 Replacement | ITS Chuck Alignment | ±0.002mm Concentric Tole
Precision ITS chuck alignment tool: The PA-15005P Gauging Pin (51×51×60mm) provides ±0.002mm concentric tolerance for radial, axial, and angular positioning of ITS chucks. Made from Stainless Steel 420 (48-52 HRC), this hardened and ground pin ensures perfect chuck centering during rotation.
PA-15010P D8 Ball Magnetic Centering Reference Probe | 8mm Precision Tip | EDM/CNC Alignment Tool
Premium magnetic reference probe: The PA-15010P D8 Ball Magnetic Centering Probe features an 8mm precision ball tip for superior visibility and accuracy in CNC/EDM workpiece alignment. With Φ38×100mm size and Stainless Steel 420 construction (30-36 HRC), this probe ensures reliable reference point establishment and rapid setup.
PA-15004P Spring-Loaded Centering Sensor | EROWA ER-008638 Replacement | XYZ Overrun Protection
Premium EROWA alternative: The PA-15004P Spring-Loaded Centering Sensor features XYZ 1mm overrun protection and 0.002mm repetition accuracy. With spring-loaded sensing pin and tungsten carbide ball, this D4 sensor offers automatic workpiece measurement in CNC EDM centers at a fraction of EROWA's price.
PA-15003P D8 Centering Sensor | 8mm Tungsten Carbide Ball | EDM Touch Probe | ±0.002mm Accuracy
High-visibility EDM centering sensor: The PA-15003P D8 Centering Sensor features an 8mm tungsten carbide ball for superior durability and clear visibility during workpiece positioning. With ±0.002mm concentric tolerance and Stainless Steel 420 construction (32-36 HRC), it ensures precise electrical contact detection for EDM spark machines.
PA-15002P D6 Centering Sensor | 6mm Tungsten Carbide Ball | EDM Touch Probe | ±0.002mm Accuracy
Precision EDM centering sensor with 6mm tungsten carbide ball: The PA-15002P D6 Centering Sensor provides accurate workpiece positioning with ±0.002mm concentric tolerance. Made from Stainless Steel 420 (32-36 HRC), this sensor offers reliable electrical contact detection for EDM spark machines and precision machining centers.
PA-15009P D6 Ball Magnetic Centering Probe | 6mm Reference Ball | EDM/CNC Workpiece Alignment
Enhanced magnetic centering solution: The PA-15009P D6 Ball Magnetic Centering Probe features a 6mm precision ball for superior reference point establishment on CNC/EDM tables. With Φ38×100mm size and Stainless Steel 420 construction (30-36 HRC), this probe ensures accurate workpiece alignment and rapid setup.
PA-15001P D4 Centering Sensor | EDM Touch Probe | EROWA ER-008638 Alternative | ±0.002mm Accuracy
Cost-effective EDM centering solution: The PA-15001P D4 Centering Sensor provides accurate workpiece positioning with ±0.002mm concentric tolerance. Made from Stainless Steel 420 (32-36 HRC), this fixed-pointer touch probe offers reliable electrical contact detection for EDM spark machines at an affordable price.
PA-12001M Manual Chuck D100 | EROWA ER-036345 Replacement | 10000N Clamping Force | Stainless Steel
Direct replacement for EROWA ER-036345 QuickChuck 100 P. The PA-12001M Manual Chuck D100 delivers 10,000N clamping force with Nippon Stainless Steel construction (57-60 HRC). Perfect for lathes, milling, grinding, and EDM applications. Includes stainless steel handle.
PA-12002M Manual Chuck D100 with 125×125 Base | EROWA-Compatible | 10000N Force | Rust-Proof
Enhanced EROWA-compatible solution: The PA-12002M Manual Chuck D100 features a integrated 125×125mm stainless steel base for superior stability and rust protection. Delivers 10,000N clamping force with Nippon Stainless Steel construction. Ideal for precision machining applications.
PA-12003M Manual Chuck D100 with CNC Base | EROWA ER-036345 Replacement | 10000N Force
CNC-ready EROWA alternative: The PA-12003M Manual Chuck D100 features a dedicated CNC base (145×100×72.5mm) for direct machine table mounting. Delivers 10,000N clamping force with Nippon Stainless Steel construction. Perfect for CNC machining centers and precision manufacturing.
PA-12004M Manual Chuck D100 with EDM Base | EROWA ER-036345 Replacement | 10000N Force | EDM Machine
EDM-optimized workholding solution: The PA-12004M Manual Chuck D100 features a dedicated EDM machine base with φ130x81mm footprint. Delivers 10,000N clamping force with Nippon Stainless Steel construction (57-60 HRC). Perfect replacement for EROWA ER-036345 in EDM and wire-cut applications.
PA-12005M Manual Chuck D100 with Vertical Base | Side Machining Solution | EROWA ER-036345 Compatibl
Vertical base innovation: The PA-12005M Manual Chuck D100 features a specialized vertical mounting base enabling direct side machining capabilities. Maintains 10,000N clamping force with Nippon Stainless Steel construction. Perfect for side operations and complex machining without additional fixtures.
PA-12006M Horizontal & Vertical Manual Chuck | Dual-Side Machining | EROWA ER-036345 Compatible
Show more
Explore your workshop limit
Clamp & Start
Get E-Catalogue by E-mail
PRODUCT RANGE
联系我们
Cookie Use
We use cookies to ensure a smooth browsing experience. By continuing we assume you accept the use of cookies.
Accept
Learn More