Project Description
Fiber laser cutting for sign‑advertising industry covers retail store logo letters, metal nameplates, LED light‑box housings, exhibition display stands, outdoor billboard supports, channel letter parts, storefront decorative components and thin‑sheet advertising hardware. Main raw materials include stainless steel, galvanized sheet, cold‑rolled steel sheet. Support small‑batch custom sign orders, multi‑style prototype proofing and batch‑production signage projects. Realize complex special‑shape graphic cutting, fine character contour, mounting hole one‑step forming, meet high‑quality appearance requirements for commercial signage, brand store renovation and exhibition display.
Application & Advantage
- Fine complex graphic & special‑shape character cutting for advertising metal signs
- Non‑contact processing, protect stainless‑steel decorative surface from scratch
- Mould‑free, fast custom proofing for various brand sign projects
- One‑step finish contour, hollow‑out patterns and distributed mounting‑hole arrays
- Adapt small‑batch custom signage and medium‑volume advertising hardware batch‑production
Segment‑oriented Industry Solutions
Metal Sign & Logo Letters
Industry Pain Points
Metal sign and logo letter products include brand 3D metal characters, enterprise signboards, brand‑shop door‑head logo pieces, mostly 0.8‑3mm stainless‑steel and cold‑rolled sheet material. Many complex curves, fine font outlines and hollow‑out patterns. Traditional plasma / punch cutting produce rough edge, burr, easy scratch on decorative surface. Each new brand‑style requires mould opening, long proofing cycle for custom small‑batch sign orders.
- Plasma cutting brings rough edge, secondary polishing workload is heavy
- Complex fine font and hollow‑out patterns difficult for traditional stamping
- Small‑batch custom brand sign leads to poor mould‑opening economy
- Visible decorative surface easily produce scratch in mechanical processing
Our Laser Solution
Precision fiber laser finish complex logo letter contour, fine font and hollow‑out pattern one‑step cutting. Non‑contact processing avoid scratch for decorative surface. Mould‑free custom proofing, directly import AI / DXF drawing to produce sign parts. Nitrogen‑assist cutting get clean burr‑free edges, reduce post‑polishing work, adapt brand store renovation, enterprise gate sign small‑batch custom projects.
- High‑precision cutting for complex curve, fine font and hollow‑out graphic
- Non‑contact cutting protect sign visible decorative surface
- Mould‑free, fast custom proofing for different brand logo style
- Clean nitrogen‑cut edge, lower manual polishing post‑processing cost
Stainless‑Steel Badge & Nameplate
Industry Pain Points
Stainless‑steel badge, equipment nameplate, brand metal label mostly adopt thin stainless‑steel sheet. Contain small special‑shape outline, fine inner hollow‑out, mounting small holes. Traditional die‑cutting mould cost high; every new‑spec nameplate need new die. Thin sheet easy deformation by mechanical stamping pressure. Small‑batch custom‑spec nameplate order proofing cycle long.
- Each new‑spec badge / nameplate need dedicated die‑cutting mould
- Thin stainless‑steel sheet easy warp under mechanical squeezing force
- Small‑batch personalized custom order has high mould‑amortization pressure
- Fine small hole and tiny graphic difficult for die‑cutting process
Our Laser Solution
Precision fiber‑laser realize thin stainless‑steel badge and nameplate special‑shape outline, fine hollow‑out and mounting‑hole one‑step forming. Mould‑free production, directly modify CAD drawing for new‑spec label. Low‑heat‑input parameter reduce thin‑sheet warping risk, suitable for equipment nameplate, brand badge, personalized small‑batch custom label orders.
- One‑step finish special‑shape outline, fine hollow‑out and tiny mounting holes
- No die‑cutting mould, fast iterate different‑spec badge and nameplate
- Low‑heat‑input cutting control thin‑sheet thermal‑warp deformation
- Flexible for personalized small‑batch custom‑spec label production
LED Light Box Housing Parts
Industry Pain Points
LED light‑box shell components use galvanized sheet and stainless‑steel thin plate, including box frame, back‑plate, light‑source mounting hole arrays, wire‑pass openings. Different‑size custom light‑box projects many variant sizes. Stamping die investment large; thin galvanized sheet easy coating scratch & peeling under mechanical stamping. Multi‑hole array separate drilling bring accumulated position deviation.
- Custom light‑box projects generate many non‑standard shell‑size variants
- Mechanical stamping easily scratch and peel galvanized‑sheet protective coating
- Separate drilling for light‑source holes create accumulated hole‑position error
- Small‑batch custom light‑box not fit high‑cost stamping‑die solution
Our Laser Solution
Laser one‑step finish light‑box shell outline, light‑source mounting‑hole array and wire‑pass opening. Nitrogen‑assist cutting reduce galvanized‑layer scratch‑peeling risk. Mould‑free quickly output non‑standard‑size shell parts for custom light‑box orders. Single‑clamp complete all contours and holes, eliminate multi‑process accumulated error, adapt indoor & outdoor LED light‑box custom and batch‑production.
- One‑step forming for shell outline, lamp‑hole array and wire‑pass openings
- Nitrogen‑gas protection reduce galvanized‑sheet coating damage risk
- Mould‑free fast respond various custom‑size light‑box shell requirements
- Single‑clamp processing guarantee hole‑array position consistency
Advertising Display & Exhibition Stand
Industry Pain Points
Exhibition and advertising display‑stand contain sheet‑metal panels and thin‑wall square‑tube frame parts. Every exhibition project is mostly personalized custom structure. Traditional process need many custom fixtures for sheet‑tube mixed parts. Small‑batch exhibition prototype proofing cost high. Tube sawing and drilling produce heavy burr, require large manual deburring workload.
- Exhibition‑project mostly personalized custom, many variant structure drawings
- Sheet and tubular frame components need two independent traditional production lines
- Small‑batch exhibition‑stand prototype has high custom fixture cost
- Mechanical tube sawing‑drilling generate heavy burr, heavy post‑processing work
Our Laser Solution
Sheet‑tube‑integrated laser machine process exhibition‑stand sheet panels and thin‑wall square‑tube frames. One‑step finish tube notch, sheet outline and mounting holes. Non‑contact tube‑cutting reduce burr, lower manual deburring work. Mould‑free fast produce custom‑structure stand parts from exhibition‑project CAD drawings, adapt trade‑show, retail pop‑up display small‑batch custom orders.
- Sheet‑tube‑integrated machine complete display‑stand sheet and thin‑wall‑tube mixed‑parts
- Burr‑free tube notch & hole cutting, reduce manual post‑deburring workload
- Mould‑free rapid proofing for personalized exhibition‑project custom‑stand
- Fast program modification respond frequent exhibition‑structure drawing changes
Outdoor Billboard & Support Components
Industry Pain Points
Outdoor billboard metal components include support connecting plates, rib reinforcing sheets, installation flange plates, adopt medium‑thick carbon‑steel sheet. Billboard project site condition different, many non‑standard size connecting parts. Flame / plasma cutting produce large heat‑affected zone, sheet warping, rough edge, lots of grinding work. Bolt‑hole position accuracy requirement high for field installation assembly.
- Outdoor billboard site difference produce large‑quantity non‑standard connecting‑plate parts
- Flame‑cutting create large heat‑affected‑zone, lead to sheet thermal‑warp
- Rough cutting‑edge need a great deal of manual grinding work
- Bolt‑hole position deviation cause difficult on‑site billboard assembly
Our Laser Solution
High‑power fiber‑laser cut billboard reinforcing sheet, connecting flange plate, complete outline and bolt‑hole array in one procedure. Small heat‑affected zone reduce sheet warping deformation. Clean cutting‑edge decrease manual grinding workload. Guarantee bolt‑hole positional precision for on‑site installation. Flexibly adapt standard billboard batch‑production and project‑oriented non‑standard custom connecting‑plate orders.
- Simultaneously finish component outline and field‑assembly bolt‑hole arrays
- Small heat‑affected‑zone control sheet thermal‑warp deformation
- Clean cutting‑edge reduce heavy manual grinding post‑processing
- High hole‑position precision guarantee on‑site billboard installation fit
Channel Letter & Back‑lit Sign Parts
Industry Pain Points
Channel‑letter / back‑lit sign components include letter‑shell side strip, back‑plate, lamp‑position hole sheet, mostly stainless‑steel and galvanized thin sheet. Each brand‑project font size, letter shape differ greatly. Traditional process rely manual shearing and punching, low efficiency. Fine lamp‑arrangement hole‑array processing troublesome. Small‑batch multi‑style channel‑letter orders have high labour cost.
- Channel‑letter font size & shape change for every brand sign project
- Manual shearing‑punching low efficiency, high labour cost for multi‑style small‑batch
- Dense lamp‑arrangement hole‑array processing procedure complicated
- Manual operation bring unstable dimensional consistency between different letter units
Our Laser Solution
Precision laser cutting for channel‑letter back‑plate, letter shell blank, dense lamp‑mount hole‑array one‑step forming. Direct import font‑vector drawing, automatic generate each letter cutting path. Stable repeat dimension consistency. Nitrogen‑assist cutting protect galvanized / stainless‑steel surface, reduce post‑treatment, fit storefront back‑lit sign, channel‑letter multi‑style small‑batch custom production.
- Import vector font drawing, auto‑generate channel‑letter cutting path
- One‑step finish letter‑shell outline and dense lamp‑mount hole‑array
- Digital‑control guarantee each letter‑part dimension repeat‑consistency
- Fast switch different font / size for multi‑style back‑lit‑sign projects
Shop‑Front Storefront Decorative Parts
Industry Pain Points
Retail storefront renovation decorative metal parts include door‑head decorative sheet, partition hollow‑out ornament, window‑frame decorative cover. Most are personalized custom special‑shape hollow‑out sheet‑metal. Different retail brand store‑front design differ greatly. Stamping mould not economical for small‑batch custom project. Thin decorative sheet easy scratch and warp by mechanical processing.
- Retail brand store‑front renovation produce many personalized custom hollow‑out decorative‑sheet
- Every new store‑front design need new mould, small‑batch project poor ROI
- Mechanical stamping easy bring scratch and warp on visible decorative surface
- Complex hollow‑out pattern hard to realize for traditional punching process
Our Laser Solution
Precision fiber‑laser arbitrary complex hollow‑out pattern and special‑shape contour cutting for shop‑front decorative sheet. Non‑contact processing avoid decorative‑surface scratch. Mould‑free, directly use customer store‑front design drawing to output parts. Low‑heat‑input reduce thin‑sheet warping risk, adapt chain‑store renovation, single‑shop personalized store‑front decorative custom orders.
- Realize arbitrary complex hollow‑out art pattern & special‑shape decorative‑sheet cutting
- Non‑contact cutting protect exposed store‑front decorative surface quality
- Mould‑free, directly process from customer store‑front design vector drawing
- Low‑heat‑input parameters reduce thin decorative‑sheet thermal‑warp defect
Thin‑Sheet Advertising Connecting Hardware
Industry Pain Points
Advertising connecting hardware include sign angle‑bracket, hanging lug, limit positioning clip, back‑plate fixing sheet, belong to many small complex special‑shape thin‑sheet parts. Sign project many variant specifications. Small‑batch custom hardware parts stamping‑mould investment not worthwhile. Thin sheet easy warp, burr affect subsequent sign assembly effect.
- Large quantity of small complex special‑shape thin‑sheet advertising connecting‑hardware
- Different sign‑project lead to frequent hardware‑part specification revision
- Small‑batch custom hardware make stamping‑mould low‑economic‑benefit
- Burr & sheet‑warp defect cause sign‑field assembly difficulty
Our Laser Solution
Precision fiber‑laser one‑step finish advertising angle‑bracket, hanging lug, positioning‑clip complex contour and mounting‑hole cutting. Mould‑free quick generate new‑spec hardware‑parts by modified CAD drawing. Nitrogen‑assist get burr‑free edge, low‑heat‑input reduce thin‑sheet warping. Fit all kinds of sign, light‑box, exhibition‑stand supporting connecting‑hardware small‑batch and variant‑spec production.
- Arbitrary complex special‑shape thin‑sheet advertising‑hardware contour & hole one‑step cutting
- Mould‑free fast respond hardware‑part specification change of different sign projects
- Burr‑free cutting‑edge improve advertising‑parts on‑site assembly efficiency
- Low‑heat‑input cutting control thin‑sheet warping deformation risk