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Manufacturing & Engineering

ISO 13485 translation

Engineering manuals, CAD drawings, HMI interfaces, and quality documentation for industrial manufacturers with terminology consistency and DTP layout accuracy.

Enterprise NDA protected · Rigorous terminology compliance
ISO 13485 translation
ISO 13485 translation ISO 17100 QA standards

Project Preparation

The following information helps evaluate drawing complexity, engineering standards, and timelines.

01

Source Files

Provide O&M manuals, technical specs, CAD drawings, or HMI string tables (Word, PDF, InDesign, Excel, JSON).

02

Target Languages

Specify target export regions, languages, and applicable industry standards (ISO, GB/T, EN, OSHA).

03

Purpose & Audience

Clarify end-use (O&M guidance, overseas commissioning, quality compliance, procurement) and technician readers.

04

Terminology & References

Provide existing parts glossaries, legacy bilingual manuals, or reference materials.

05

Format & Timeline

Confirm 1:1 DTP layout requirements, bilingual side-by-side audit formats, and delivery deadlines.

💡 Note: Technical parameters, part numbers, and safety imperatives follow strict engineering codes; model numbers should be locked.

Industry Translation & Quality Workflow

Enforcing closed-loop workflows from terminology extraction and SME translation to layout alignment.

01

Scope & Terminology Extraction

Analyze document structures, drawing layers, and extract vertical domain terms into glossaries.

02

Domain Expert Translation

Match specialized translators with healthcare, IT, legal, or engineering backgrounds.

03

Dual Review & Numeric QA

Cross-verification of technical tolerances, safety alerts, and regulatory references.

04

Layout Inspection & Callout Sync

Preserving document hierarchy, callout references, and structural alignment per source conditions.

05

Handover & TM Archival

Deliver final files, QA audit logs, and archive confirmed termbases into customer TM.

Deliverables

The following deliverables are tailored per agreed project scope.

Deliverables

  • Final formatted target documents (Word / PDF / InDesign)
  • Bilingual side-by-side verification documents for engineering audit
  • Project industrial equipment glossary (TBX / Excel)
  • QA audit and DTP visual verification logs

Prerequisites & Scope Notes

  • CAD Drawing Complexity: Scanned drawings require upfront OCR and vector layer reconstruction evaluation
  • Industry Standards: Compliance with specific mandatory standards (CE Machinery Directive, GB) agreed early
  • Intellectual Property: NDA signed to safeguard proprietary industrial blueprints and algorithms
  • Technical Clarifications: Direct query log channels established for non-standard proprietary part names

Industrial Equipment Technical Spec Sample

Demonstrating hydraulic filtration spec parameters, technical tolerances, and terminology standard.

View All Samples →
Industrial Equipment Technical Spec Sample EN ➔ ZH-CN
Source (EN - Technical Specification Excerpt)

"High-Pressure In-Line Hydraulic Filter: Max Operating Pressure 42.0 MPa, Rated Flow 240 L/min, Micron Rating 10 μm (Beta ratio β10 ≥ 200). Equipped with visual/electrical clogging indicator."

Target (ZH-CN - Engineering Translation)

“高压管路液压过滤器:最大工作压力 42.0 MPa,额定流量 240 L/min,过滤精度 10 μm(过滤比 β10 ≥ 200)。配备目视/电信号发讯器(堵塞指示器)。”

Source Technical Term Target Chinese Term Standard & Category
In-Line Filter In-Line Filter GB/T Fluid Power Standard Terminology
Beta Ratio (β10 ≥ 200) Beta Ratio (β10 ≥ 200) ISO 16889 Multi-pass Filtration Standard
Clogging Indicator Clogging Indicator Industrial fluid power electrical indicator standard
Sample Overview Sample ID: IND-MFG-01

High-Pressure Hydraulic In-Line Filter Spec

Industry: Manufacturing & Machinery · Standard: ISO 16889 & GB/T Fluid Power

1

National Industry Standards

Conforming strictly to GB/T fluid power terminology.

2

Zero-Defect Numeric Parameters

Triple-checked pressure, flow rates, and mathematical subscripts.

3

Drawing Callout Alignment

1:1 exact correspondence with parts list callout indices.

FAQ

Frequently asked questions

Common questions on pricing, turnaround, confidentiality and file formats—contact us for anything else.

What linguist profile do you use for ISO 13485 translation?
Industry-experienced translators and reviewers, client or project glossaries, compliance checklists, and SME review for critical sections when needed.
Are you familiar with regulatory and standard documentation?
We handle common international and local frameworks (e.g. FDA/MDR, IEC, ISO depending on sector)—IFUs, SOPs, contracts, manuals and more.
How do you maintain content over time?
Project TM and glossaries, diff-based updates, dedicated PMs and cadence aligned to your release or quarterly cycles.
How much does ISO 13485 translation cost?
Pricing depends on word/page count, language pair, subject matter, timeline and formatting. Send a sample or files—we respond within 24 hours with a detailed quote.
What factors affect translation pricing?
Key factors: language pair, content type (general/technical/legal), layout/DTP, certified or notarized delivery, glossary work, rush fees, and volume for ongoing programs.
How long does translation take?
Typical documents are planned at roughly 2,000–3,000 source words per day; website and software work is phased by module. We confirm milestones during scoping.

Ready to Start Your Project?

Submit your requirements and files. Our consultant will provide a transparent quote and timeline within 24 hours.

Mutual NDA execution supported
Evaluation delivered within 24 hours
Transparent pricing & clear scope

Discuss Your ISO 13485 translation Project

Submit technical drawings or draft chapters for a professional feasibility assessment.