packaging machine

DLE-6550 DIY Laser Cutter & Engraver for Wood Signs & Leather (65×50cm Bed)

Name: DLE-6550
Brand: CECLE
Price: 309.0 USD
Availability: InStock

$309.00 USD

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Power(W) 2500mw 3500mw 5500mw 15000mw

Quick Answer: The CECLE DLE-6550 DIY Laser Cutter & Engraver is a lightweight, portable, and cost-effective desktop CNC engraving and cutting solution.

CECLE DLE-6550 vs. Traditional / Generic Alternative

Where the CECLE DLE-6550 stands out against generic diy laser cutter & engraver — measured on the dimensions buyers care about most.

Working Area & Loading

CECLE DLE-6550Open-frame bottomless base drops onto a full table board, door slab or flooring, so the workpiece sets the size limit rather than the machine.

Box-Type Enclosureinternal volume caps the workpiece, so anything larger cannot be loaded at all.

Laser Power Options

CECLE DLE-6550500mW to 15000mW modules cover fine line art through single-pass cutting on 5 mm plywood and dark acrylic.

Fixed Low-Power Diodedeep cuts need repeated passes, and the extra heat widens the kerf on every pass.

Material Contrast

CECLE DLE-6550Superior absorption and engraving contrast on solid wood, bamboo, leather, kraft paperboard, dark acrylic and slate.

Untested Stock, Trial and Errornew material scorches or melts until the operator finds settings by trial.

Software & OS Support

CECLE DLE-6550Windows 7, 8 and 10 with English, Chinese and Japanese interfaces, plus LiteFire for laser work and no subscription.

Dongle-Locked Proprietary Softwarere-export required, and a lost dongle stops the machine mid-order.

Technical Specifications

Parameter	Specification
Model	DLE-6550
Laser Head Power	500mW / 2500mW / 3500mW / 5500mW / 15000mW (Optional)
Working Size	65 × 50 cm
Engraving Mode	Black and White, Discrete, Grayscale
Positioning Accuracy	0.01 mm
Maximum Depth of Line	2 mm
Machine Size (After Assembly)	77 × 59 × 21 cm
Packaging Size (Before Assembly)	80 × 40 × 25 cm
Machine Weight	6 kg
Operating Language	Chinese, English, Japanese
Supported Operating System	Windows 7 / 8 / 10
Supported Materials	Wood, Bamboo, Leather, Cardboard, Paper, Dark Acrylic, Slate, Anodized/Coated Metals

Pre-installation requirements: Laser Head Power: 500mW / 2500mW / 3500mW / 5500mW / 15000mW (Optional); Machine Weight: 6 kg (13.2 lb).

Compatible Applications & Materials

industrial products — primary target products for this DIY Laser Cutter & Engraver line
Standard industrial materials compatible with the machine's rated spec range
B2B production lines and contract manufacturing workshops

Standard Operating Procedure (SOP)

Setup: connect the required power / air supply and verify the control display.
Parameter preset: set speed / temperature / pressure per the product spec.
Material loading: place the product in the correct fixture / mold slot.
Execution: start the cycle; monitor for stable, repeatable output.
Quality check: inspect the first units; adjust if deviation appears.
Safety & cooldown: use Emergency Stop on abnormality; allow cooldown before maintenance.

Engineering FAQ

Does this machine require assembly, and is it complicated?
A: Yes. To ensure shipping safety and reduce transit volume, the machine ships as a flat-pack DIY kit. Complete assembly tools, hardware packs, and step-by-step video/text guides are included. Assembly typically takes 30 to 60 minutes.

Is the laser beam safe to operate, and what precautions are needed?
A: The high-energy blue laser can cause irreversible eye damage from direct exposure or diffuse reflections. All operators must wear the certified laser safety goggles included in the box at all times. In addition, operate the equipment in a well-ventilated space to evacuate engraving fumes.

Can it engrave metals or cut transparent acrylic?
A: It can engrave the surface coating of anodized aluminum, painted metal, and treated stainless steel, but it cannot engrave raw, bare reflective metal. Transparent acrylic cannot absorb 450nm blue light directly; you can coat the surface with washable black tempera paint or laser marking paper before engraving.

What should I do if engraving patterns shift or miss steps?
A: Pattern shifting is almost always caused by loose timing belts or loose set screws on the stepper motor pulleys. Tighten the belts to moderate tension, tighten the pulley grub screws, and ensure the V-wheels glide smoothly without wobble.