High-Precision Motor Housings for Robotics
Rumah Motor Presisi untuk Robotika
Precision CNC machining for robotic motor housings with stator bores, kursi bertanda, antarmuka poros, dudukan encoder, and complex mounting features. Supports tight GD&Persyaratan T, Pemesinan 5-sumbu, bahan ringan, and prototype-to-low-volume production.
- Precision Stator & Bearing Bores
- Konsentrisitas & Runout Control
- 3-Axis to 5-Axis CNC Machining
- Aluminium / Baja Tahan Karat / Titanium
- Prototipe & Produksi Volume Rendah
Deskripsi Produk
Pendahuluan
Precision Motor Housing for Robotics is used to manufacture high-accuracy structural housings for motors integrated into robotic joints, aktuator-aktuator, drive modules, and motion systems. Accurate machining helps maintain motor alignment, kesesuaian bantalan, shaft position, stabilitas termal, and reliable assembly during repeated robotic operation.
Robotic motor housings often contain precision bearing seats, stator mounting bores, antarmuka poros, concentric internal diameters, encoder mounting features, jalur kabel, cooling surfaces, and thin-wall structures. Small deviations in concentricity, bore size, kepipihan, or mounting position can affect rotor alignment, getaran, beban penahan, noise, and overall motor efficiency.
Our CNC capabilities include 3-axis, 4-sumbu, dan milling 5-sumbu, Pembubutan CNC, membosankan, pengeboran, pelapisan ulir, mengetuk, dan finishing presisi. Strategi pemesinan, kontrol datum, penahanan kerja, and inspection methods are selected according to critical motor interfaces, GD&Persyaratan T, ketebalan dinding, dan kondisi perakitan.
Motor housings can be machined from aluminum alloys, baja tahan karat, titanium, dan material teknik lainnya, dengan anodisasi, anodisasi keras, pasivasi, pemolesan, pelapisan, and coating available according to functional requirements. Prototipe, contoh rekayasa, and low-volume production can be supported from customer drawings.
Spesifikasi
| Barang | Spesifikasi |
|---|---|
| Nama Produk | Rumah Motor Presisi untuk Robotika |
| Bahan | Aluminum / Stainless Steel / Titanium / Custom |
| Proses Manufaktur | Proses Milling / Turning / Boring / Drilling / Threading / Tapping / Finishing Presisi |
| Geometri Bagian | Cylindrical / Thin-Wall / Deep Bore / Complex Multi-Surface Features |
| Toleransi | Hingga ±0.005 mm / Sesuai Gambar |
| Permukaan Akhir | Precision Machined / Ground / Polished / Custom |
| Warna | Alami / Hitam / Tergantung Material |
| Volume produksi | Prototipe dan produksi volume rendah |
| Inspeksi | CMM / Pengukur Tinggi / Mikrometer / Kaliper / Rencana Inspeksi Kustom |
| Dokumentasi | Laporan inspeksi dan dokumen material atas permintaan |
| Aplikasi | Humanoid Robots / Cobots / Robotic Actuators / Service Robots / Industrial Robots |
| Layanan Kustom | Didukung OEM dan ODM |
Tiga Aspek Kustomisasi Utama, Disesuaikan dengan Kebutuhan Anda
Solusi pemesinan CNC yang disesuaikan untuk komponen robotik kompleks dan kebutuhan perakitan presisi.
Manufaktur Presisi, Kualitas Luar Biasa
Precision Bore Machining
Precision boring, turning, and multi-axis machining support accurate stator bores, kursi bertanda, antarmuka poros, and cylindrical features to maintain alignment across critical motor components.
Konsentrisitas & Runout Control
Critical concentric features and mounting datums are carefully controlled to help reduce misalignment, uneven bearing loads, getaran, and unwanted mechanical variation during robotic motion.
Lightweight & Thermal Design
Aluminum alloys and other engineering materials can be selected according to weight, kekakuan, kekuatan, kinerja termal, dan kondisi operasional, supporting compact and lightweight robotic motor designs.
Inspeksi Presisi
CMM, pengukur bore, mikrometer, and other measuring equipment can verify bore size, posisi, konsentrisitas, kehabisan, kepipihan, and mounting features before assembly.
Layanan Berkualitas, Waktu pengiriman yang dipersingkat
Dari tinjauan desain hingga pengiriman, Kami menyediakan tindak lanjut satu lawan satu khusus selama seluruh proses.
Konsultasi → Menyediakan Gambar → Tinjauan Desain & Penawaran → Pemrosesan Pesanan → Inspeksi Kualitas → Pengiriman Tepat Waktu → Tindak Lanjut Purna Jual
Keuntungan kami
Didukung oleh pengalaman teknik lebih dari 25 tahun, Tim kami menawarkan layanan komprehensif—mulai dari desain cetakan yang disesuaikan dan pemesinan presisi hingga produksi skala penuh—didukung oleh sistem jaminan kualitas yang kuat dan layanan pelanggan yang proaktif. Bersertifikat di bawah ISO9001, ISO14001, dan IATF 16949, Kami terus berupaya mencapai keunggulan dalam kualitas, inovasi, dan kepuasan pelanggan.
Lebih dari 100,000 unit tersedia, dengan pengiriman 2 jam untuk produk standar.
Menerapkan sistem inspeksi tiga tahap—pemeriksaan material awal, inspeksi dalam proses, dan inspeksi akhir.
Inventaris besar dan proses cepat, Menjamin pengiriman tepat waktu dengan inspeksi produk 100%.
Rentang Aplikasi
Pilihan utama di berbagai industri.
Pertanyaan yang diajukan
Q1: What is a robotic motor housing?
A robotic motor housing is a precision structural component that supports and locates motor elements such as the stator, bantalan, shaft, encoder, and related mounting interfaces within a robotic drive system.
Q2: Why is concentricity important in robotic motor housings?
Good concentricity between stator bores, kursi bertanda, and shaft interfaces helps maintain rotor alignment and can reduce vibration, uneven bearing loads, gesekan, and assembly problems.
Q3: What materials are commonly used for robotic motor housings?
Aluminum alloys are commonly selected for lightweight construction and thermal performance, sementara stainless steel, titanium, and other engineering materials may be used according to strength, kekakuan, memakai, or environmental requirements.
Q4: Can 5-axis CNC machining be used for robotic motor housings?
Iya. 5-axis CNC machining is useful for housings with multi-directional mounting features, jalur kabel, encoder interfaces, complex pockets, and closely related precision surfaces.
Q5: How are precision motor housings inspected?
Inspeksi dapat mencakup CMM, pengukur bore, mikrometer, pengukur ketinggian, dan peralatan pengukuran presisi lainnya untuk memverifikasi dimensi, akurasi lubang, konsentrisitas, posisi, kehabisan, and assembly interfaces.
