Tel-phone : +86 15818538191

Email : Jack@yibitech.com

Services

Comprehensive Range Of Servces Providing Endless Capabilities

Metal Injection Molding

More than 15 years of professional MIM/CIM processing experience to ensure reliable product quality

With professional technology, state-of-the-art equipment, and complete production plants, we provide customers with solutions from development to design to production to assembly.

POWDER METALLURGY PROCESS

Powder metallurgy processing is very suitable for mass molding and manufacturing of high-precision and high-strength a variety of metal material parts

Using metal powder as raw material, through pressing, molding, sintering, post-processing and other processing processes, the final desired parts are produced.

PRECISION CASTING

Make products with various styles according to different wax molds

Strictly control each processing procedure to ensure that the finished product meets dimensional tolerances, precision requirements, and smoothness

CNC MACHINING SERVICES

CNC TURNING/CNC MILLING

Non-MOQ, stable processing quality, high precision, also suitable for secondary processing of finished parts produced in batches

Die Casting

Ideal for manufacturing large quantities of small and medium-sized castings

Material:Aluminum, Zinc, Magnesium, Bronze, Brass, Lead, Tin, others
Surface Finishing Option : Anodizing, powder coating, chemical film, gold plating, dipping
Application Industries: Consumer products, household appliances, power tools, watches, industrial parts, automobile and motorcycle parts, aerospace parts

Sheet Metal Fabriction

One-Stop For Small Batch Customization To Mass Production

Flexibly handle the processing technology of small batches and multiple varieties of products, cooperate with high-precision equipment, and complete quality inspection processes to ensure that customers receive satisfactory products

Hydraulic molding

Hydraulic presses can be used in various processing processes such as forging, bending, and forming in the field of metal processing. They have the characteristics of high work efficiency, high output power, slow impact load, and space saving. They have become an indispensable tool in metal processing.

Mold Manufacturing

Our team has rich experience in mold manufacturing, which is based on long-term customer service and accumulated technology. Not only does it provide products that meet the accuracy, it can also assist you in completing your creative ideas and realizing them.

WEDM

Professional production line for efficient processing

Wire Electrical Discharge Machining (WEDM) is a machining method that uses electric sparks to melt workpieces under controlled conditions. The electric spark heats and melts the workpiece, creating plasma channels that are only microns in size. Usually EDM processing is performed in deionized water (medium). The media removes molten material while allowing the workpiece to cool for continuous processing.

Polishing

We have established a professional polishing processing production line and use the highest quality working equipment to meet customers’ requirements for different processes for our products.

Electroplating

Professional production line for efficient processing

We have established an independent electroplating production line for product post-processing and introduced high-quality electroplating equipment to support most current product electroplating requirements, including chromium plating, copper plating, cadmium plating, tin plating, zinc plating, etc.

Laser welding

Professional production line for efficient processing

Laser welding can use either continuous laser beams or pulsed laser beams to achieve welding. Due to its high processing precision, it is widely used in many fields, such as automotive, aerospace, and medical.

Laser Marking

Professional production line for efficient processing

The high-energy continuous laser beam generated by the laser generator is focused and acted on the surface of the material to melt or vaporize the material. When we control the path of the laser, the required marks will be formed on the surface of the material.

Since laser marking is non-contact processing, it can be marked on the surface of any special-shaped workpiece without damaging the shape and accuracy of the workpiece.