Posts by deguang, laser

CO₂ laser thermal fusion cutting produces smooth and transparent cross‑sections on acrylic, free of serrations and scratches. Secondary polishing and sanding are not required, so the transparent texture of finished products is directly presented.

Non‑contact CNC processing enables fine characters, sharp corners, delicate hollow‑outs and intricate patterns. It delivers narrow kerfs and minimal dimensional tolerance, keeping tiny patterns complete and sharp.

Different from die‑cutting and saw‑blade processing, there is no physical contact or pressure from tools. Thin acrylic sheets are less prone to cracking or warping, maintaining flat and intact results even for thin sheets and special‑shaped parts.

One machine completes contour cutting, surface shallow engraving and deep engraving. CAD drawings can be imported directly with no mold fabrication. It supports fast sampling and flexible production for small‑batch and multi‑style orders.

It works for transparent acrylic, frosted acrylic and color UV‑printed acrylic, covering sheet thickness from 1 mm to 20 mm. Widely applied in signs & light boxes, display ornaments, hand‑made cultural‑creative goods, advertising logos and craft gifts.

CO₂ laser non‑contact thermal cutting realizes ultra‑fine intricate textures. Sharp corners, hollow‑outs and delicate carvings are formed in one pass with smooth, crisp lines, no burnt wide edges, and small patterns remain clear and intact.

Without physical squeezing or pressure from cutting tools, thin wood sheets, cork and multi‑layer boards are resistant to bending and cracking. Thin‑sheet workpieces stay flat, with finished flatness far superior to conventional saw cutting.

Direct import of CAD / drawings. Irregular contours, hollow patterns, assembled puzzles and nameplate engraving are all accomplished in one process. No mold fabrication is required for fast sampling and quick output for small‑batch orders.

Wood boards deliver clean cut edges with minimal burrs to reduce polishing work. Cutting, shallow engraving and deep engraving can be performed simultaneously. Carving and cutting are finished in one step to boost production efficiency.

Compatible with basswood, poplar, plywood and MDF in thickness of 1‑10 mm. Suitable for hand‑made cultural‑creative products, model ornaments, wooden decorations and craft puzzles.

CO₂ laser cutting adopts thermal‑effect cutting. The fabric edges fuse instantly upon cutting, effectively preventing fraying, linting and curling of chemical‑fiber fabrics. It eliminates edge‑locking and overlocking procedures and delivers neat, clean finished edges.

CNC non‑contact processing can realize fine patterns, hollow‑outs, laces, sharp corners and tiny holes. It creates delicate cutting lines; small patterns and complex laces remain undeformed with high pattern reproduction accuracy.

With no physical pressing by cutting tools, thin, soft and stretch fabrics are free of blade‑pressure marks and wrinkles. The original texture of fabrics is well preserved, and even ultra‑light fabrics can be processed stably.

Drawings can be imported directly. No cutting dies are required. Special‑shaped pieces, hollow engraving and positioning punching can all be completed by one machine. It supports fast sampling and flexible production for multi‑style small‑batch orders.

Suitable for digitally‑printed fabric, non‑woven fabric, felt, polyester, oxford fabric, chiffon, knitted fabric, flocked fabric and other chemical‑fiber and blended fabrics. Widely applied in garment accessories, home textiles, toys, craft ornaments, fabric window decals and automotive interiors.

Precise adjustment of laser power and cutting speed, paired with an efficient smoke exhaust system, ensures smooth cut edges free of burrs and paper debris. Secondary trimming is not required, delivering high‑quality finished results directly for greeting cards, invitations, paper‑cuts and paper sculptures.

The entire process adopts beam processing without mechanical squeezing or pulling. Thin rice paper and tracing paper stay wrinkle‑free; cardstock and corrugated cardboard avoid delamination and edge chipping. Various special art papers can be processed stably.

Thanks to the fine laser spot, the cutting accuracy reaches ±0.05 mm. Tiny hollow‑outs, dense patterns, sharp corners and curved contours can all be perfectly reproduced. Complex paper‑art designs hard to achieve with conventional cutting dies can be realized effortlessly.

Drawings in AI, CAD and CDR formats can be imported directly with no cutting‑die production required. Modifying patterns and switching styles takes only a few minutes. It enables efficient production for sampling, small‑batch and large‑batch orders, greatly reducing new‑product sampling costs and shortening lead‑time.

It supports not only contour cutting, but also shallow engraving of textures, texts and logos on paper surfaces. Suitable for diversified paper‑product applications including invitations, gift boxes, paper window decorations, paper models, paper puzzles and adhesive labels.

Constructed with thick solid‑wood panels and reinforced frame craftsmanship, the wooden case features high load‑bearing capacity with excellent compression and impact resistance. It effectively withstands rough handling, dropping and stacking pressure during logistics transit to protect the machine frame and precision components.

Buffer corner protectors and shock‑absorbing pads are filled between the machine body and the case. The complete unit is firmly locked in place to prevent internal displacement and optical path deviation caused by transportation jolts, reducing commissioning‑related failures upon arrival.

Moisture‑proof treatment is applied inside the wooden case to block high maritime humidity, rainwater and dust. This prevents lenses and circuit mainboards from damp oxidation, making it well‑suited for long‑distance sea‑freight export.

The whole machine can be packed without extensive disassembly. Upon delivery, customers only need simple positioning before commissioning and operation, saving pre‑installation labor hours.