Precision Bench Lathe

01 | KEY TECHNICAL ATTRIBUTES

1. Procurement concept: Precision Bench Lathe; suitable for review in laboratory fixtures and miniature bushings.

2. Target / reference requirement A: Center height reference: 120 mm. This is not a manufacturer-certified specification.

3. Target / reference requirement B: Between centers target: 400 mm. Final allowable values are OEM-dependent.

4. Functional focus: compact bench-based manual lathe; machining process: micro component turning.

5. Key engineering checkpoint: bench rigidity and chuck safety cover.

6. RFQ verification: request OEM drawings and inspect swing/turning diameter, workpiece mass, chuck/table size, travel, alignment and operator guarding.

7. Interface assessment: lathe bed / vertical table arrangement; check tool clearance, base/foundation loads, maintenance area, voltage/frequency and local guarding.

8. Acceptance scope: request dimensional / sample workpiece tests, FAT checklist, inspection reports, controller documentation and signed OEM specification.

9. All numerical values are BUYER REQUEST TARGETS, not verified OEM ratings, stock claims, throughput guarantees or certified tolerances.

02 | REGIONAL SHIPMENT & DELIVERY GUIDANCE

1. Build duration, origin and shipment window: obtain a written manufacturer quotation after confirmed drawings; no one-month or fixed port-to-port lead-time guarantee.

2. Transport: confirm net/gross weight, machine dimensions, permitted lifting points, bed or column restraint, dry packing, corrosion protection and transit insurance.

3. Dispatch options: ports such as Shanghai or Ningbo are possible only if commercially feasible for the selected OEM; confirm factory location and route first.

4. Market-specific coordination requirements (not transit-time promises):

  - Southeast Asia: Confirm export packing and destination port, import duty classification, buyer unloading access and inland delivery responsibilities.

  - East Asia: Confirm carrier schedules, anti-rust packaging, port handling arrangements and in-country power supply compatibility.

  - Middle East: Review heat and dust protection, electrical specifications, inland delivery restrictions and customs documentation.

  - Africa: Review destination port capacity, inland heavy-load handling, spare-parts availability and customs-clearing support.

  - Europe: Check applicable EU/UK machinery requirements and documentation, local electrical standards and lifting/installation compliance.

  - Americas: Confirm country-specific electrical requirements, machine import rules, applicable safety approvals and last-mile unloading permits.

5. Quote freight under an agreed Incoterms® rule and specify installation, unloading, customs, offloading cranes and local electrical/guarding checks.

6. Final delivery and acceptance depend on OEM tests, customs, vessel schedules, site preparation and contractual milestones.

03 | CUSTOM OPTIONS & PROCUREMENT HIGHLIGHTS

1. Application fit: use Precision Bench Lathe for evaluation of micro component turning in laboratory fixtures and miniature bushings; review drawings and planned cycle time first.

2. Engineering options to quote: collet attachment and digital readout. Availability and final scope depend on the chosen manufacturer.

3. Sourcing advantage to assess: compact bench-based manual lathe, provided OEM trials and inspection substantiate performance.

4. Equipment fit verification: Confirm maximum rotating diameter, tailstock/ram clearances, foundation and lifting envelope.

5. Purchase specifications should include center height reference: 120 mm; between centers target: 400 mm, plus coolant, chip handling, tooling, chuck/fixture requirements and electrical load.

6. OEM acceptance should address bench rigidity and chuck safety cover, application samples, measurement equipment, safety documentation and service / spares terms.

7. TAIDA GLOBAL coordinates sourcing, technical clarifications and supplier quality checks; it does NOT claim to be the equipment manufacturer or to hold listed configurations in stock.

04 | FREQUENTLY ASKED QUESTIONS

Q1. Is the Precision Bench Lathe suitable for laboratory fixtures and miniature bushings?

A1. Match the workpiece material, drawing tolerances, batch size and setup plan for micro component turning; then compare an OEM process trial and actual machine envelope.

Q2. Are these technical parameters guaranteed by TAIDA GLOBAL?

A2. No. “Center height reference: 120 mm” and “Between centers target: 400 mm” are buyer-side reference targets only; request signed OEM drawings, a machine specification sheet and acceptance results.

Q3. How should performance and safety be verified?

A3. Review bench rigidity and chuck safety cover; request process-specific cutting tests and applicable safety documents (e.g., ISO 23125 for applicable turning machines, subject to scope and local rules). A cited standard is not proof of certification.

Q4. Can the compact bench-based manual lathe be customized?

A4. Possibly, subject to the selected manufacturer’s engineering approval, quotation, machine compatibility and the purchaser’s final drawings.

Q5. What should buyers provide for an accurate quotation and delivery plan?

A5. Share workpiece drawings, material/heat treatment, annual volume, power frequency/voltage, destination country, delivery terms, site layout and required inspection/commissioning scope.