Marigold Blogs

ALL
CNC Machining
Sheet Metal Fabrication
Injection Molding
Surface Finishing
Pressure Die Casting
Compression Molding
3D Printing
Vacuum Casting
Quality Management
Medical Equipment
Automotive Transportation
Automation Industry
Consumer Electronics
Robotics
Why Do Medical 316L Stainless Steel Parts Leave Water Stains After PassivationWhy Do Medical 316L Stainless Steel Parts Leave Water Stains After PassivationPassivation is a mandatory and critical post-treatment process for medical-grade 316L stainless steel parts. Compliant with ASTM A967 and ISO 13485 medical manufacturing standards, citric acid passivation removes free iron and surface contaminants, r
CAD Matches Perfectly, But CNC Parts Fail Assembly? Hidden GD&T Tolerance LoopholeCAD Matches Perfectly, But CNC Parts Fail Assembly? Hidden GD&T Tolerance LoopholeMost mechanical engineers and quality managers encounter a confusing, costly issue in precision CNC machining: your CAD models and 2D engineering drawings fully comply with ASME Y14.5 GD&T standards, and incoming parts pass all routine dimensional in
High-Precision & Anti-Fatigue Machining for Robot Components: Meet Long-Term Stable Operation RequirementsHigh-Precision & Anti-Fatigue Machining for Robot Components: Meet Long-Term Stable Operation RequirementsRobot components (robot arms, reducers, grippers, sensor brackets) have extremely strict requirements for precision and anti-fatigue performance: high precision ensures smooth assembly and accurate operation of robots, and anti-fatigue performance en
Balancing Fast Sampling & Mass Production Lead Time for Custom Robot OEM ManufacturingBalancing Fast Sampling & Mass Production Lead Time for Custom Robot OEM ManufacturingFor robot OEM manufacturers, fast sampling and stable mass production are two core demands: fast sampling (1~7 days) is required to accelerate product R&D and robot manufacturer verification progress, while stable mass production (short lead time)
Robot-Grade Material Selection: Wear Resistance, Load-Bearing & ISO 10218 Compliance ChallengesRobot-Grade Material Selection: Wear Resistance, Load-Bearing & ISO 10218 Compliance ChallengesMaterial selection is the foundation of robot manufacturing. Robot parts (robot arm components, grippers, reducers, sensor brackets) must meet three core requirements: wear resistance (adapt to frequent movement and friction), load-bearing (withstand
From Robot Prototype to Low‑Volume Mass Production: Process Selection (3D Printing / Vacuum Casting / CNC Machining)From Robot Prototype to Low‑Volume Mass Production: Process Selection (3D Printing / Vacuum Casting / CNC Machining)The transition from robot prototype (robot arm prototypes, gripper shells, sensor brackets) to low-volume mass production (50~1500 pieces) is a key link for robot OEM manufacturers. The choice of processing process directly determines product quality
How to Achieve Stable Tolerance & Batch Consistency for Robot Precision Parts Under ISO 9001How to Achieve Stable Tolerance & Batch Consistency for Robot Precision Parts Under ISO 9001For robot OEM manufacturers, precision parts (robot arm components, reducer parts, sensor brackets, gripper components) must meet strict tolerance requirements (usually ±0.005~±0.02mm) and batch consistency under the ISO 9001 and ISO 10218 (robot saf
Balancing Fast Sampling & Mass Production Lead Time for Custom Consumer Electronics OEM ManufacturingBalancing Fast Sampling & Mass Production Lead Time for Custom Consumer Electronics OEM ManufacturingFor consumer electronics OEM manufacturers, fast sampling and stable mass production are two core demands: fast sampling (1~5 days) is required to accelerate product R&D and brand customer verification progress, while stable mass production (shor
Total of 95 data entries