Cast iron mid-axle reduction housings are heavy axle and drivetrain castings used to support internal reduction components, protect transmission structures and provide mounting interfaces for axle assemblies. Castings of this type have a large cavity opening, thick cast walls, a central bore area, wide base sections and several reinforced transition zones, which makes post-casting grinding
Cast iron brake backing plates are structural brake components used in braking systems where support, positioning and assembly stability are required. This part typically includes a large central opening, stepped outer contours, local bosses, mounting features and multiple edge transitions, making post-casting finishing more difficult than on simple flat castings. This robotic grinding solution is
Cast iron horseshoe parts are arc-shaped structural castings used in machinery, support assemblies and industrial equipment. The workpiece usually features a curved outer profile, reinforced ribs, local openings and mounting areas, making post-casting edge treatment and surface grinding more difficult than on simple flat castings. This robotic grinding solution is designed for cast iron horseshoe
Cast iron cylinder blocks of this size class are large multi-cylinder engine castings used in commercial vehicles, industrial power systems and similar heavy-duty applications. The workpiece usually has multiple cylinder bores, inner cavities, mounting edges, water jacket openings and structural outer contours, making post-casting finishing more difficult than simple structural castings. This robotic grinding solution
Cast iron valve bodies are medium and large flow-control castings used in industrial piping systems, fluid control equipment and mechanical installations. The workpiece usually has a central flow passage, curved outer contours, reinforced transition areas, connection ends and sealing-related surfaces, which makes post-casting finishing more difficult than simple structural castings. This robotic grinding solution is
Crankshafts are critical rotating components used in engine systems, where they convert the reciprocating motion of pistons into rotational motion. As a typical shaft-type workpiece, a crankshaft includes main journals, crank pins, counterweights, fillet transition areas and end sections. During casting, forging and rough machining, common finishing problems include burrs, flash, sharp edges, rough surfaces
Balance shaft supports are large cast structural components used in automotive and commercial vehicle systems where balance shafts, rotating assemblies or related support structures must be positioned securely. In a typical design, this part has an irregular triangular support profile, a raised cylindrical section, multiple mounting surfaces, reinforced ribs, edge transitions and several localized bosses.
Flywheel housings are cast structural components used in engine and drivetrain systems around the flywheel connection area. A typical workpiece is a relatively shallow, irregular cast housing with a central circular opening, multiple outer contour edges, rib-reinforced surfaces and several mounting holes. During casting and machining, common finishing problems include flash on contour edges, burrs
トラックのホイールハブは、商用車、トラック、トレーラー、バス、その他の高負荷車両プラットフォームに使用される、高耐久性のホイールエンド部品です。 これらは、ホイールアセンブリ、ベアリングシステム、ブレーキ部品、および車軸構造を接続する役割を果たし、通常、厚みのある円筒形の本体、大きな中心穴、円形のフランジ、ボルト穴、ベアリング座面、および複数の段差を備えています。鋳造工程では、
ブレーキキャリパーは、乗用車や商用車のブレーキシステムにおいて重要な構成部品です。ブレーキキャリパーは、ブレーキアセンブリにおいて確実な嵌合、動作、および力の伝達を維持しつつ、ブレーキ要素を収容・支持する役割を果たします。代表的な鋳造金属部品として、ブレーキキャリパーは通常、複雑な外形、凹部、取り付け縁、開口部、段差の角などを有しており、
