CONCEPT PM-01Fine pole / precision
Fine-Pole Rectangular
- Pole layout
- Fine / micro pole concept
- Applications
- Grinding · Inspection
PERMANENT MAGNETIC CHUCK / CUSTOM WORKHOLDING
Permanent Magnetic Chucks
Built Around Your Workpiece.
Reliable magnetic holding without continuous electrical power. Explore practical configurations for grinding, inspection and suitable machining tasks—or work with us on a chuck designed for your part and machine.
Workpiece-led selectionCustom pole & mounting layoutManufacturing & inspection support
01 / PERMANENT MAGNETIC CHUCK
A practical magnetic foundation for precise workholding.
You may need more contact, better access or a different mounting footprint—not just another catalog size. Begin with your workpiece, then select the holding surface and structure.
Holding conceptA magnetic circuit provides holding force through a suitable ferromagnetic workpiece.
02 / HOW IT WORKS
What is a permanent magnetic chuck?
A permanent magnetic chuck uses permanent magnets to create a magnetic field through its working surface. With a suitable ferromagnetic workpiece in contact, that field produces holding force. A mechanical ON/OFF mechanism is commonly used to switch the circuit between holding and release states.
Because the holding field does not require ongoing power, these chucks are useful for many surface grinding and precision holding tasks. The actual holding performance still depends on the material, contact area, air gap, surface finish and the forces generated by your operation.
01Material mattersThe part must be sufficiently magnetic; many non-ferrous materials cannot be held directly.
02Contact mattersFlatness, surface condition and effective pole coverage affect real holding performance.
03Process mattersCutting loads and lift or sliding forces must be checked before selection.
03 / PERMANENT CHUCK SELECTION
Select a starting point. Customize it for your workpiece.
Start with your machining conditions. Review an initial recommendation, then explore a short list of chuck configurations. Every nonstandard application can be discussed with our engineering team.
PRELIMINARY CONFIGURATION01 / 03
Fine-pole grinding configuration
Start with part geometry, holding contact and process forces. The final solution still needs engineering review.
Illustrative selection guidance only. It does not confirm magnetic holding force, safety or compatibility without workpiece data and application testing.
Available starting configurations
A quick view of the range—not a separate product catalog. Select a concept for technical review or request a made-to-fit fixture.
CONCEPT PM-01
CONCEPT PM-02Standard pole / general
Standard-Pole Rectangular
- Pole layout
- Standard pole concept
- Applications
- Grinding · Inspection
CONCEPT PM-03Micro pole / small parts
Micro-Pole Precision
- Pole layout
- Fine / micro pole concept
- Applications
- Grinding · Inspection
CONCEPT PM-04Extended length / long parts
Long-Table Rectangular
- Pole layout
- Standard pole concept
- Applications
- Grinding · Inspection
CONCEPT PM-05Large footprint / reinforced
Heavy-Duty Rectangular
- Pole layout
- Standard pole concept
- Applications
- Grinding · Milling
CONCEPT PM-06Round face / fine pole
Circular Fine-Pole
- Pole layout
- Circular pole concept
- Applications
- Grinding · Inspection
CONCEPT PM-07Round face / general
Circular Standard-Pole
- Pole layout
- Circular pole concept
- Applications
- Grinding · Inspection
CONCEPT PM-08Low height / machine clearance
Low-Profile Rectangular
- Pole layout
- Fine / micro pole concept
- Applications
- Grinding · Inspection
CONCEPT PM-09Contoured part / special seating
V-Block / Profile Fixture
- Pole layout
- Custom pole arrangement
- Applications
- Grinding · Inspection
CONCEPT PM-10Nonstandard / engineered to drawing
Custom Permanent Fixture
- Pole layout
- Custom pole arrangement
- Applications
- Grinding · Inspection · Milling
No direct configuration match.
Try a broader filter, or submit your workpiece for a custom engineering review.
YOUR CURRENT STARTING POINTCustom design is always available
Share your drawing if none of these starting configurations fits your machine or part.
These are illustrative configuration families, not published product specifications. Actual models, dimensional limits and measured holding force must be confirmed from verified technical documentation. Magnetic holding suitability requires engineering review.
APPLICATION-LED ENGINEERING04 / CUSTOM ENGINEERING
No standard size?
Let's build around your part.
Define the contact surface, machine envelope and loading conditions first. Then review the magnetic circuit and mechanical features as one complete workholding system.
01Footprint & mountingLength, width, height, fixing holes and machine-table interface.
02Pole & magnetic layoutMagnetic distribution based on geometry and effective contact.
03Location & supportStops, support blocks, reference edges and access for tools.
04Inspection & acceptanceAgreed dimensions, operating checks and relevant test records.
05 / APPLICATION REFERENCES
Different parts.
Different holding decisions.
Verified case stories should show the workpiece, the constraint, the chosen holding approach and the checked result. Click a case on the right to update the main display on the left.
CASE / PRECISION GRINDING
Large flat steel plates with tight flatness control
This type of project needs even contact, stable support and predictable release during grinding. The selected permanent magnetic chuck has to balance holding reliability with grinding accuracy.
Case scenariosClick a case to update the left display
GRINDING CASEFlat plates & mold basesLarge contact areas, grinding accuracy and stable release.
MILLING CASEBlocks & mold insertsStops, support points and machining force all matter.
ROUND-PART CASERings & disc componentsConcentricity, contact ring and safe limits come first.
CUSTOM CASEThin & irregular partsWhen standard models are not enough, move to custom design.06 / ORDER & PROJECT PROCESS
From your drawing
to a ready-to-use chuck.
A clearer made-to-fit workholding path, from the first technical review to shipment and post-delivery support. Each step keeps the part, machine and agreed requirements in focus.
01
Share Your Drawing
Send the workpiece geometry, material, machine model and machining operation.
02
Application Review
Check magnetic suitability, contact area, force direction and part constraints.
03
Confirm the Solution
Review chuck layout, mounting method, working face and support concept.
04
Drawing Approval
Confirm dimensions, structure details and the final technical requirements.
05
Machining & Assembly
Machine the key parts, assemble the magnetic structure and prepare for inspection.
06
Inspect & Verify
Check dimensions, appearance, function and agreed magnetic testing conditions.
07
Pack for Shipment
Protect the working face, prepare labels and include agreed reports or documents.
08
Deliver & Support
Arrange shipment and stay available for installation, operation and follow-up support.
START WITH A DRAWING, EVEN IF YOU HAVE NOT CHOSEN A CHUCK MODEL.
07 / ENGINEERING & TECHNICAL SUPPORT
APPLICATION-LED SUPPORTMore than a chuck.
Support for your process.
From selecting an appropriate magnetic holding surface to reviewing machine mounting, our support stays focused on your actual part and machining conditions.
Feasibility & Selection
Check magnetic response, available contact area, load direction and whether supplementary stops are needed.
Fixture & Mounting Design
Review footprint, pole layout, height, mounting pattern and the required support points.
Technical Drawings & Review
Coordinate drawings, operating guidance and acceptance criteria for the selected configuration.
Documentation & After-Sales
Confirm inspection documents, packing requirements and post-delivery technical contact.
08 / WORKSHOP & EQUIPMENT
See the workshop.
Know the process.
Representative views of the machining, finishing, assembly and inspection equipment involved in magnetic workholding production. Replace these image references with photos of your actual factory before launch.
Have a special chuck size, mounting interface or holding layout? We can review your drawing before defining the production approach.
09 / TESTING & DOCUMENTATION
Watch the test.
Review the records.
One prominent testing-video area and four document slots for relevant certificates or inspection reports. The example covers are layout placeholders, not genuine issued certificates.
VIDEO / TESTING DEMONSTRATION
Permanent Magnetic Chuck Testing
Show the test method, workpiece conditions, instrument and verification criteria in the real video.
Reports & Certifications4 document positions
01MAGNETIC
TEST REPORTDOCUMENT SLOT
TEST REPORTDOCUMENT SLOT
Holding Force Test
Test setup, conditions and results.
02FIELD
INSPECTIONDOCUMENT SLOT
INSPECTIONDOCUMENT SLOT
Magnetic Field Check
Measurement method and locations.
03DIMENSIONAL
REPORTDOCUMENT SLOT
REPORTDOCUMENT SLOT
Dimensional Inspection
Critical sizes and surface checks.
04QUALITY
DOCUMENTDOCUMENT SLOT
DOCUMENTDOCUMENT SLOT
Certificate / QC Record
Insert an applicable issued document.
Template only: upload real MP4 footage and replace each report slot with a verified, publishable document. No certificate or measurement result is implied by these placeholders.
10 / MACHINING APPLICATIONS
Explore the process behind the fixture.
11 / CARE & MAINTENANCE
Protect the working surface.
Protect your accuracy.
A well-maintained chuck helps preserve repeatable contact and predictable operation. Follow the instructions supplied with the actual chuck model.
01Keep contact faces cleanRemove swarf, grit, chips and residue from the contact surface.
02Inspect wear and damageCheck surfaces, mechanical actuation and mounting points.
03Verify safe releaseFollow the recommended operating steps and handle residual magnetism.
04Check holding conditionsReassess material, contact and machining forces if the process changes.
12 / FREQUENTLY ASKED QUESTIONS
Questions before your project starts.
Straight answers about company type, OEM customization, production, verification, delivery and support.
01Are you a manufacturer or a trading company?+
We operate as an integrated manufacturing and trading business, coordinating engineering, production, quality checks and international delivery. The specific production steps and facilities for your order can be explained during project review.
02Can you produce OEM or custom permanent magnetic chucks?+
Custom sizes, pole layouts, mounting patterns and workpiece supports can be assessed from your drawing. The feasible configuration, tolerances and acceptance criteria must be agreed before production.
03How long does production and delivery take?+
Lead time depends on the selected design, material availability, machining requirements, verification and destination. We provide an estimated schedule after confirming your specifications rather than promising a fixed lead time for every project.
04What testing and reports can you provide?+
Depending on the ordered configuration, relevant evidence may include magnetic field checks, holding tests with stated conditions, dimensional inspection and operational verification. Ask us which original records will be supplied with your project.
05What after-sales support is available?+
We can coordinate installation information, operating guidance, technical questions and replacement-part requests, subject to the support terms agreed for your order.
06What information is needed for an accurate quotation?+
Send the workpiece drawing or dimensions, material grade, machine model and table interface, operation, contact area and any special mounting, safety or performance requirements.
07Can a permanent magnetic chuck be used for milling?+
Some light machining applications may be technically feasible, but lateral cutting forces, workpiece contact, support and mechanical stops require engineering assessment. A magnetic chuck should not be selected on nominal holding-force data alone.
Have an unusual part or machine interface?
YOUR PART. YOUR MACHINE. YOUR SOLUTION.
Need a standard chuck—or a custom magnetic fixture?
Send the part drawing and machining conditions. We will help you review an appropriate workholding direction.
13 / TECHNICAL READING
Permanent vs. Electromagnetic vs. Electro-Permanent