汽車與電動車製造的隱藏成本
嚴格的 OEM 品質標準
手動精加工會導致不一致的表面，破壞重要的尺寸公差，並造成昂貴的動力總成零件的高廢棄率。.
EV 電池焊接缺陷
EV 電池托盤上的 MIG 和雷射焊縫不均勻或混合不良，會直接損害結構完整性和關鍵的密封要求。.
高產量週期時間壓力
緩慢的手動去毛刺和研磨造成大量瓶頸，使您的設備無法達到要求嚴苛的 Tier-1 生產配額 (UPH)
按工件分類的解決方案
為每個汽車零件量身打造的機器人解決方案
壓鑄件與動力總成
精密去毛刺和去毛邊 引擎缸體、變速箱外殼和轉向節。. 我們可以克服複雜的交叉孔和重分型線，而且沒有過切。.
EV 焊接組件
無瑕疵的機器人焊接混合，以達到 EV 電池外殼和馬達框架。. 我們對長的 MIG 和雷射接縫進行平磨，以確保完美的組裝和絕對的密封性。.
外觀與底盤飾邊
高光澤拋光和邊緣輻射處理，可達到 鋁合金輪圈及車頂行李架。. 達到 A 級鏡面效果，安全地消除尖銳的剪切邊。.
專為汽車標準打造的技術
防爆設計
採用先進的濕式集塵系統，可安全處理可燃鋁和鎂合金粉塵。.
無縫線路整合
與主要的 PLC 和自動裝卸龍門相容，實現真正的熄燈生產。.
整廠設備
主動式感應器可動態適應鑄件變化，確保 100% 每個零件的材料去除率一致。.
汽車與電動車案例研究
鋁合金 CVT 變速箱主殼體的機器人去毛邊與研磨解決方案
Aluminum alloy CVT transmission main housings are large structural die casting components used in continuously variable transmission systems. Compared with a CVT transmission side cover, the main housing has a more complex three-dimensional structure, including large cavity areas, bearing holes, shaft holes, oil passage regions, sealing flanges, mounting bosses, reinforced ribs, thick wall sections and
鋁合金 CVT 變速箱側蓋的機器人去毛刺解決方案
Aluminum alloy CVT transmission side covers are thin-wall die casting components used in continuously variable transmission systems. Across CVT models, the part shows a wide cover body, sealing flange, mounting holes, reinforced ribs, local oil passage areas, boss features and irregular outer contours. After die casting, trimming and machining, burrs, flash, sharp edges and local
大型鋁合金引擎齒輪箱的機器人去毛刺與研磨解決方案
Large aluminum alloy engine gear housings are structural casting components used in automotive engine timing and gear transmission systems. As a class, these castings feature a large cavity opening, gear chamber areas, shaft holes, mounting holes, sealing flanges, reinforced ribs, thick wall sections and irregular outer contours, making post-casting deburring and local grinding more complex
鋁合金引擎油底殼組件的機器人去毛刺解決方案
Aluminum alloy engine oil pan assemblies are thin-wall lower engine components used to store engine oil, seal the bottom of the engine and support oil return or oil management structures. In common designs, the part centers on a pan-shaped cavity, perimeter sealing flange, bolt holes, drain plug boss, internal ribs, local pockets, oil return areas
鋁合金引擎汽缸體機器人去毛邊與研磨解決方案
Aluminum alloy engine cylinder blocks are major structural castings used in automotive engine and powertrain systems. In its common configuration, the part carries cylinder bore openings, crankcase cavities, water jacket openings, oil passage holes, mounting holes, reinforced ribs, side walls and irregular outer contours, making post-casting deburring and local grinding more complex than on simple
鋁合金引擎汽缸頭機器人去毛邊與研磨解決方案
Aluminum alloy engine cylinder heads are complex automotive engine castings used to form combustion chamber areas, support valve-train components and connect intake, exhaust, cooling and lubrication passages. Across common cylinder head designs, the workpiece brings combustion chamber edges, intake and exhaust ports, water jacket openings, oil passages, spark plug or injector holes, bolt holes, machined
證明您自己汽車零件的投資報酬率
將您最難處理的壓鑄或焊接零件寄給我們，我們將免費提供概念驗證。您將收到
- 錄製視訊 的機器人處理。.
- 精確的週期時間 (CT) 計算。.
- 清晰的 ROI 分析 為您的投資。.
Brake & Chassis Components
- Brake disc robotic grinding solution—Cast discs arrive with parting-line flash on the outer rim and uneven friction-ring surfaces. The case covers rim and balancing-rib grinding that protects the finished braking surface.
- Brake caliper robotic grinding solution—Caliper bodies combine heavy die-cast flash with machined threads and sealing faces that must stay burr-free. The walkthrough details force-controlled grinding around the piston bore and bridge.
- Brake backing plate robotic grinding solution—Stamped backing plates carry sharp punched edges and weld spatter that interfere with friction-material bonding. Includes edge radiusing matched to stamping-line cycle times.
- Caliper bracket robotic grinding solution—High-volume bracket castings trap burrs around bolt holes and pin slides that stall assembly lines. The case shows fixture design for running mixed bracket families in one cell.
- Steering knuckle robotic grinding solution—Forged knuckles pair complex 3D geometry with tolerance-critical bearing bores. Multi-axis path planning deburrs machined faces and radiuses edges without touching finished bores.
EV & Drivetrain
- EV battery tray robotic grinding solutions—Welded aluminum trays need long MIG and laser seams flushed flat without thinning the weld, plus edge deburring ahead of leak testing. The reference build for structural pack lines.
- Crankshaft robotic grinding solution—Crankshafts require burr-free oil holes, journal fillets and counterweight profiles with zero nicks. Covers workpiece rotation handling and post-process inspection gating.
Aluminum Powertrain Castings
- Aluminum transmission bell housing deburring and grinding—Large bell housings concentrate burrs in deep internal pockets and around the clutch bore where tools barely reach.
- Aluminum cylinder head cover deburring—Thin-wall cam covers distort under aggressive contact; low-force deflashing keeps gasket sealing surfaces flat.
- Aluminum bearing ladder frame deburring and grinding—Ladder frames pair a wide parting line with closely spaced bearing saddles that cannot be over-cut.
- Aluminum engine bedplate side wall deburring—Bedplate walls combine long straight edges with stiffening ribs; the case covers rib-root deburring tool selection.
- Aluminum cylinder block skirt frame deburring and grinding—Skirt frames have thin projecting walls where chamfer consistency drives piston assembly fit.
- Die-cast motor housing deflashing and deburring—Traction motor housings blend flash removal with fin-edge cleanup that directly affects thermal performance.
- Alloy wheel robotic polishing solutions—Wheels need spoke-face polishing and barrel blending to a Class-A cosmetic standard before clear coating.
Process Guide
- Die casting deburring automation: process chain guide—Maps where robotic finishing sits between the trim press and machining, with equipment selection logic for mixed casting families.