Let Sino's Lamination Stacks Empower Your Project!
To speed up your project, you can label Lamination Stacks with details such as tolerance, material, surface finish, whether or not oxidized insulation is required, quantity, and more.
Motor Lamination Stacking Automation: How to Reduce Misalignment, Burr Risk, and Scrap Before Joining
What This Article Covers Motor lamination stacking is not just a sheet-handling process. It is where a motor core…
Cleaning Stamped Laminations: Removing Oil Without Damaging Coatings
Quick Reference: Coating Class vs. Recommended Cleaning Method Before anything else — if you’re in a hurry, here’s the…
Stamping Lubrication for Electrical Steel: Balancing Tool Life and Cleanliness
Key Takeaways Why Electrical Steel Requires Specialized Stamping Lubrication Electrical steel isn’t regular carbon steel. It carries an insulation…
Rotor Lamination Geometry and Aluminum Die Casting Defects
Key Takeaways Why Lamination Geometry Matters in Aluminum Rotor Die Casting In an aluminum die cast rotor, the lamination…
Epoxy Powder Coating on Laminations: Performance Limits, Process Risks, and a Practical Selection Guide
Quick answer Epoxy powder coating on laminations can work well when the job is simple in one specific way:…
Adhesive Bonding for Lamination Stacks: How to Select an Adhesive for Heat and Oil Exposure
If a lamination stack will run hot, see oil, and live with cyclic load, the adhesive should be selected…
Riveting and clinching lamination stacks: strength vs magnetic impact
Lamination stacks only work because each sheet is insulated from the next. That sounds obvious. It matters anyway. The…
Motor Lamination Stack Welding (Laser vs TIG): How to Avoid Distortion Without Trading Away Core Performance
If distortion is the problem, start here: cut heat input, clamp the stack more evenly, and stop running more weld…
Stress-Relief Annealing for Motor Laminations: When It Improves Loss
Stress-relief annealing improves loss in motor laminations when the extra loss is mainly coming from cutting damage, residual stress, and local plastic…
Die Wear in Lamination Stamping: Causes, Monitoring, and Preventive Maintenance
Lamination dies rarely fail in a dramatic way. More often, the line keeps running, parts still look close enough,…
How to Design a Stamping Die for Thin Electrical Steel Without Wrinkling
Thin electrical steel is used for one reason above the others: lower thickness helps cut high-frequency iron loss. In…
Die Design for Motor Laminations: Key Tolerances, Pilots, and Slug Control
Lamination stacks are unforgiving. A stamped part can look clean on the bench and still behave badly once it…
English 
German 
Spanish 
French 
Italian 
Japanese 
Korean 
Dutch 
Indonesian