Product Overview

Introducing the Jensen Turntable Needle, specifically designed for the JTA-220 and JTA-980 models. This high-quality replacement needle enhances your listening experience by delivering superior sound clarity and fidelity, allowing you to enjoy your favorite vinyl records as intended.

Key Features

• Precision-engineered for a perfect fit with Jensen JTA-220 and JTA-980 turntables
• High-quality materials ensure durability and longevity
• Easy installation process, allowing you to replace your needle quickly and effortlessly
• Enhances sound quality, providing crisp highs and rich lows for an immersive audio experience

Technical Specifications

Benefits

Replacing your turntable needle with the Jensen 220NDL not only revitalizes sound quality but also prolongs the lifespan of your records. A worn needle can cause damage to vinyl, leading to decreased sound quality and potential scratches. With this replacement needle, you can ensure your vinyl collection remains in pristine condition.

Use Cases

Whether you are a casual listener or a dedicated audiophile, the Jensen Turntable Needle is ideal for anyone looking to enhance their vinyl listening experience. Perfect for home use, DJing, or music enthusiasts who appreciate the warm sound of vinyl.

FAQs

• How do I install the Jensen Turntable Needle?
  Installation is simple—just remove the old needle and snap the new one in place, following your turntable’s manual for guidance.
• Will this needle fit other turntable brands?
  This needle is specifically designed for Jensen JTA-220 and JTA-980 models and may not fit other brands.
• How often should I replace my turntable needle?
  It is recommended to replace your needle every 200 to 300 hours of playtime to maintain sound quality and protect your records.

Unique Features

The Jensen Turntable Needle stands out for its precision fit and high-quality construction, designed to deliver an exceptional listening experience. Unlike generic needles, this product is tailored for specific models, ensuring optimal performance.