Desktop Metal Cutting Machine
1500W enclosed fiber laser cutting system built for prototypes, small batches, custom parts, and workshop production.
Compact Metal Cutting for Small Shops, Studios & Workshop Teams
Built for small workshops, gift studios, prototyping labs, and engineering teams that need compact, safe, and precise metal cutting without oversized equipment.
Small Workshops
Create metal tags, sample parts, small panels, and custom projects in a compact enclosed setup.
Gift Studios & Shops
Support personalized metal gifts, signage, decorative pieces, and small-batch orders.
Prototyping & Engineering
Cut prototype parts, test samples, brackets, and low-volume components for product development.
Compact Enclosed Structure.
Built as a compact all-in-one desktop metal cutting system, the enclosed body keeps the cutting area, motion structure, and internal routing organized for cleaner daily workshop use.
All-in-One Enclosed Body
The cutting area, motion structure, and internal components are arranged inside one compact enclosure.
Compact Workshop Footprint
Designed for small workshops, studios, prototyping rooms, and limited-space metal cutting setups.
Cleaner Work Area
Fewer exposed external parts help create a cleaner, more organized desktop metal cutting workflow.
STANDARD CONFIGURATION
Core Hardware Systems.
clean cutting edges
for repeat accuracy
daily operation
01
⚡
CUTTING POWER SYSTEM
Stable power delivery.
02
◎
MOTION & ACCURACY SYSTEM
Repeatable movement.
03
▱
PROTECTION & RELIABILITY
Clean cable routing.
04
▱
SAFETY & DAILY OPERATION
Controlled daily operation.
Precision Motion
Architecture.
The bus control system, servo drive, and XYZ motion module work together to support stable cutting paths, repeatable positioning, and smoother metal cutting performance.
Stable XYZ motion
for accurate cutting.
Motion is coordinated through the control system, servo drive, and XYZ module to help maintain stable cutting paths across daily workshop tasks.
Coordinated Motion Control
Coordinates cutting speed, laser power, and motion response to help keep the cutting path stable during operation.
Servo Driven Movement
Servo-driven movement improves response, stability, and repeat positioning during metal cutting.
Stable XYZ Module
Rigid XYZ module structure helps maintain smooth movement and long-term positioning stability.
Guided Exhaust for Enclosed Cutting.
The extraction port and internal ventilation path help guide cutting smoke away from the work zone, reduce dust buildup near precision components, and support a cleaner enclosed desktop cutting workflow.
Move smoke away from the cutting area.
A guided extraction path helps reduce smoke concentration inside the enclosed cutting chamber during daily metal cutting tasks.
Extraction Port
The extraction port helps guide cutting smoke and fine particles away from the active work zone.
Lens & Component Protection
Reducing dust buildup helps protect the cutting head lens, motion parts, and internal electrical components.
Electrical Ventilation Path
Ventilation outlets help maintain a more stable operating environment around electrical components.
Controlled Protection for Daily Cutting.
The enclosed body, safety protection switch, and emergency stop access help reduce operator exposure and support a more controlled cutting environment for workshop use.
Safety features built into a controlled workflow.
The enclosed machine body, safety protection switch, emergency stop access, and internal protection structure work together to support controlled daily cutting in workshops, studios, labs, and small production spaces.
Control the Workflow. Without Staying Fixed.
A compact wireless controller helps operators adjust, pause, and manage cutting tasks while moving around the machine and workspace.
Wireless Operation
Manage key machine actions without staying fixed at one position.
Magnetic Attachment
Position the controller conveniently on the machine body during workshop use.
One-Handed Use
Support quick adjustments, pausing, and workflow checks during operation.
From Design Files to Finished Metal Parts.
A controlled desktop workflow helps small shops move from CAD or vector files to enclosed cutting and finished sample, prototype, or small-batch metal parts.
DXF
Common vector format for cutting paths and flat metal part drawings.
DWG
Supports engineering drawing preparation before cutting tasks.
PLT
Used for vector-based cutting, plotting, and path output workflows.
Project File
Supported project format for processing setup and cutting preparation.
CAD
Prepare part geometry and convert design drawings into cutting tasks.
SW Export
Design metal parts and export compatible files for fabrication.
01 Prepare
Prepare the drawing file and confirm the cutting path.
02 Set Up
Load material, set focus, and confirm processing parameters.
03 Cut
Process metal parts through the enclosed desktop cutting system.
Cut Common Workshop Metals with a Compact 1500W System.
Built for compact metal fabrication, the system supports common workshop metals for prototypes, custom parts, sample cutting, and small-batch component production.
Cut up to 12 mm Carbon Steel.
Process common sheet metals for prototypes, signs, panels, brackets, and compact workshop production tasks.
Prototype Parts
Sample parts and test pieces for design verification.
Signs & Panels
Custom signs, flat panels, and decorative metal parts.
Brackets
Mounting pieces and functional workshop components.
Small Batches
Repeatable cutting for compact production batches.
Ready to Build a Compact Metal Cutting Workflow?
Tell us your material, part size, workshop setup, and expected production use. XT LASER can help confirm the right desktop metal cutting configuration before quotation.