Lace Laser Cutter: What It Is And How It Works
A lace laser cutter uses a CO₂ beam to follow a cut path without pulling the fabric. Camera recognition matters when the cut must follow embroidery or a repeating lace pattern. Material and edge behavior still need a sample test: polyester and nylon may fuse, while cotton does not form the same sealed edge. Check stretch, coatings, smoke, and the reverse side of the sample before approving production.
Compare the KD1814-S1 single-head model, KD1816-SY large dual-head model, and KD9015-SY lingerie lace model. Watch a wedding-lace cutting video and send your own lace and artwork for review.
Lace Cutting Jobs
Choose the workpiece first; then test recognition and edge quality on the actual lace.
Garment Lace Trims
Cut garment trims and appliqués to the pattern required by sewing. Check the actual lace for stretch, scorch marks, and repeatable positioning before setting output expectations.
Bridal Lace Panels
Bridal pieces often have fine scallops and embroidery. Test a full-size panel to confirm contour recognition, edge appearance, and whether one or two heads suit the pattern layout.
Lingerie Lace Rolls
Elastic lingerie lace needs its pattern located while the material feeds consistently. Compare the KD9015-SY dedicated lace workflow using the customer’s actual roll and repeat.
Embroidered Lace Motifs
Use a vision-guided path when motifs must be cut around embroidery. Check how the camera recognizes the repeat and how the cut edge looks on both sides.
Lace Materials And Edge Checks
Fiber content and finish change the result; these notes are starting points for sample tests.
Polyester Lace
Polyester lace can form a fused cut edge. Test the exact knit, embroidery thread, and finish for hard edges, color change, and acceptable hand feel.
Nylon Lace
Nylon lace may also fuse under heat. Check edge feel and discoloration on the supplied fabric rather than assuming the same setting works for every nylon blend.
Cotton Lace
Cotton does not heat-seal like polyester. Sample the lace for browning and fraying, then compare the finished edge with the sewing or trimming requirement.
Elastic Lace
Stretch can move a lace pattern between camera recognition and cutting. Check feed tension, repeat alignment, and coating composition before choosing a machine.
KASU Lace Cutters
Compare the pattern, usable width, and feeding method first. Confirm speed and edge quality on your lace before selecting power or a final configuration.
KD1814-S1 Single Head Vision Laser Cutting Machine
- Cuts: printed or embroidered lace panels and appliqués.
- Layout: one vision-guided head; 1800 × 1400 mm working area.
- Best for: panel jobs where one cutting path follows the pattern.
KD1816-SY Large Flatbed Top-Vision Laser Cutter
- Cuts: larger printed or embroidered textile panels.
- Layout: two cutting heads; 1800 × 1450 mm in vision mode or 1800 × 1600 mm without vision.
- Best for: wider panels or two pattern paths that benefit from independent heads.
KD9015-SY Lingerie Lace Laser Cutting Machine
- Cuts: lingerie lace and repeating lace patterns.
- Layout: dual heads, vision positioning, and automatic feeding; 900 × 1500 mm working area.
- Best for: continuous narrow lace rolls that need pattern matching.
Why Work With KASU On Lace?
Our team checks the actual job, then records what we can supply and support.
KASU Tests Lace Motifs Before Choosing Vision
- We check the actual lace edge, motif repeat and registration on your material so a flatbed or continuous layout is tied to your output. See KASU support.
- Our Suzhou factory can confirm bed and camera configuration, and distributors can review OEM/ODM and market-label options in writing. See our manufacturing scope.
- Founded in 2009, KASU operates an 8,000+ sqm Suzhou factory with a published assembly and QC process. Inspect our factory.
Lace Laser Cutter Questions
Can A Lace Laser Cutter Process Cotton And Elastic Lace?
It can be evaluated for both, but the result depends on the supplied fabric. Cotton does not heat-seal like polyester, and stretch lace needs feed and pattern-alignment tests. Check coatings and fumes before approving either material.
Does Laser Cutting Stop Lace From Fraying?
Some synthetic lace edges fuse during CO₂ cutting; natural fibers may still fray. Check edge feel, color, and strength on the exact lace and embroidery thread before promising a finished edge.
When Does Lace Cutting Need A Camera?
Vision is useful when a cut must follow embroidered or repeating lace contours rather than a fixed digital outline. Test recognition with the customer’s real pattern, stretch, and lighting conditions.
Which KASU Machine Fits Continuous Lingerie Lace Rolls?
The KD9015-SY is KASU’s dedicated lingerie lace option with vision, dual heads, and automatic feeding. Compare its 900 × 1500 mm working area with your roll width and pattern repeat before selecting it.
How Much Does A Lace Laser Cutter Cost?
KASU needs your lace width, pattern, output target, and choice of single-head, dual-head, or auto-feeding layout to prepare a relevant quote. Power, vision, delivery, and service scope also affect the final configuration.
What Should I Send Before Requesting A Lace-cutting Quote?
Send the fiber and coating specification, roll width or panel size, pattern repeat or cut file, target output, and a sample if available. State whether the cut must follow embroidery or a printed design.
Adjacent Machines for Lace Laser Cutter Buyers
Compare bridal lace, embroidered motifs, and broader fabric cutting after you identify your lace workflow.
Technical Support for Lace Laser Cutter
Use these guides to compare fabric handling and CO₂ edge behavior. Confirm settings on your own lace.
Talk To KASU About Lace
Tell us the lace fiber and coating, roll width or panel size, pattern repeat, whether camera matching is needed, and target output. Share artwork or arrange a sample test if available, so KASU can discuss a suitable configuration.
Address: No. 105, Nanzhangjing Road, Taicang, Suzhou, Jiangsu, China
Email: [email protected]
WhatsApp: +86-18601718317