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TRUMPF CO2 to Fiber Laser
Replace the legacy CO2 beam source and beam delivery with a fiber laser architecture while retaining suitable mechanical assets.
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Retrofit Engineering
Laser Retrofit & Laser Control Retrofit Services
A successful laser retrofit starts with the condition of the existing machine—not with a parts list. We review the mechanical platform, drive architecture, electrical drawings, safety chain, gas circuit and production target before defining the upgrade.
Retrofit Engineering
Laser Retrofit & Laser Control Retrofit Services
Engineering-led laser retrofit and laser control retrofit services for legacy laser cutting machines, including TRUMPF control migration, CypCut upgrades and commissioning.
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02
TRUMPF Control to CypCut
A TRUMPF control retrofit modernizes an aging laser cutting machine with a Bochu platform after drive, I/O and safety compatibility review.
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03
Beckhoff Control to CypCut
Re-engineer Beckhoff-based control and motion functions around a suitable Bochu platform with machine-specific EtherCAT and I/O planning.
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04
PA8000 to CypCut
Replace an obsolete PA8000 control path with a maintainable Bochu platform and updated control cabinet interfaces.
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05
Fagor Control to CypCut
Migrate a Fagor-based laser cutting control to a Bochu platform with coordinated motion, height control and process I/O.
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06
CypCut System Upgrade
Upgrade an existing CypCut/FSCUT installation for improved maintainability, supported hardware, higher power or expanded process functions.
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07
Low to High-Power Fiber Laser
Increase laser power only after validating the machine frame, motion, cutting head, chiller, extraction, gas, electrical supply and control architecture.
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08
Laser Cutting Machine Technical Support
Get practical technical consultation, remote diagnostics, fault analysis, cutting-parameter guidance and maintenance support for laser cutting machines.
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Compatibility comes before configuration
Every project requires a machine-specific assessment. Final hardware, software and achievable performance depend on the existing mechanical accuracy, drive system, I/O, electrical cabinet, safety circuit and selected laser power.
A thorough engineering review confirms the retrofit solution is compatible, integrated correctly and sized around the real machine condition and production target.
- Mechanical & electrical condition
- Machine base, cabinet condition and safety readiness
- Control, drives & fieldbus
- Existing controller, drives, I/O and motion network
- Target materials & laser power
- Material, thickness, process target and proposed power
Assessment outcome
The review turns machine evidence into a clear engineering decision.
- Feasibility confirmedIdentify the constraints that affect a retrofit path.
- Scope definedSet the required controls, interfaces and safety work.
- Commissioning plannedPrepare installation, parameter setup and handover.
Engineering review at a glance
Assessment Checklist
- Machine brand, model and yearBrand, model and year
- Current controller, drives and fieldbusController, drives and network
- Laser source, cutting head and chillerLaser source, head and cooling
- Electrical drawings and safety circuitSchematics and safety logic
- Target materials, thickness and laser powerMaterial, thickness and laser power
Project Deliverables
- Machine compatibility reportFindings and retrofit recommendations
- Retrofit architecture and bill of materialsScope and component list
- Electrical and I/O integration planWiring, signals and interfaces
- Installation and parameter commissioningSetup and optimization
- Operator training and handover recordsManuals and documentation
- Remote support after commissioningOngoing technical assistance
Retrofit Engineering
From machine survey to production handover
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01
Machine survey
Collect model, year, controller, source, drives, drawings and fault history.
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02
Compatibility review
Verify mechanics, motion, I/O, safety, utilities and target laser power.
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03
Retrofit engineering
Define control, optics, electrical, cooling, gas and safety integration.
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04
Installation & commissioning
Install hardware, map I/O, tune motion and complete process parameter setup.
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05
Training & support
Validate cutting samples, train operators, document the final configuration and provide post-commissioning support.
Retrofit Engineering
Selecting the right Bochu control platform
CypCut is a leading Chinese sheet-metal laser cutting software platform. Depending on power, motion architecture and process requirements, a project may use CypCut, CypCutPro or an EtherCAT-based FSCUT8000/HypCut solution.
Match the control platform to the installed laser power, motion architecture, I/O scope and the process control your production requires.
- Installed power
- Laser source and planned duty cycle
- Motion & fieldbus
- Existing drives, pulse control or EtherCAT readiness
- Required process control
- Everyday production, advanced functions or high-power coordination
Engineering fit check
Share your machine model, installed controller and production target. We review the practical control path before any retrofit scope is confirmed.