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Cutting
TRC-T Series
Table drive type laser processing system. Optimal for processing of 3-D components. With applications from prototyping to research and development, modifying with specialized tools enables use as a dedicated special-purpose cutting machine or for mass production.
Configuring the high-precision type in a series allows production of sizes outside standard specifications. The enclosure matches standard specifications.
- Features
-
- NC drive control of X-, Y-, and Z-axis spindles
- Compatible with 3-D forms
- Highly adaptable for various applications
- Supports additional spindles
- Options
-
- Alignment image processing system
- CAD/CAM system
- On-axis camera monitor
- Electrostatic capacitance type tracing unit
- Dust collector
- Work loader/unloader
| Specifications | (Figures in parentheses indicate high-precision model) | |||
|---|---|---|---|---|
| Model | TRC30T（H） | TRC40T（H） | TRC50T（H） | TRC60T（H） |
| Maximum stroke (X-, Y-axis) | 300X300mm | 400X400mm | 500X500mm | 600X600mm |
| Maximum stroke (Z-axis) | 100～500mm | |||
| Maximum speed | 500mm/sec | |||
| Positioning accuracy | ±30μm（±10μm） | |||
| Positioning repeatability | ±10μm（±5μm） | |||
| Size | 1500WX1500DX1800Hmm | 1700WX1700DX1800Hmm | ||
| Weight | 1200kg | 1400kg | ||
| Power supply | 200 VAC, 3-phase, 50/60 Hz | |||
Welding
TRW-T Series
Table drive type laser processing system.
Optimal for processing of 3-D components.
With applications ranging from prototyping to research and development, modification with specialized tools allows this model to be used as a dedicated special-purpose welding machine or for mass production. Configuring the high-precision type in a series allows production of sizes outside standard specifications. The enclosure matches standard specifications.
- Features
-
- NC drive control of X-, Y-, and Z-axis spindles
- Compact, integrated in single unit
- Highly adaptable for various applications
- Supports additional spindles
- Options
-
- Alignment image processing system
- CAD/CAM system
- On-axis camera monitor
- Electrostatic capacitance type tracing unit
- Dust collector
- Work loader/unloader
| Specifications | (Figures in parentheses indicate high-precision model) | |||
|---|---|---|---|---|
| Model | TRW30T（H） | TRW40T（H） | TRW50T（H） | TRW60T（H） |
| Maximum stroke (X-, Y-axis) | 300X300mm | 400X400mm | 500X500mm | 600X600mm |
| Maximum stroke (Z-axis) | 100～500mm | |||
| Maximum speed | 500mm/sec | |||
| Positioning accuracy | ±30μm（±10μm） | |||
| Positioning repeatability | ±10μm（±5μm） | |||
| Size | 1500WX1500DX1800Hmm | 1700WX1700DX1800Hmm | ||
| Weight | 1200kg | 1400kg | ||
| Power supply | 200 VAC, 3-phase, 50/60 Hz | |||
TRW-R Series
Articulated robot type laser processing system.
Optimal for processing of 3-D components.
With applications ranging from prototyping to research and development, modification with specialized tools allows this model to be used as a dedicated special-purpose welding machine or for mass production.
Capable of remote welding, a galvanometer scanner may also be added to enable on-the-fly welding. High-precision type available in various models in the series.
- Features
-
- NC drive control of X-, Y-, and Z-axis spindles
- Compact, integrated in single unit
- Highly adaptable for various applications
- Supports additional spindles
- Options
-
- Alignment image processing system
- CAD/CAM system
- On-axis camera monitor
- Electrostatic capacitance type tracing unit
- Dust collector
- Work loader/unloader
| Specifications | (Figures in parentheses indicate high-precision model) | |||
|---|---|---|---|---|
| Model | TRW30T（H） | TRW40T（H） | TRW50T（H） | TRW60T（H） |
| Maximum stroke (X-, Y-axis) | 300X300mm | 400X400mm | 500X500mm | 600X600mm |
| Maximum stroke (Z-axis) | 100～500mm | |||
| Maximum speed | 500mm/sec | |||
| Positioning accuracy | ±30μm（±10μm） | |||
| Positioning repeatability | ±10μm（±5μm） | |||
| Size | 1500WX1500DX1800Hmm | 1700WX1700DX1800Hmm | ||
| Weight | 1200kg | 1400kg | ||
| Power supply | 200 VAC, 3-phase, 50/60 Hz | |||
Surface Modification/Hardening
TRH-R Series
Laser brazing system that feeds filler wire for bonding . Servo drive controlled filler wire feeder enables stable wire feed. Seam tracker (optional) head driven in accordance with the shape of the piece, enabling stable processing.
Modifying with a robot enables use for auto parts and other appliations.
- Features
-
- Configuration of lines is simple, easy
- Robot drive highly adaptable for various applications
- Compatible with oversized workpieces
- Compatible with 3-D forms
- Options
-
- Work loader/unloader
Articulated robot type
| Specifications | ||||
|---|---|---|---|---|
| Model | TRH7R | TRH17R | TRH20R | TRH26R |
| Maximum reach | R700mm | R1700mm | R2000mm | R2600mm |
| Positioning repeatability | ±30μm | ±60μm | ±70μm(±50μm) | ±200μm(±50μm) |
| Power supply | 200 VAC, 3-phase, 50/60 Hz | |||
Table drive type
| Table drive type laser processing system | ||||
|---|---|---|---|---|
| Model | TRH30T | TRH40T | TRH50T | TRH60T |
| Maximum stroke (X-, Y-axis) | 300X300mm | 400X400mm | 500X500mm | 600X600mm |
| Maximum stroke (Z-axis) | 100～500mm | |||
| Maximum speed | 500mm/sec | |||
| Positioning accuracy | ±30μm（±10μm） | |||
| Positioning repeatability | ±10μm（±5μm） | |||
| Size | 1500WX1500DX1800Hmm | 1700WX1700DX1800Hmm | ||
| Weight | 1200kg | 1400kg | ||
| Power supply | 200 VAC, 3-phase, 50/60 Hz | |||
Installation Flowchart
STEP1Confirmation/consultation (free of charge)
First, the customer informs us of current processing under review, as well as desired objectives and technological problems.
We then investigate processing methods best suited to the customer’s needs.
※Selection of laser oscillators, system configuration
STEP2Selection testing using laser oscillators (fees apply from this point on)
After confirming the selection criteria, we run selection tests using actual lasers. We then write and provide a report on the selection of the laser oscillator.
STEP3 Establishment of processing conditions using the selected oscillator
We then work out the optimal processing conditions using the selected oscillator. The customer may also observe the processing.
※With installation of the equipment, testing(establishing conditions) at this point is extremely important.
⇒ this enables a smooth startup after the equipment has been installed.
STEP4Systemization/Technical Support
We also handle testing and manufacturing of optimal systems to meet the customer’s needs. Technicians can be dispatched to the customer’s site for the initial system startup to provide technical guidance.
We can further offer prompt advice and consulting for processing following the installation.