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BRM Pro 1600
Working area
1600 × 1000 × 200 mm
Large enclosed platform for larger panels, project sets, and production-oriented layouts.
Machine footprint
2200 × 1600 × 1200 mm
Designed for larger laser rooms, supervised labs, and planned installation spaces.
Laser class
Class 1 enclosed
Built for controlled workflows in education, makerspace, and professional environments.
Large Class 1 laser platform for bigger projects, structured labs, and supervised production
The BRM Pro 1600 is built for teams that need a larger enclosed laser workflow without moving out of the Pro Series Class 1 platform. It fits schools, makerspaces, design labs, technical training programs, and professional environments that need more table capacity for cutting, engraving, and fabrication.
Class 1 enclosed
1600 × 1000 mm work area
USB + network
100–160 W options
A larger enclosed BRM workflow with room to scale projects
The Pro 1600 extends the BRM Pro Series into a larger cabinet format for teams that have outgrown smaller classroom or prototype formats. It supports a broader mix of part sizes, fixture layouts, project batching, and teaching workflows while maintaining enclosed Class 1 operation.
- Large 1600 × 1000 × 200 mm working area for bigger sheets, grouped parts, and expanded project setups.
- USB and network connectivity options for flexible file transfer and lab integration.
- Closed-loop stepper drive architecture, toothed belt positioning, and integrated visible laser pointer support day-to-day precision workflows.
- Available laser power ranges from 100–130 W and 130–160 W for engraving and cutting configurations across varied materials.
Class 1 enclosed laser cabinet for larger learning environments and structured production
The BRM Pro 1600 is a strong match for organizations that want a larger enclosed laser system for supervised use. It gives teams more usable table area, more room for multi-part layouts, and a stronger fit for fabrication classrooms, design departments, innovation labs, and professional application spaces.
Large cabinet design
Designed for users who need the largest Pro Series work area while preserving an enclosed, structured machine format for routine operation.
Class 1 enclosed operation
Supports controlled workflows for education, training, makerspace use, and professional supervised fabrication environments.
Expanded project handling
Built for larger signage, longer engraving layouts, classroom production sets, prototyping, and fabrication across common laser-ready materials.
From file setup to finished parts in a supervised enclosed workflow
The Pro 1600 is well suited for organizations that need a machine workflow that can move between education, demonstration, prototyping, and repeat part output. The larger cabinet helps teams stage more material, reduce constant reloading on larger jobs, and better organize multi-part work.
Load larger sheets
Use the larger table format for oversized material layouts, grouped student projects, or multiple production parts in one setup.
Align and position
Integrated positioning support, enclosed access, and optics options help operators prepare engraving and cutting workflows with repeatable control.
Cut or engrave
Configure power and workflow settings for engraving detail work, prototyping, signage, education projects, or general fabrication output.
Repeat with consistency
Move from one-off projects to recurring lab use, class rotation, or production-oriented tasks with a cabinet format built for routine use.
Mixed-material examples for engraving, fabrication, and classroom-ready project work
BRM Pro 1600 technical specifications
Key specifications for teams planning installation, operator workflow, room fit, throughput expectations, and material handling.
Approx. 63 × 39.4 × 7.9 in working area.
Approx. 440.9 lb maximum supported table load.
Approx. 86.6 × 63 × 47.2 in machine dimensions.
Approx. 1267.7 lb enclosed cabinet system weight.
50 Hz, max. 2.3 kW operating requirement.
Supports USB cable and network connectivity.
Approx. 62.6–73.4°F operating environment, 50–60% humidity.
Enclosed cabinet laser system for supervised environments.
Integrated visible positioning laser pointer.
Configured for cutting, engraving, and fabrication workflows.
Approx. 0.004 in cutting accuracy, 420 dpi engraving.
800 mm/s on the Y-axis, 60 mm/s maximum recommended cutting speed.
4,000 mm/s² on the Y-axis.
Stepper motor with closed-loop feedback.
Toothed belt motion positioning system.
Includes air pump, maintenance kit, manual, honeycomb grid cutting surface, and slat table surface.
Cut, engrave, and prototype across common classroom, makerspace, and production materials
BRM laser systems are used for practical fabrication tasks across education, signage, design, prototyping, personalization, and light production. The Pro 1600 format adds useful room for larger panels, grouped parts, and longer project layouts.
Education and makerspaces
Enclosed workflows for supervised classroom fabrication, STEM projects, training labs, technical programs, and campus makerspace environments.
Material engraving
Engraving workflows across acrylic, wood, leather, coated materials, branded items, and personalization projects that benefit from a larger bed size.
Project fabrication
Build signage, packaging inserts, prototypes, educational parts, templates, and production-ready component layouts in a structured enclosed system.
What to review before selecting a BRM Pro 1600 configuration
Large-format enclosed laser systems work best when space planning, power, operator flow, and material goals are reviewed early. This section helps frame the main buying and installation conversations before quote finalization.
Pre-installation priorities
Start with room dimensions, access path, electrical availability, material sizes, supervision model, and expected daily use. Because the Pro 1600 is substantially larger than entry models, physical placement and operator circulation matter more during planning.
Room fit
Verify footprint clearance, service access, and operator space around a cabinet measuring 2200 × 1600 × 1200 mm.
Power
Review 2 × 230 VAC requirements and coordinate with facility infrastructure before installation.
Material handling
Plan for larger sheets, project batching, and table loading up to 200 kg.
User workflow
Match the machine to classroom turnover, makerspace supervision, or repeat production job flow.
Buyer conversation points
- What materials will be cut most often, and which jobs are primarily engraving versus cutting?
- Do you need the machine mainly for education, prototyping, personalization, or recurring production-oriented work?
- What is the largest part, panel, or grouped sheet layout you expect to run regularly?
- Will jobs be transferred mostly through USB, shared network workflow, or both?
- Do you need a system optimized around classroom supervision, multi-user operation, or one dedicated operator environment?
See BRM laser workflow in action
Common questions before purchase
Who is the BRM Pro 1600 best suited for?
It is best suited for schools, makerspaces, design labs, training environments, and professional workspaces that need a larger enclosed Class 1 laser platform for supervised cutting and engraving.
What makes this model different from smaller Pro Series systems?
The main difference is capacity. The Pro 1600 gives users the largest Pro Series working area, making it a stronger fit for larger projects, grouped part layouts, and higher-throughput lab workflows.
What should buyers confirm first?
Confirm room fit, access path, electrical readiness, planned materials, workflow type, and whether the machine will support education, prototyping, fabrication, or repeat production use.
Can it support both training and production-oriented use?
Yes. The enclosed platform and larger bed format make it suitable for supervised instruction, practical lab work, demonstration environments, and structured fabrication tasks.
Plan the right BRM Pro 1600 workflow for your space
Start with your available floor space, electrical setup, material workflow, supervision model, and fabrication goals. CUTWORX USA can help match the BRM Pro 1600 to your classroom, makerspace, design lab, or production environment.
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