plastic part production

Why Use Injection Molding?

Injection molding uses a wide variety of materials, each chosen for its unique properties to meet specific product requirements. Material selection is critical, as each choice affects the end product’s performance, appearance, and suitability for the intended use.

  • Consistent part quality
  • Cost-effective at scale
  • Wide material variety
  • Complex shapes and features
  • Fast production once tooling is created

Injection Molding Materials

Injection molding uses a wide variety of materials, each chosen for its unique properties to meet specific product requirements. Material selection is critical, as each choice affects the end product’s performance, appearance, and suitability for the intended use.

injection molding raw materials

With the agility to shift seamlessly between short-run and high-volume production, we bridge quality-driven production excellence to end-user satisfaction, positioning your product to make waves in the market.

We’re not just manufacturers, we’re engineers driven by a passion for creating quality products that exceed expectations. With the capacity to consistently produce high volumes of parts while maintaining strict quality standards, we apply lean manufacturing principles to optimize efficiency, reduce waste, and ensure rapid scalability.

rapid prototyping services

Process

Step 1

Initial Consultation & Project Specifications

We begin by discussing project needs, specifications, and goals to establish a clear and shared vision.

Step 2

DFM and Mold Design

We review and refine your part model to ensure it’s optimized for manufacturing at scale.

Step 3

Production and Quality Assurance

We produce parts efficiently and consistently, with rigorous quality checks to meet exacting standards.

Injection Molding Capabilites

At BeraTek Industries, injection molding isn’t just a single service. We support projects at different stages of development, production volumes, and product types. Whether you’re testing a new product, scaling a custom design, or producing specialized components like plastic enclosures, our team works with you to deliver reliable, production-ready parts.

Explore our core injection molding services below to find the solution that best fits your project.

Not every project requires massive production volumes. Short run injection molding is ideal for businesses that need smaller quantities of parts without sacrificing quality or precision.

This approach works well for product testing, pilot runs, seasonal products, and niche manufacturing applications where flexibility is more important than scale.

At BeraTek Industries, our short run molding capabilities allow companies to bring products to market faster while keeping tooling and production costs under control.

Ideal for:

  • Custom components for specialized equipment
  • Product prototypes and validation
  • Low-volume manufacturing
  • Bridge production before large-scale manufacturing

Many plastic components require precise specifications, unique geometries, or specialized materials. Our custom injection molding services are built to support companies that need tailored solutions rather than off-the-shelf parts.

From concept to production, we work with customers to refine designs, select the right materials, and ensure consistent part quality.

Our team supports a wide range of industries that rely on durable, precisely molded plastic parts for their products and equipment.

Our custom molding services include:

  • Design consultation and manufacturability review
  • Material selection for strength, durability, and performance
  • Precision molding for complex part designs
  • Scalable production as demand grows

Plastic enclosures play a critical role in protecting electronics, sensors, and sensitive equipment. BeraTek Industries manufactures durable injection-molded enclosures designed to house and protect components in demanding environments.

Our team can produce enclosures tailored to your exact requirements, including size, mounting options, ventilation, and material selection.

Whether you’re developing a new device or scaling production of an existing product, we help ensure your enclosure is built for performance, durability, and long-term reliability.

Common applications include:

  • Electronics housings
  • Control panels
  • IoT devices
  • Industrial equipment enclosures

What exactly does BeraTek offer in its injection molding service?

At BeraTek, we provide full-service plastic injection molding — from material selection and mold setup to part production, finishing, and quality assurance. Our vertically integrated workflow means we can take your project from design or prototype straight into production, all under one roof.

What kinds of plastics and materials can you mold?

We work with a broad range of thermoplastic resins and engineering-grade plastics. This includes commodity materials like polypropylene (PP) and polyethylene (PE), as well as higher-performance engineering resins like ABS, polycarbonate (PC), nylon (PA), and specialty blends. We help select the right material based on your application needs for strength, flexibility, durability, finish, and cost.

What injection molding machine sizes or tonnages does BeraTek operate?

Our mold shop is equipped with injection presses ranging from small to moderate tonnages. This lets us handle small intricate parts as well as mid-size components. When we scale production, our in-house tooling and prototyping teams make sure the mold, the machine, and the part design are all aligned for smooth production and consistent quality.

How does BeraTek address part quality and consistency?

We follow rigorous quality control and process management practices, including:

  • Precision mold setup and calibration

  • Process validation runs to dial in temperature, pressure, and cooling

  • In-process monitoring of cycle times and part dimensions

  • Post-molding inspection, finishing, and defect-removal (such as de-flash, trimming, or secondary machining)

  • Regular mold maintenance to ensure consistent output over time

 

Can you handle low-volume or high-volume production runs?

Yes. One of our strengths is flexibility. We can support low-volume production (prototype or pilot runs) and scale up to moderate-volume production runs as demand grows. Because of our in-house tooling and prototyping, we can efficiently ramp up production while maintaining part quality and controlling costs.

How does BeraTek help reduce production risk and cost?

We reduce risk through:

  • Early prototyping and validation, which helps uncover design flaws before full-scale tooling

  • Design for Manufacturability (DFM) to optimize wall thickness, draft, gating, and cooling early in the process

  • Close integration between design, tooling, and molding teams, so we avoid “handoff surprises”

  • Ongoing mold maintenance and process tuning to minimize downtime and scrap

These practices help shorten production cycles, reduce scrap, and improve first-pass yield — which all translate to lower costs and faster time-to-market.

 

What turnaround times can I expect for injection-molded parts?

Turnaround depends on part complexity, mold readiness, production volume, and finishing requirements. For pre-validated tooling and simple geometries, the cycle from order to parts can be a matter of days or a few weeks. For new tooling or higher complexity components, the timeline may extend to several weeks or longer. We work closely with you to provide realistic schedules and keep the project on track.

How does BeraTek manage secondary operations and finishing?

We offer a variety of post-molding services, including trimming, de-flash, surface finishing, secondary machining, assembly, and inspection. Wherever feasible, we perform these steps in-house or through trusted partners to help minimize logistics delays and ensure consistent final quality.

Why should I choose BeraTek for my injection molding project?

You’ll benefit from:

  • A fully integrated service chain (design → prototyping → tooling → molding → finishing)

  • Close collaboration between engineering and production teams, reducing surprises and improving lead times

  • Flexible scalability — from low-volume prototypes to production volumes

  • Commitment to quality, process control, and continuous improvement

  • Transparent communication and a hands-on, problem-solving approach to getting your parts made right