Background
Seating Mechanism Parts
Case Studies/Case Study 08

Case Study 08

High-Precision Seating Mechanism Parts

Progressive Dies for precision recliner brackets — upper and lower manual & power variants, right-hand and left-hand configurations, and gooseneck attachment brackets for automotive seating systems.

5 Families

Part Types

Progressive Die

Die Type

LH + RH

Configurations

Structural

Application

Program Overview

ETCS manufactured Progressive Dies for high-precision Mechanism Parts for automotive seating systems, including upper and lower recliner brackets, manual and power recliner components, right-hand and left-hand seat mechanism parts, and gooseneck attachment brackets.

These components are engineered to provide accurate fitment, structural strength, reliable alignment, and smooth seat-adjustment performance. Manufactured with controlled forming and dimensional accuracy, our seating mechanism parts are suitable for demanding automotive applications requiring consistent quality, durability, and dependable operation.

What ETCS Delivered

  • Progressive Die design & build
  • Upper manual recliner brackets
  • Upper power recliner brackets
  • Lower manual recliner brackets
  • Lower power recliner brackets
  • RH & LH seating components
  • Gooseneck attachment brackets
  • Full dimensional buy-off

Product Range

L0549404AA,02 L0604052AA,02
Upper Manual Recliner

BRACKET — FERROUS, C2 UPPER MANUAL RECLINER

LH & RH
L0549436AA,02 L0604051AA,02
Upper Power Recliner

BRACKET — FERROUS, C2 UPPER POWER RECLINER BRACKET

LH & RH
L0549402AA,02 L0549405AA,02
Lower Manual Recliner

BRACKET — FERROUS, C2 LOWER MANUAL RECLINER

LH & RH
L0549437AA,01 L0549439AA,01
Lower Power Recliner

BRACKET — FERROUS, C2 LOWER POWER RECLINER BRACKET

LH & RH
L0554599AA,01
Gooseneck Attachment

BRACKET — FERROUS, GOOSENECK ATTACHMENT BRACKET METAL

Single
Die TypeProgressive Die
MaterialFerrous (Steel)
OutcomeValidated & Bought Off
Car Seat — full seating structure with recliner mechanism
Mechanism Parts — recliner mechanism close-up