Precision Electronic Connector Manufacturing
Since CSMPI’s founding, brass, bronze, and steel connectors for the electronic industry have been one of our core businesses. These types of parts… read more →
Blog Post
Materials for Machining Medical Precision Parts
China Small Mechanical Parts has been making high precision metal and plastic parts for the medical industry for more than 25 years. We are able to call… read more →
Achieving Precision Component Aesthetics using Anodization Processes
Following our last post, Micro Medical Components for Cardiac Medicine, about electroplating, a similar process often applied to precision components… read more →
Micro Medical Components for Cardiac Medicine
China Small Mechanical Parts Inc. recently produced a micro component for a customer in the cardiac medicine field exhibiting some of CSMPI’s key… read more →
High Precision Components for Gages & Instruments
Automotive, robotics/automation, telecommunications, aerospace, molding, metrology, scientific and gas/fluid regulation industries – what do… read more →
Precision in Medical Components
Nowhere is precision more critical than in medicine. CSMPI has been successfully serving the medical industry for decades and continues to grow.… read more →
Lead Time Reduced from 6 Months to 10 Weeks
A customer in the security industry who was starting a new project needed to reduce their component production lead times but were using two materials… read more →
How Customized Managed Inventory Can Help Your Business
In our work with clients in the components industry, managing inventory is a critical part of their business. The precision components we… read more →
Precision Parts - Micro to Macro!
A picture says 1,000 words… CSMPI’s incredible precision machining capacities range from small to large parts, low to high volume, and… read more →
The Importance of Quality Swiss Screw Machining
Swiss screw machining uses high precision capability to machine subminiature parts. Often it’s a single spindle cam, Escomatic or CNC machine… read more →
