Custom Molded Machine Housings Engineered to Exact Shapes

Custom molded machine housings are designed for electronic, electrical, and mechanical parts. They are made to fit special shapes, sizes, and specific technical requirements.

Advantages:

• Easy-to-use designs made specifically for machines and equipment
• Shelters internal components against dust, moisture, hits and vibrations.
• It comes in the form of ABS, PC, Nylon, PP, as well as engineering thermoplastics.
• Enhances aesthetic attributes of product and brand identity.

Custom molded machine housings help manufacturers to achieve durability, precision, and a polished finish for their industrial machines.
 

Providing  high resistance durable plastic parts for machinery

Durable plastic parts for machinery assisting  in bearing heavy loads as well as, high level of resistance to vibration, wear, and mechanical constant activity.

Why They Matter:

• Resistance to repetitive movement, load stress and abrasion.
• Less noise in the machine and improved efficiency.
• Less maintenance expenses than metal materials.

These components prolong the life of machines and enhance their functionality in all the industrial spheres.

High-performance polymers engineering-grade plastic molding 

High-performance, engineering-grade plastic molding is designed to replace metal in heavy-duty applications. These materials provide excellent mechanical, thermal, and chemical properties.

Material Advantages:

• High heat tolerance, good in high temperature areas.
• High stress impacts strength and dimensional stability.
• Very good resistance to chemicals, oils, fuels and solvents.
• Materials used are Nylon, Polycarbonate, Acetal (POM), PPS, and ABS.

Engineering Grade Plastics are reliable and durable for industrial use.

Precision molded industrial components with High Tolerance 

Precision molded industrial components are manufactured with very strict tolerances. They deliver accurate and consistent performance in delicate machines.

Core Features:

• Important in applications which demand flawless alignment and precision.
• Remains active when vibrated with heavy loading at high speed.
• These are used in automation, medical equipment, and electronics.
• Provides perfect fit and assembly in complicated systems.

Precision components play a key role in improving operational efficiency and reliable machine performance.