Y9T Frame Comp. Floor Front RH

The Y9T Frame Comp. Floor Front RH Checking Fixture is engineered to provide a highly stable, repeatable, and operator-friendly platform for inspecting the RH side of the floor front frame subassembly.
This fixture is constructed with a rigid base plate that houses an arrangement of precision locators, clamps, and gauges tailored specifically to the geometry of the part. The layout allows for quick part placement and clamping, while offering easy access to all critical inspection zones, including profile surfaces, mounting holes, slots, and reference planes.

Overview

The Y9T Frame Comp. Floor Front RH Checking Fixture is a specialized precision tool developed to inspect and verify the Right-Hand front floor frame component used in automotive chassis or body structures. It ensures that the part adheres strictly to design parameters before moving to the next stage of assembly.

Designed for dimensional validation, profile conformity, and functional hole position checks, this fixture plays a critical role in upholding quality standards during high-volume production.

Key Features

Precision Locating System

  • Custom-designed pins and stoppers match the exact geometry of the RH frame part for perfect positioning.

High Repeatability & Consistency

  • The robust structure and rigid fixturing ensure that every part is checked under the same reference conditions.

Quick Clamping Mechanism

  • Operator-friendly toggle and pneumatic clamps reduce inspection time and improve handling ergonomics.

Integrated Gauging Provisions

  • Equipped with go/no-go gauges, feeler gauge access, and profile checking surfaces for reliable inspection.

Ergonomic & Safe Design

  • Easy access for inspectors, with smooth edges, color-coded handles, and logical layout for fatigue-free operation.

Durable and Stable Base

  • Heavy-duty foundation resists vibrations, ensuring inspection accuracy over long-term use.

Mobility with Stability

  • Mounted on a trolley with lockable wheels, making it easy to move while maintaining stability during operation.