Machine duty
Explain ratio, torque and speed spectrum, bearing arrangement, housing stiffness, lubrication, service interval and replacement strategy. These inputs help the quotation reflect the actual machine rather than an industry label.
Application guidance
Spiral Bevel Gears for Industrial Gearboxes
Industrial gearboxes use spiral bevel pairs to redirect power between intersecting shafts. Ratio, load, bearing layout, housing stiffness, lubrication and service strategy all belong in the review.
Where the spiral bevel pair sits in the system
Inside a gearbox, the pair is tied to bearings, shafts, seals and a rigid housing. A strong RFQ shows the mounting references and states whether the new parts are for a fresh design, a planned redesign or replacement in an existing housing.
For new gearbox designs, provide the intended lubrication method and expected duty so tooth finishing and inspection can be reviewed in context. For MRO work, state whether the existing housing and bearings will remain unchanged.
Operating conditions to put in the RFQ
Mating pair
Identify both members, tooth counts or ratio, hand and which component drives.
Assembly geometry
Show the shaft angle, mounting references, bearing positions and any controlled backlash.
Penerimaan
State the inspection or contact checks that matter to release the part for this machine.
Application review table
| Review area | What to provide | Why it matters |
|---|---|---|
| Motion / duty | Ratio, torque and speed spectrum, bearing arrangement, housing stiffness, lubrication, service interval and replacement strategy | Separates steady power transmission from reversing, shock or position-sensitive duty. |
| Pasangan gear | Gear + pinion identity, ratio/tooth counts and hand | Prevents one component from being reviewed without its mating geometry. |
| Mounting | Shaft arrangement, bearing support, housing datums and target backlash | Connects the manufactured part to the position it will hold in the assembly. |
| Environment | Lubrication, temperature and contamination context | Supports practical material, finish and service review without inventing machine-level claims. |
| Inspection | Drawing tolerances, tooth finish and required records | Defines what the buyer will use to accept the ordered configuration. |
Resolve integration risk before production
For replacement work, avoid assuming that a legacy part number fully defines the geometry. Product revisions, field modifications or unknown mating members can create risk. Where possible, combine the legacy reference with drawings, measurements and the actual mate.
Custom, ground, heavy-duty and replacement spiral bevel gear families can all apply depending on the gearbox duty and the quality of the existing design information.
If a industrial gearbox stage still has open geometry or duty inputs, mark those items for review. An explicit unknown is safer than filling the drawing with an assumed standard value.
Product families that can be considered
Set Gear Serong Spiral Penggantian
Kerja penggantian gear serong lingkaran bermula dengan memisahkan maklumat reka bentuk asal daripada haus servis. Gigi yang rosak, lubang yang herot atau corak sentuhan yang beralih boleh menggambarkan kegagalan tersebut, tetapi…
Lihat konfigurasi →
Pasangan Gear Serong Spiral Tugas Berat
Pasangan gear serong lingkaran tugas berat harus dikaji semula dari keseluruhan tugas operasi. Beban puncak, beban berterusan, peristiwa kejutan, pembalikan, sokongan galas dan pelinciran semuanya boleh menjadi penting…
Lihat konfigurasi →
Aci Pinion Serong Lingkaran
Mengintegrasikan pinion serong lingkaran dengan aci mengurangkan sambungan berasingan, tetapi ia menjadikan jurnal galas, bahu, splin, ulir dan datum gigi sebagai sebahagian daripada satu masalah pembuatan.…
Lihat konfigurasi →
Set Gear Miter Lingkaran
Set gear miter lingkaran menggunakan kiraan gigi yang sama untuk menghantar gerakan antara aci yang bersilang tanpa mengubah nisbah kelajuan secara sengaja. Nisbah yang sama memudahkan satu bahagian pemilihan,…
Lihat konfigurasi →
Set Gear Serong Lingkaran Tanah
Gear serong lingkaran tanah memerlukan lebih daripada sekadar menambah operasi pengisaran pada gear biasa. Skema datum, geometri pra-pengisaran, rawatan haba, elaun pengisaran dan pemeriksaan akhir telah…
Lihat konfigurasi →
Set Gear Serong Spiral Tersuai
Set gear serong lingkaran tersuai dibina berdasarkan geometri khusus projek dan bukannya jadual stok awam. Takrifan berguna merangkumi kedua-dua ahli pasangan, paksi…
Lihat konfigurasi →Before sending the enquiry
Do I need to know the exact gear material before requesting a quote?
When the industrial gearbox stage drawing controls material or heat treatment, include the exact requirement. If those choices remain open, describe the duty and leave material/process selection for review.
Can I send only a photo of the installed gear?
Photos of the industrial gearbox stage help establish orientation and condition, but they do not define tooth geometry or mounting datums. Add the mating member, drawing data and measurements taken from controlled assembly references.
Should the RFQ include the complete machine drawing?
For the industrial gearbox stage, send the assembly information that controls shaft relationship, mounting datums and interfaces. Unrelated machine details can be omitted when they have no effect on gear selection or inspection.
What quantity should I state for a prototype?
For the industrial gearbox stage, separate prototype/sample quantity from expected repeat demand. This keeps tooling, inspection and production planning tied to the real purchasing stage.
Minta sebut harga
Hantar RFQHantar pasangan gear, lukisan dan tugas dalam satu RFQ.
Lebih jelas hubungan pasangan dan datum pemasangan ditakrifkan, lebih cepat konfigurasi dapat disemak.
Panduan pesanan & penghantaran
MOQ adalah fleksibel mengikut jenis produk, laluan pembuatan dan jumlah nilai pesanan. Projek baharu yang sesuai boleh meminta 1–5 sampel barang pada harga sampel. Model campuran boleh digabungkan apabila jumlah pesanan mencapai kira-kira USD 1,500. Pesanan 1–2 barang boleh disemak, walaupun kos seunit biasanya lebih tinggi.
Tempoh perancangan biasa ialah 10–25 hari bekerja untuk bahagian standard, 20–45 hari bekerja untuk komponen tersuai dan 45–120 hari bekerja untuk peralatan atau pemasangan jenis projek. EXW, FOB, CIF dan DAP biasanya disokong; FCA, CFR, CPT, CIP dan DDP boleh dibincangkan untuk penghantaran.
