English
Marigold Blog
How to Match Fillet Radius of CNC Parts with Post-Processing? Avoid Coating PeelingFor mechanical engineers, design engineers, and procurement managers in medical devices, robotics & automation, and automotive R&D, coating peeling on CNC parts is a costly frustration. A peeled coating doesn’t just ruin the part’s appearance—it comp
Created on 10.14
What to Check for a CNC Supplier’s ISO 13485 Certification? Avoid Compliance FraudFor mechanical engineers, design engineers, and procurement managers in medical device R&D—from diagnostic instruments to orthopedic tools—ISO 13485 certification isn’t just a “nice-to-have”: it’s a regulatory must. But not all “ISO 13485-certified”
Created on 10.11
Choosing a CNC Supplier in China? Avoid These 4 Critical PitfallsFor mechanical engineers, design engineers, and procurement managers in medical devices, robotics & automation, and automotive R&D, partnering with a CNC supplier in China can cut costs—but it also comes with hidden risks. From fake certifications to
Created on 10.10
Small-Batch Sheet Metal Fabrication: How to Find a Reliable Supplier # Small-Batch Sheet Metal Fabrication: How to Find a Reliable Supplier For mechanical engineers, design engineers, and procurement managers in industries like medical devices, robotics & automation, and automotive new product R&D, finding a reliable
Created on 10.09
Can My CAD File for Biotech CNC Parts Be Used Directly? 5 Errors to CheckFor mechanical engineers, design engineers, and procurement managers in biotech R&D—working on CNC parts like diagnostic instrument components, reagent cartridge housings, or lab equipment frames—CAD file errors are a hidden risk. Using a flawed CAD
Created on 10.08
Designing CNC-Threaded Holes for Orthopedic Instruments: How to Prevent Thread StrippingFor mechanical engineers, design engineers, and procurement managers in orthopedic device R&D (e.g., bone screws, surgical forceps, implantable tool holders), thread stripping in CNC-machined holes is a critical risk. It leads to part failure during
Created on 10.07
CNC Parts for Medical Devices: Tolerance Labeling Mistakes That Cause ReworkFor mechanical engineers, design engineers, and procurement managers in medical device R&D (e.g., diagnostic instruments, orthopedic tools, biotech equipment), rework on CNC parts is a costly nightmare. It delays regulatory compliance, hikes producti
Created on 09.29
How to Design Thin-Walled CNC Parts for Robotics Without Deformation: 3 DFM TipsFor mechanical engineers, design engineers, and procurement managers in robotics & automation R&D, thin-walled CNC parts (like robot arm housings, sensor enclosures, or transmission components) are a double-edged sword. They’re essential for lightwei
Created on 09.26
Maximum Depth of Cut for Aluminum CNC Parts in Automotive Prototypes: Avoid Tool BreakageFor mechanical engineers, design engineers, and procurement managers working on automotive new product R&D, tool breakage during aluminum CNC machining is a costly headache. It delays prototype delivery, wastes material, and hikes production costs—es
Created on 09.23
Aerospace Parts CNC Machining: The Key Lies in These 2 DetailsFor mechanical engineers, design engineers, procurement managers, and senior decision-makers in the aerospace industry—where precision, reliability, and compliance are non-negotiable—CNC machining of aerospace parts is a high-stakes process. Even the
Created on 09.20
Tel
WhatsApp
WeChat
E-mail
Quote