Project Description
Fiber laser processing covers broad segments of furniture and home‑appliance manufacturing: residential metal furniture, office storage cabinets, outdoor garden frames, kitchen appliance housings, bathroom sanitary hardware, lamp‑lighting fittings and artistic decorative metal parts. Main processing materials include cold‑rolled steel, galvanized sheet, stainless steel and thin‑wall metal tubes. Satisfy diverse production modes: mass‑volume standard parts, small‑batch custom furniture, new‑product prototype trial‑run. Achieve burr‑free thin‑plate cutting, complex graphic engraving & hollow‑out, sheet‑tube mixed production.
Application & Advantage
- High‑speed thin‑plate cutting for galvanized / stainless / cold‑rolled sheet
- Burr‑free finished edge, reduce pre‑weld and pre‑paint manual polishing workload
- Support complex hollow‑out decorative patterns, no mould required for custom design
- Sheet‑tube integrated solution, handle flat sheet and thin‑wall furniture tube together
- Flexible for both large‑batch mass‑production and small‑batch custom furniture orders
Segment‑oriented Industry Solutions
Home & Residential Metal Frames
Industry Pain Points
Residential metal frames for tables, chairs, bed bases and TV stands adopt thin‑wall square / rectangular tubes and thin metal sheets. Traditional sawing & punching creates heavy tube burrs and deformation. Furniture styles update quickly; many custom small‑batch orders. Stamping mould cost is high for irregular connection notches and mounting holes.
- Mechanical sawing leaves tube burrs, requires large‑amount manual deburring
- Thin‑wall tube easy to dent and deform under contact‑type processing
- Frequent style iteration leads to high stamping‑mould amortization cost
- Mixed sheet‑and‑tube parts need two separate sets of processing equipment
Our Laser Solution
Sheet‑tube integrated laser machine handles home furniture sheet panels and thin‑wall tubular frames in one station. Burr‑free tube notch, slot and mounting‑hole one‑step forming. Digital‑driven processing, quickly respond to new furniture‑style revisions without custom mould. Fit mass‑production standard furniture and custom residential furniture projects.
- Sheet‑tube one‑machine solution for home‑furniture mixed‑part production
- Burr‑free tube cutting, eliminate heavy manual deburring work
- Mould‑free, fast program switch for new furniture‑style prototypes
- Protect thin‑wall profiles from mechanical‑contact deformation risk
Kitchen & Household Appliances
Industry Pain Points
Kitchen range hood, oven, water‑heater, small home‑appliance adopt stainless‑steel / galvanized sheet. Shells require many irregular cut‑outs, ventilation openings and lock holes. Traditional punching is limited by mould outline; thin‑plate stamping may produce edge burr and micro‑deformation, which influences painting and assembly quality. Home‑appliance model iterations are frequent.
- Complex special‑shape openings are hard to realize by fixed stamping mould
- Stamping‑produced burrs affect subsequent spraying / assembling quality
- New appliance model brings repeated mould modification expense
- Thin appliance shell sheet is easy to deform under mechanical stamping force
Our Laser Solution
Fiber laser finishes appliance‑shell outline, ventilation cut‑outs and mounting holes in one‑step. Nitrogen cutting obtains clean oxidation‑free edge ready‑for‑coating. Only need to modify CAD drawing for new‑model home‑appliance without re‑making stamping tools. Suitable for kitchen‑appliance shells, small household‑equipment metal parts, prototype trial‑run and batch production.
- Arbitrary complex ventilation / special‑shape opening one‑step forming
- Nitrogen cutting gets clean edge, improve spraying surface quality
- Digital‑driven, fast iteration for new home‑appliance shell designs
- Low heat‑input, reduce thin‑shell micro‑deformation risk
Office Metal Furniture
Industry Pain Points
Office metal furniture includes steel filing cabinets, height‑adjustable desk frames, partition brackets and storage rack components. Large quantity of dense slide‑rail holes, lock‑holes and vent slots. Traditional punching needs multiple sets of mould groups. Office‑project custom‑size orders are common; mixed‑batch of standard products and project‑custom parts increases production complexity.
- Dense multi‑hole array requires multiple stamping‑mould combinations
- Custom‑size office project raises fixture & mould modification cost
- Thin cold‑rolled sheet easy to warp when punching large‑area openings
- Need quick turn‑around for project‑based custom office‑furniture orders
Our Laser Solution
Laser one‑step completes cabinet panels, dense slide‑rail hole arrays, lock‑holes and ventilation slots. Directly import custom‑size project CAD files without new mould. Low‑heat‑input cutting controls thin‑sheet warping. Adapt to mass‑volume standard filing‑cabinet production as well as project‑custom office‑furniture batches.
- Dense multi‑hole & long‑slot one‑step forming for office‑cabinet panels
- Mould‑free quick response for custom project‑size office furniture
- Reduce thin‑sheet warping risk, improve cabinet assembly matching performance
- Flexible switch between standard mass‑batch and project‑custom mixed‑orders
Outdoor Garden Furniture
Industry Pain Points
Outdoor garden tables, chairs, sun‑shade support frames and storage racks mostly use anti‑rust galvanized tube / aluminum alloy profiles. Product styles are rich and diversified; many seasonal new‑product developments. Thin‑wall outdoor‑furniture tube is easy to dent under traditional saw‑cutting. Custom garden‑project orders with special dimension requirements appear frequently.
- Thin‑wall anti‑rust tube easy to dent under mechanical saw‑cutting
- Seasonal new‑product development brings frequent drawing changes
- Landscape‑project custom‑dimension orders require flexible processing capacity
- High requirement for burr‑free edge to improve outdoor anti‑corrosion coating quality
Our Laser Solution
Tube‑laser realizes burr‑free notch, miter‑joint and hole processing for outdoor anti‑rust thin‑wall tubular frames. Sheet‑tube integrated machine matches flat decorative panels and tubular supports together. New‑product prototype only needs CAD drawing import, no fixture rework. Support mass‑market outdoor‑furniture and landscape‑project custom garden‑component supply.
- Non‑contact tube‑cutting avoid thin‑wall profile dent & deformation
- Burr‑free edge, provide good base for subsequent anti‑rust spraying
- Quick iteration for seasonal new‑garden‑furniture prototype development
- Handle both standard mass‑goods and landscape‑project custom‑size orders
Lighting & Lamp Hardware
Industry Pain Points
Indoor & outdoor lamp hardware includes lamp housing, lamp‑base bracket, decorative lamp‑shade metal parts. Use thin stainless‑steel, aluminum sheet and micro‑thin‑wall small tubes. Require fine complex hollow‑out patterns. Traditional stamping cannot realize fine irregular graphics. Lamp‑style update cycles are short, many small‑batch new‑sample development.
- Fine complex hollow‑out patterns can hardly be realized by stamping mould
- Micro‑thin material easy to produce mechanical‑stress deformation
- Short lamp‑style iteration cycle, frequent small‑batch sample‑making demand
- High surface‑quality requirement for visible lamp‑hardware decorative parts
Our Laser Solution
High‑precision fiber laser realizes fine hollow‑out, special‑shape outline cutting for lamp‑shade, lamp‑base and lamp‑bracket thin‑metal parts. Non‑contact processing avoids micro‑thin‑material stress‑deformation. Mould‑free for new‑lamp sample‑development, quickly output small‑batch trial‑production lamp‑hardware components.
- Realize fine complex hollow‑out decorative graphics for lamp‑shade parts
- Non‑contact cutting protect thin‑aluminum / stainless‑steel surface quality
- Fast small‑batch sample‑making for frequently‑updated lamp‑style iterations
- Meet visible‑surface high‑quality requirement of lighting decorative hardware
Cabinets & Storage Components
Industry Pain Points
Kitchen cabinet metal brackets, wardrobe hanging‑rod accessories, storage‑unit connecting plates, drawer slide‑rail supporting parts. Mixed of sheet‑metal stamping parts and short tubular fittings. Cabinet custom‑project accounts for large proportion; each project has different hole‑position layout. Traditional separate punching + tube‑sawing bring accumulated dimension error, affect cabinet assembly smoothness.
- Large share of custom cabinet‑project orders with variable hole‑position layouts
- Separate sheet‑stamping and tube‑sawing bring accumulated assembly tolerance
- Many kinds of small‑spec bracket parts, high mould‑management cost
- Custom cabinet projects require short delivery lead‑time
Our Laser Solution
Sheet‑tube integrated laser equipment process cabinet sheet‑metal brackets and short tubular hanging‑rod fittings. Modify CAD drawing directly for custom‑project hole‑arrangement without mould update. One‑step forming for outlines, mounting holes and positioning notches, reduce accumulated tolerance, improve cabinet on‑site assembly efficiency.
- Sheet‑tube one‑machine completes cabinet bracket and hanging‑rod accessories
- Mould‑free fast adapt custom‑cabinet‑project hole‑position requirements
- One‑step forming of outline, hole and notch, lower accumulated assembly‑tolerance
- Suitable for cabinet‑factory mass‑standard‑parts and custom‑project mixed‑production
Bathroom & Sanitary Hardware
Industry Pain Points
Bathroom towel‑rack frames, shower‑room partition metal brackets, sanitary‑ware mounting back‑plates mostly adopt stainless‑steel thin‑sheet and thin‑wall tubes. Products require anti‑corrosion performance; cutting burr or micro‑crack will influence post‑plating / polishing yield. Many new‑style sanitary‑hardware small‑batch trial‑production.
- Burr & micro‑crack on cutting surface reduce plating / polishing qualified‑rate
- Small‑batch new‑sanitary‑hardware trial‑production, stamping‑mould input not economical
- Mixed thin‑sheet and thin‑tube sanitary‑component production demand
- High surface‑appearance requirement for exposed bathroom hardware parts
Our Laser Solution
Nitrogen‑assist laser cutting produce burr‑free, low‑oxidation stainless‑steel edges for bathroom hardware. Sheet‑tube integrated machine process partition brackets and towel‑rack tubular frames together. Mould‑free support small‑batch new‑sanitary‑hardware sample‑trial, guarantee surface base‑quality for subsequent polishing and electroplating.
- Nitrogen‑cutting acquire low‑oxidation burr‑free edge for plating / polishing
- Sheet‑tube integrated machine meet mixed sanitary‑hardware part‑production
- Economical mould‑free solution for new‑style bathroom‑hardware small‑batch trial‑run
- Protect visible‑part surface quality of exposed bathroom metal fittings
Decorative Metal Ornaments
Industry Pain Points
Interior‑decoration metal screens, partition hollow‑out panels, wall‑hanging ornaments, art‑craft metal components. Need arbitrary complex curve and hollow‑out graphic. Traditional plasma cutting has rough edge; CNC punching is limited by mould contour. Most decorative‑ornament orders belong to small‑batch, project‑custom, one‑off artwork orders.
- Plasma cutting produces rough edge, heavy post‑polishing workload
- Complex free‑form hollow‑out cannot be realized by punching mould
- Most decorative‑metal orders are small‑batch / one‑off project‑custom
- Frequent graphic revision in decoration‑project design phase
Our Laser Solution
Fiber laser completes arbitrary complex curve, hollow‑out pattern for metal decorative screens, partition panels and art ornaments. Smooth fine cutting edge greatly reduce post‑polishing work. Directly modify vector‑graphic file for design revision, no mould investment. Perfectly fit interior‑decoration project custom‑decorative‑metal component supply.
- Arbitrary complex curve & hollow‑out decorative‑pattern one‑step cutting
- Fine smooth cutting edge, greatly lower manual post‑polishing labor
- Vector‑graphic driven, fast graphic revision for decoration‑project adjustment
- Mould‑free economical solution for small‑batch / one‑off custom‑ornament projects