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Energie Fitness

Best Dip Chin Assist in India- ER-008

Best Dip Chin Assist in India- ER-008

Regular price Rs. 64,500.00
Regular price Rs. 145,000.00 Sale price Rs. 64,500.00
Sale Sold out
Shipping calculated at checkout.
Size
(L) - 1402
(W) - 1134
(H) - 2341

Weight 250kg
Weight Stack 100kg
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Best Dip Chin Assist in India

Explore India's top-rated commercial Dip Chin Assist machines for the best fitness experience. Our premium selection ensures optimal support and performance, catering to diverse fitness levels.

Leather Stitched Cushioning For Extra Support

Discover the pinnacle of fitness with our commercial Dip Chin Assist in India. Our expertly crafted equipment features premium leather-stitched cushioning, ensuring unparalleled support.

3 Layered Powder Coated Rust Free Design

Discover the pinnacle of fitness equipment with our commercial Dip Chin Assist in India. Crafted with a three-layered powder-coated rust-free design, it stands as the best in the market, offering unparalleled quality and performance.

ER-008: The ultimate Dip Chin Assist in India. Engineered with a robust three-layered powder-coated design, this commercial-grade equipment ensures a rust-free experience.

  • Energie Fitness ER-008 Dip Chin Assist

    • 1. Leather Stitched Cushioning: Provides extra support during exercises.
    • 2. 100KG Pin Loaded Weight Stack: Offers versatile resistance levels for users.
    • 3. Internally Lubricated Cables: Ensures smooth movement and longevity.
    • 4. Friction-less Operation: Enables smoother and more efficient workouts.
    • Sturdy Construction: Likely built with durable materials for long-term use.
  • Other Brand

    • Basic cushioning without stitched leather, potentially offering less durability and support.
    • 2. May have a lower weight stack, limiting resistance options.
    • Cables might lack internal lubrication, potentially leading to more friction and wear over time.
    • May not prioritize reducing friction, causing less smooth movements during exercises.
    • Build quality might be less robust, potentially affecting overall durability.