BRM Pro 1300

Expanded Class 1 laser system for education and production labs

The BRM Pro 1300 delivers an expanded enclosed Class 1 working area for schools, makerspaces, design labs, technical training environments, and supervised fabrication workflows that need larger material capacity.

Class 1 enclosed Expanded platform Education ready Production workflow
Pro 1300 overview

Class 1 enclosed laser cabinet for larger learning and lab projects

The BRM Pro 1300 gives education teams, makerspaces, design labs, and professional workspaces a larger enclosed cabinet workflow while maintaining the Pro Series Class 1 enclosed platform.

01

Expanded cabinet design

Designed for labs and workspaces that need a larger work area while keeping an enclosed Class 1 cabinet workflow.

02

Class 1 enclosed operation

Supports controlled workflows in supervised education, makerspace, design, and professional lab environments.

03

Larger material workflow

Built for cutting, engraving, prototyping, signage, classroom projects, and personalization workflows across common materials.

Application Media
BRM Lasers mixed media application example
BRM Lasers mixed media application example
Technical specifications

BRM Pro 1300 technical specifications

Full machine specifications for education labs, makerspaces, professional fabrication environments, and supervised laser workflows.

Working area WxDxH 1300 × 900 × 200 mm

Approx. 51.2 × 35.4 × 7.9 in working area.

Maximum table load 200 kg

Approx. 440.9 lb maximum supported table load.

Dimensions WxDxH 2000 × 1500 × 1200 mm

Approx. 78.7 × 59.1 × 47.2 in machine dimensions.

Weight 500 kg

Approx. 1102.3 lb enclosed cabinet system weight.

Electrical load 2 × 230 VAC

50 Hz, max. 2.3 kW operating requirement.

Connectivity options USB + network

Supports USB cable and network connectivity.

Climate 17–23°C

Approx. 62.6–73.4°F operating environment, 50–60% humidity.

Laser class Laser class 1

Enclosed cabinet laser system for supervised environments.

Laser pointer 650 nm, <5 mW

Integrated visible positioning laser pointer.

Laser power 100–130 W / 130–160 W

Configured for cutting, engraving, and fabrication workflows.

Accuracy 0.1 mm cutting

Approx. 0.004 in cutting accuracy, 420 dpi engraving.

Maximum cutting capacity 12–85%

At optimum power and workflow settings.

Attached optics 50.8 mm + 101.6 mm

Approx. 2 in and 4 in optics included.

Maximum machining speed 1500 mm/s X-axis

800 mm/s on the Y-axis, 60 mm/s maximum recommended cutting speed.

Maximum acceleration 20,000 mm/s² X-axis

4,000 mm/s² on the Y-axis.

Engine type Closed-loop stepper

Stepper motor with closed-loop feedback.

Encoder accuracy 12-bit

Precision encoder feedback system.

Positioning system Toothed belt

Toothed belt motion positioning system.

Mirror cooling Passively cooled

Integrated passively cooled mirror system.

Additional standard equipment Standard accessories

135 W air pump, maintenance kit, instruction manual, honeycomb grid cutting surface, and slat table surface.

Applications

Cut, engrave, and prototype across common classroom and production materials

BRM Laser Systems can be used for practical projects across materials commonly found in education, design, signage, personalization, and fabrication labs.

Education and makerspaces

Enclosed workflows for supervised classroom fabrication, STEM projects, training labs, and makerspace environments.

Education Training labs

Material engraving

Engraving workflows across acrylic, wood, coated materials, leather, and personalization projects.

Acrylic Wood Engraving

Project fabrication

Build signage, prototypes, educational fabrication projects, packaging inserts, and production-ready workflows.

Fabrication Prototyping
Video Preview

See BRM laser workflow in action

Next step

Plan the right BRM Pro 1300 workflow

Start with your available space, classroom environment, material workflow, and fabrication goals. CUTWORX USA can help align the BRM Pro 1300 with your education or professional lab environment.