New Century Tooling focuses on High quality smart manufacturing and One Stop Solution.

Plastic part manufacturing for outdoor product which made by resin material for Garmin 1

Plastic part manufacturing for outdoor product which made by resin material for Garmin 2

Plastic part manufacturing for outdoor product which made by resin material for Garmin 3

Plastic part manufacturing for outdoor product which made by resin material for Garmin 4

Plastic part manufacturing for outdoor product which made by resin material for Garmin 5

Plastic part manufacturing for outdoor product which made by resin material for Garmin 6

Plastic part manufacturing for outdoor product which made by resin material for Garmin 7

Plastic part manufacturing for outdoor product which made by resin material for Garmin

Premium Resin Material Selection: Engineered for Outdoor Endurance

At the core of our manufacturing process is the selection of industry-leading resin materials, specifically curated to meet Garmin’s strict performance benchmarks and the unique challenges of outdoor use. We primarily utilize ASA (Acrylonitrile Styrene Acrylate) resin—a high-performance thermoplastic renowned for its exceptional weather resistance, UV stability, and mechanical strength—which outperforms traditional plastics in outdoor environments by maintaining color, gloss, and structural integrity over prolonged sun exposure. Our resin selection also adheres to global material regulations, including EU RoHS directives, REACH requirements, and restrictions on persistent organic pollutants and ozone-depleting chemicals, ensuring full compliance with Garmin’s commitment to customer safety and environmental protection.

For specialized Garmin components requiring enhanced durability—such as battery covers, case frames, and button assemblies—we incorporate reinforced ASA composites, blended with glass fiber or mineral additives to boost tensile strength, dimensional stability, and resistance to creep under load. All resins undergo rigorous pre-processing, including precision screening to remove impurities and controlled drying to eliminate moisture, preventing defects like bubbles and warping during manufacturing and ensuring consistent performance across every part.

Precision Manufacturing Processes: Tailored to Garmin’s Exacting Standards

We employ advanced manufacturing technologies, optimized for resin plastic processing, to deliver components that meet Garmin’s tight tolerances and seamless integration requirements. Our core processes include:

Injection Molding: The primary process for high-volume Garmin components (e.g., device housings, microSD card compartment covers, and rubberized button casings). We use computer-controlled injection molding machines with precise temperature and pressure regulation—operating at熔融 temperatures of 240-270℃ and mold temperatures of 60-80℃ for ASA resin—to ensure uniform material distribution, crisp detail replication, and consistent part dimensions. Our mold design expertise ensures compatibility with Garmin’s internal components, enabling seamless assembly and maintaining the device’s sleek, ergonomic design.
Precision Trimming & Post-Processing: After molding, all parts undergo automated trimming to remove burrs and flash, followed by stress-relief annealing to eliminate internal tensions and enhance dimensional stability. Surface treatments, including matte finishing and scratch-resistant coating, are applied to match Garmin’s aesthetic specifications while improving grip and resistance to outdoor wear and tear.
Quality Control at Every Stage: Aligned with Garmin’s quality management system, we implement strict quality checks throughout the manufacturing process. Raw resin is inspected for compliance with material specifications; in-process monitoring tracks key parameters (temperature, pressure, cycle time) to prevent defects; and finished parts undergo dimensional testing, impact resistance assessments, UV aging tests, and chemical compliance verification via laboratory analysis—mirroring Garmin’s own quality assurance protocols.

Inquiry

Write a Review

Plastic material

PVC/PA66/PC/PE/POM/PMMA/ABS/TPU/TPE/PE/PP.ETC

Feature

Sustainable

Mould material

1.2738 P20 1.2343 1.2344 1.2083 1.2085 8407 1.2767

Cavity

Single Cavity\ Multiple Cavity

Runner

Hot Runner\Cold Runner

Mould base

LKM.HASCO.ETC

Surface treatment

Mirror Polish

Delivery Time

20-35 Days

Color

Customized Colors

Certification

ROHS

Plastic Modling Type

Injection

Place of Origin

Guangdong, China

Processing Service

Moulding

Tailored Precision, Superior Quality

Our custom plastic injection molding OEM ODM service delivers high-quality injection molded parts with precise shaping, tailored styles, and material customization to perfectly fit your product needs. With fast turnaround times and advanced surface treatments like spray painting and electroplating, we ensure durable, visually appealing parts that enhance your packaging and overall design. From prototype to full assembly, our certified process guarantees accuracy and security, protecting your intellectual property every step of the way.

● Precision

● Versatile

● Efficient

● Secure

Material Introduction

Our custom plastic injection molding OEM ODM service offers a wide range of material customization to meet specific product requirements. Injection molded parts are crafted from high-quality plastics selected based on durability, flexibility, and application needs, ensuring optimal performance and finish. With precise control over material properties, we deliver consistent, reliable parts tailored to your exact specifications.

◎ ABS

◎ Polycarbonate

◎ Nylon

FAQ

What industries commonly use custom plastic injection molding OEM and ODM services?

Custom plastic injection molding services are widely used in industries such as automotive, electronics, medical devices, consumer products, packaging, and industrial equipment. These industries benefit from tailored plastic components that meet specific design, durability, and material requirements.

Can I customize the type of plastic material used in the injection molding process?

Yes, material customization is a key feature of OEM and ODM plastic injection molding services. Clients can choose from a variety of plastics including ABS, polypropylene, polycarbonate, nylon, and specialty materials based on factors like strength, flexibility, heat resistance, and environmental considerations.

How does custom plastic injection molding support product prototyping and small batch production?

Custom injection molding services often accommodate prototyping and low-volume runs by offering flexible tooling options and faster mold development. This allows companies to test designs, iterate quickly, and validate functionality before moving to full-scale production.

Are custom plastic injection molded parts suitable for complex and high-precision applications?

Absolutely. Custom injection molding can produce parts with intricate geometries, tight tolerances, and detailed surface finishes, making it ideal for high-precision applications such as medical device components, electronic housings, and automotive parts.

In what scenarios would material customization enhance product performance?

Material customization enhances product performance when specific properties are required, such as UV resistance for outdoor applications, flame retardancy for electronics, chemical resistance for medical or industrial use, or flexibility for ergonomic consumer products. Tailoring the material ensures the final product meets functional and regulatory demands.

How does custom plastic injection molding OEM/ODM service help reduce overall production costs?

By optimizing mold design, selecting the most appropriate materials, and consolidating multiple parts into a single molded component through custom solutions, these services can reduce assembly time, material waste, and labor costs. Additionally, OEM/ODM providers often streamline manufacturing and quality control processes, leading to cost-efficient production.

Get in touch with us

Just leave your email or phone number in the contact form so we can send you a free quote for our wide range of designs!

Fast prototyping within 15 days

Each part meets your specifications and industry standards

Having experienced engineers and skilled production workers