本声明适用于拓思网站及其业务咨询、人才意向功能。网站使用名称为 Teconce Automation Technologies;中国业务主体为成都拓思自动化技术有限公司。越南项目涉及的实体为 TECONCE VIET NAM INDUSTRY COMPANY LIMITED;具体合同相对方以书面文件为准。
Planned content: reflector location, detection target and outgoing / returning optical paths. Material selection and validation will be populated from verified source documents.
Planned content: the relationship between robot fingers, contact pads and the wafer. Dimensions, materials and test evidence await source verification.
Planned content: commissioning tasks, team responsibilities, escalation and acceptance handover. Specific project records and outcomes await confirmation.
Explore glass reflectors against vacuum, temperature, cleaning media and optical installation conditions.
The challenge
How can retroreflective detection balance material compatibility and signal stability in vacuum, heat and cleaning environments?
Selection begins with mounting relationships: the reflector position, possible obstructions and whether the sensor is outside the chamber. A diagram should show outgoing and returning light and the target before available space is assessed.
Solution & application
Planned content: reflector location, detection target and outgoing / returning optical paths. Material selection and validation will be populated from verified source documents.
Describe temperature, vacuum and cleaning conditions separately, including duration and variation. Use those conditions to assess materials, structure and mounting; a material name alone does not validate the complete detection arrangement.
Validation & results
Validation records should identify the actual sensor, optical distance and angle, and signal behaviour before and after environmental changes. Record conditions, sample revision and limitations, and confirm suitability against that evidence.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Explore robot contact pads against dimensions, materials, particles and service-life requirements.
The challenge
Wafer-handling contact parts must account for particles, outgassing, wear and surface protection.
A pad is the contact interface between a robot and the wafer. Selection starts with contact locations, dimensions, quantity and handling method, before material and replacement intervals are considered.
Solution & application
Planned content: the relationship between robot fingers, contact pads and the wafer. Dimensions, materials and test evidence await source verification.
The diagram should show robot fingers, pads and wafer, with a magnified contact area. Compare candidate materials against the same contact structure rather than equating service-life descriptions from different conditions.
Validation & results
Organize sample records around surface marks, particles, wear and contact stability. Specific replacement scope and maintenance intervals should be discussed only after trial conditions and results are clear.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Explore sensing spots, through-beam optics and sensor arrangements against wafer spacing and installation space.
The challenge
Space-constrained wafer detection requires a clear target, optical position and resolution requirement.
The task may be slot occupancy, edge position or abnormal placement. These tasks place different demands on optics and space; first show the states that must be distinguished in the equipment structure.
Solution & application
Planned content: wafer slots, emitter / receiver locations and the sensing path. Detailed structure and performance data are pending.
Show emitter and receiver, wafer edge and available mounting space in one diagram, then assess range, response needs and interference. Product specifications must be considered together with the mounting arrangement.
Validation & results
Test both normal and relevant abnormal states, recording the relationship between signal and mechanical position. Resolution and usable scope depend on the confirmed test conditions.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Review replacement compatibility from the original model, mounting dimensions, sensing distance and interface.
The challenge
Replacement parts need to match the original equipment’s mechanical dimensions, electrical interface and detection task.
A similar shape or sensing range does not establish interchangeability. Compare the original model, dimensions, interface, output type and switching logic item by item.
Document similarities and differences separately, showing which differences can be addressed through mounting, wiring or settings, and which need further validation.
Validation & results
Confirm individual fit and equipment behaviour before planning a wider replacement. Do not extend one test conclusion to equipment models or conditions not covered by it.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Explore coordination between the manufacturer and local engineers during startup, functional checks and trial runs.
The challenge
An overseas site needs technical coordination between the equipment maker, local engineers and operating team.
Overseas commissioning requires equipment makers, local teams and operators to work from a shared task and issue list, covering equipment status, remaining functions and matters requiring manufacturer decisions.
Solution & application
Planned content: commissioning tasks, team responsibilities, escalation and acceptance handover. Specific project records and outcomes await confirmation.
Commissioning follows agreed scope and authorization. Define responsibility for troubleshooting, software changes and process adjustment. Escalated issues should include reproducible information and a record of actions.
Validation & results
Explain outcomes through functional checks, trial-run records, acceptance lists and handover documents. Yield, cycle-time or capacity targets become delivery outcomes only when explicitly agreed and verified.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Explore coordination across mechanical, electrical and piping work, with installation checks and commissioning handover.
The challenge
Overseas line installation involves multiple trades and requires a clear scope and commissioning-handover criteria.
Installation involves mechanical, electrical and possible piping interfaces. Confirm drawing revisions, site readiness, tools, permits and manufacturer involvement before work starts.
Solution & application
Planned content: equipment layout, installation interfaces and handover checks. Site, scope and results will be verified against source material.
A task diagram combining equipment layout and trade responsibilities helps identify overlaps and dependencies. Installation completion checks should correspond to the entry conditions for commissioning.
Validation & results
Handover should record completed items, open issues and owners. Demobilization is not evidence of acceptance; project inspection and acceptance records determine the outcome.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Explore local response and manufacturer support for operating issues, routine maintenance and operator training.
The challenge
After startup, the site needs coordinated issue response, maintenance, manufacturer support and operator handover.
Resident support centres on logged issues, response and escalation, not unlimited equipment redesign. Equipment, shifts and service duration determine the required staffing.
Solution & application
Planned content: issue logs, diagnosis, escalation, closure and training. Customer details, personnel experience and delivery results are pending verification.
Distinguish routine maintenance, local troubleshooting, manufacturer support and operator training. A closed-loop diagram can show how an issue moves from discovery to resolution, verification and handover.
Validation & results
Organize service records by issue category, actions, restoration and recurring problems. Interpret operating performance alongside production conditions rather than attributing all improvement to resident support.
This is a technical-note draft without approved test data, customer names or project outcomes. Conditions, procedure, results and limitations will be added before publication.
Discuss your application
Share equipment structure, operating conditions or project scope to make the discussion specific.
Complete installation and checks for commissioning handover; software and process tuning are separately agreed.
Commissioning
General / controls / specialist commissioning
Complete functionality, trial runs and site acceptance within agreed scope; quality and cycle-time targets require explicit agreement.
On-site support & maintenance
Field service / maintenance
Inspection, fault response, escalation, closure and maintenance; not unrestricted equipment redesign.
Competency levels
Level
Role level
Capability
L0
Helper
Tools, records, handling and site assistance.
L1
Junior
Execute standard tasks to drawings, steps or work instructions.
L2
Independent
Complete routine role-specific work and self-checks independently.
L3
Senior / troubleshooting
Handle complex tasks, troubleshoot and guide the team.
L4
Lead / delivery
Lead team or project planning, quality and delivery.
Web summary of the external Local Engineering Services and Engineer Competency Levels V1.0. Language, certifications and project experience are assessed separately. Scope, staffing and acceptance follow the project agreement.
The approved document has not been added yet.
项目费率参考
越南客户参考费率表
服务 / 岗位
等级
人日参考费率
机械安装
L0–L4
待接入确认版
电气安装
L0–L4
待接入确认版
设备调试
L0–L4
待接入确认版
驻厂服务 / 维护
L0–L4
待接入确认版
参考费率用于预算与资源规划,不是项目报价。地区、工种、等级、工时、累计人日及差旅等条件需一并确认。
正式文件待接入。
Project Rate Reference
Vietnam Client Reference Rates
Service / role
Level
Reference day rate
Mechanical installation
L0–L4
Pending approved version
Electrical installation
L0–L4
Pending approved version
Equipment commissioning
L0–L4
Pending approved version
On-site service / maintenance
L0–L4
Pending approved version
Reference rates support budgeting and resource planning, not a project quotation. Confirm region, role, level, hours, total person-days and travel conditions together.
Translate equipment requirements into practical, testable application solutions.
Responsibilities
Confirm targets, equipment structure, operating conditions and interfaces with customers; document the problem and objective.
Compare sensors, optical parts and related industrial products, documenting selection criteria and application limits.
Prepare application diagrams, test plans and sample-validation records, and follow up issues and changes.
Coordinate customers and suppliers across technical clarification, samples, lead times and delivery records.
Requirements
Experience in industrial automation, sensing, machine vision or equipment applications.
Able to read specifications and basic mechanical / electrical drawings, and clearly record analysis and test results.
Willing to understand problems at customer sites, with proactive communication and consistent follow-through.
Semiconductor, electronics or automotive equipment experience and the ability to read English technical material are advantageous.
Please include relevant projects, responsibilities, familiar products or software, and travel availability. Do not submit client secrets or unauthorized drawings.
Posting content is for publication review. This preview displays dates; current availability requires confirmation.
Support equipment startup, functional commissioning, trial runs and issue resolution.
Responsibilities
Check mechanical, electrical and control interfaces within project scope, supporting manufacturer-led startup and functional commissioning.
Identify and troubleshoot site issues; maintain records of actions and points requiring manufacturer support.
Support trial runs, parameter checks and acceptance tests under approved authorization and safety procedures.
Support operator training, maintenance guidance and handover, with on-site service follow-up where required.
Requirements
Experience in automation equipment commissioning, field service or maintenance, supported by specific equipment and project examples.
Familiarity with electrical drawings, I/O checks or mechanical troubleshooting; PLC, robot or process expertise is matched to each project.
Site-safety awareness, customer communication and issue-recording skills; available for project-site assignments.
State your Chinese, English and local-language ability; electronics, automotive or semiconductor equipment experience is advantageous.
Include equipment types, installation / commissioning / maintenance experience, availability and countries served. Please do not disclose client confidential information.
Posting content is for publication review. This preview displays dates; current availability requires confirmation.