Home & Residential Metal Frames Industry Laser Solution

Industry Background

Residential metal frames for dining tables, chairs, bed bases, TV cabinet supports adopt cold‑rolled sheet, galvanized sheet and thin‑wall square / rectangular tubes. Furniture styles update rapidly, mixed production of mass‑standard products and small‑batch custom home furniture is very common. Traditional mechanical sawing, punching bring heavy burr, dent and thin‑wall tube deformation. Frequent new‑style development leads to high stamping mould amortization cost. Sheet‑tube integrated laser machine can process flat sheet panels and tubular frame components in one station, well‑suited for furniture prototype trial‑run and batch manufacturing.

Sub Application Scenarios

• ✅ Table & Chair Metal Frames: Thin‑wall tube notch, miter joint and mounting hole processing
• ✅ Bed Base Support Frame: Rectangular tube cutting, connecting plate blanking
• ✅ TV Stand & Cabinet Support: Irregular sheet parts and tube connection fittings
• ✅ Reinforcement Bracket: Small stamping‑free connecting sheet for home furniture assembly
• ✅ Auxiliary Process: Laser welding for furniture frame assembly, pre‑painting oxide cleaning

Industry Pain Points

• Mechanical sawing leaves heavy tube burrs, requires large amount of manual deburring work.
• Thin‑wall metal tube is easy to dent and deform under contact‑type mechanical processing.
• Frequent furniture‑style iteration causes high investment for stamping mould modification.
• Mixed sheet‑metal and tubular parts need two independent sets of traditional processing equipment.
• Custom home‑furniture orders require short lead‑time for small‑batch samples.
• High‑quality appearance requirement, scratch and dent will affect final furniture surface finishing.

Our Targeted Laser Solution

• Sheet‑tube integrated laser machine handles furniture flat panels and thin‑wall tubular frames on single equipment.
• Non‑contact laser cutting achieves burr‑free tube notch, slot and mounting‑hole one‑step forming.
• Mould‑free digital‑driven processing; fast program switch for new‑style furniture prototype development.
• Protect thin‑wall profiles from mechanical‑contact denting and deformation risk.
• Nitrogen‑assist cutting option for galvanized / cold‑rolled sheet to obtain clean pre‑painting edge.
• Flexible production mode, adapt mass‑volume standard furniture and small‑batch custom residential‑furniture projects.

Recommended Machine Models

Samples · Processing Parameters · Capacity Comparison

Sample Display: Dining‑chair tube‑frame cutting sample, bed‑base connecting plate, TV‑stand bracket sample

Reference Parameter:2mm cold‑rolled furniture sheet,3000W laser, Nitrogen assist, Cutting speed:3.5 m/min, burr‑free clean edge.

Customer Benefits & ROI

• Eliminate heavy manual deburring procedure for furniture tube parts, reduce post‑processing labor cost.
• Save repeated stamping‑mould investment for frequently‑updated home‑furniture new‑styles.
• Reduce thin‑wall‑tube dent reject‑rate, improve finished‑furniture appearance qualification‑rate.
• Speed‑up custom‑residential‑furniture sample development and shorten project delivery cycle.

FAQ

Application Video

Home‑furniture thin‑wall tube‑frame cutting, furniture sheet‑part processing and finished‑frame demonstration.