TY-RF2018 fully enclosed laser cladding machine with powder feeder and control equipment — TY-RF2018 enclosed machine view · Fully enclosed laser cladding configuration

TY-RF2018 Enclosed Laser Cladding Machine

This enclosed TY-RF2018 laser cladding configuration integrates the laser, cladding head, CNC motion, powder feeding and water cooling around a machine body. Select the working area and fixtures together with the loading access and site extraction requirements.

Laser power3 / 6kW

Positioning accuracy±0.02mm

Support axes3-6axes

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Whole-machine warranty: 2 years · Final price and delivery timing depend on working area, axis count, laser power, workholding, extraction and integration scope.

Specifications

TY-RF2018 enclosed technical data

Machine and laser configuration

Series: TY-RF2018
Listed configuration: Fully enclosed
Listed laser power: 3,000 / 6,000 W
Support axes: 3-6 axes
Positioning accuracy: ±0.02 mm / ±0.0008 in
Listed working area: 500 × 300 × 400 mm / 19.7 × 11.8 × 15.7 in; customizable

Cladding process

Laser source: Fiber laser
Laser wavelength: 1,080 ± 5 nm
Fiber core diameter: 600 μm / 0.024 in
Listed cladding thickness: 0.5-2 mm / 0.020-0.079 in
Motion control: CNC controller

Utilities and operating conditions

Power supply: 380 V ±5%, 50/60 Hz
Cooling method: Water cooling
Listed operating temperature: 0-50 °C / 32-122 °F
Extraction interface: Reserved interface; extraction package confirmed per project
Whole-machine warranty: 2 years

TY-RF2018 enclosed laser cladding machine specifications
Machine and laser configuration
Series	TY-RF2018
Listed configuration	Fully enclosed
Listed laser power	3,000 / 6,000 W
Support axes	3-6 axes
Positioning accuracy	±0.02 mm / ±0.0008 in
Listed working area	500 × 300 × 400 mm / 19.7 × 11.8 × 15.7 in; customizable
Cladding process
Laser source	Fiber laser
Laser wavelength	1,080 ± 5 nm
Fiber core diameter	600 μm / 0.024 in
Listed cladding thickness	0.5-2 mm / 0.020-0.079 in
Motion control	CNC controller
Utilities and operating conditions
Power supply	380 V ±5%, 50/60 Hz
Cooling method	Water cooling
Listed operating temperature	0-50 °C / 32-122 °F
Extraction interface	Reserved interface; extraction package confirmed per project
Whole-machine warranty	2 years

Contain the process and integrate the core equipment

Fully enclosed protective body

The sheet-metal enclosure separates the processing area from the surrounding workspace and helps contain laser radiation, metal dust and process spatter.

Integrated core equipment

The integrated system brings the laser source, cladding head, CNC motion system, powder feeder and water chiller together around one guarded machine body.

Reserved extraction interface

An extraction connection is reserved so the final dust-control package can be selected around the site and process requirements.

Three-to-six-axis motion

The support-axis package is selected around shafts, flat parts and simple curved workpieces rather than fixed as one universal arrangement.

Protected motion and optics

The enclosed layout helps limit process dust from spreading toward motion components and optical equipment during cladding work.

Configured around the repair task

Laser power, working area, workholding, cladding head, powder delivery and extraction scope are confirmed after reviewing the part and target layer.

From part review to sample acceptance

A typical sequence for defining the enclosed system around the submitted component, process target and production environment.

01
Part drawing and base-material review
02
Repair or strengthening target definition
03
Cladding material and process-trial planning
04
Laser power and processing-head selection
05
Working area, axis and workholding check
06
Enclosure access and loading review
07
Extraction, cooling and utility definition
08
Sample acceptance and installation scope

01
Part drawing and base-material review
02
Repair or strengthening target definition
03
Cladding material and process-trial planning
04
Laser power and processing-head selection
05
Working area, axis and workholding check
06
Enclosure access and loading review
07
Extraction, cooling and utility definition
08
Sample acceptance and installation scope

Define access, extraction and workholding around the part

Final working area, axis count, loading access, workholding, laser power and extraction package are confirmed against the part geometry and site requirements.

Guarded process areaEnclosed machine body for contained processing and controlled access

Integrated equipment packageLaser, cladding head, CNC motion, powder feeding and water cooling configured as one system

Extraction planningReserved interface matched to the final dust-control package and site requirements

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Check loading access as well as the working area

Review the part through the complete loading route

The workpiece and fixture must fit the loading opening and the required motion path inside the machine. Request the final layout with access clearances; the listed 500 × 300 × 400 mm working area does not describe door dimensions or every usable part envelope.

Specify the extraction equipment separately

The machine has a reserved extraction interface. Confirm the extraction unit, connection and installation responsibilities in the project scope instead of assuming that an interface includes the complete dust-control package.

Match the enclosure to the production task

Consider fixture changes, operator access and maintenance alongside the cladding path. This is an enclosed cladding-machine configuration; the enclosure alone does not establish a sealed inert-atmosphere chamber or a particular certification.

Machine selection questions

What equipment is integrated in the enclosed configuration?

The described package brings together the laser source, cladding head, CNC motion, powder feeder and water chiller around the machine body. Confirm the exact selections and any additional site equipment in the proposal.

Is the extraction unit included?

A reserved extraction interface is listed. The extraction equipment and installation scope are confirmed per project, so they should be identified separately in the quotation.

Does the enclosure provide an inert processing chamber?

A sealed inert-atmosphere chamber is not specified for this product. Any atmosphere requirement needs a separate engineering review and must not be inferred from the enclosed body.

Can a part filling the listed working area always be loaded?

Not automatically. Door access, fixture dimensions, clamping and the head path all affect usable space. Submit the full assembly and obtain a confirmed loading and motion layout.

What information is needed for an enclosed-cladding quote?

Send the part and fixture dimensions, material, surface condition, target layer, loading method and output target. Include site space and extraction requirements so the machine and installation scope can be reviewed together.

Request a quote

Tell us the part. We will tell you the machine.

Price depends on part dimensions and material, target layer, working area, axis count, laser power, cladding head, workholding, extraction and installation scope.