High Speed Drywall Stud and Track Roll Forming Machine | Up to 100 m/min Light Steel Line – PUTAI - Tianjin, China

PUTAI High Speed Drywall Light Steel Roll Forming Machine – Stud and Track Line up to 100 m/min

The PUTAI high speed drywall light steel roll forming machine is designed for manufacturers who need maximum output of C studs and U tracks from a single line. Running at up to 100 m/min, it turns galvanized steel coil into finished drywall framing at more than double the speed of a standard stud and track machine, making it well suited to high-volume building material factories and suppliers serving large construction markets. Its 14 forming stations and 0.4–0.8 mm thickness range cover both standard partition studs and heavier framing sections.

Why Choose a High Speed Line?

• Up to 100 m/min output, compared with around 25–40 m/min on a standard stud and track machine
• More production from one machine, one floor space and one operator
• Lower cost per metre on large, repeat orders
• Suited to factories supplying distributors, large contractors and export markets

Key Features

• Variable speed from 0 to 100 m/min
• 14 forming stations for accurate, consistent stud and track profiles
• Handles 0.4–0.8 mm galvanized steel, covering light and heavier gauge framing
• Servo tracking cutting system cuts to length on the move with no line stoppage
• Length set by encoder counting or photoelectric detection of punched holes
• Gearbox drive for stable, accurate running at high speed
• Archway roller stands with graduated adjusting nuts for quick, repeatable setup
• Hydraulic cylinders and pumps built to national standard sizes, so replacement parts are easy to source worldwide

Technical Specifications

• Profiles: C stud, U track
• Material: Galvanized steel coil
• Material thickness: 0.4 – 0.8 mm
• Forming stations: 14
• Roller material: Cr12 (D3), forged, polished and hard-chrome plated
• Shaft diameter: 50 mm
• Shaft material: 45# steel, forged
• Speed: 0 – 100 m/min
• Transmission: Motor reducer with gearbox drive
• Main motor power: 12.5 kW
• Cutting system: Servo tracking cut-off
• Cutting blade material: Cr12
• Frame: Welded plate structure
• Machine weight: Approx. 3,000 kg
• Automation: Fully automatic

Line Components

• Uncoiler: Holds the steel coil and feeds raw material into the line
• Entry guide: Positions the strip accurately before forming
• Main roll former: Welded plate frame, gearbox drive, and heat-treated, polished and hard-plated rollers for long life at high speed
• Hydraulic station: Standard-size cylinders and pumps for easy worldwide maintenance
• Servo tracking cutter: Measures and cuts each piece while the line keeps running
• Collection table: Receives finished studs and tracks for bundling

Applications

• Drywall partition walls
• Ceiling framing and furring systems
• Light gauge steel framing
• Residential, commercial and industrial buildings

Commercial Details

• Brand: PUTAI Technology
• Place of origin: Tianjin, China
• Minimum order: 1 set
• Colour: Customised
• Packing: Plastic film wrap for export
• Warranty: One year
• After-sales: Engineer support provided

Frequently Asked Questions

• How fast is this machine compared with a standard stud and track line? It runs up to 100 m/min, while standard lines typically run 25–40 m/min, so it suits high-volume production.
• Can it make both C studs and U tracks? Yes. The line is designed for both C-shaped studs and U-shaped tracks.
• What thickness can it form? 0.4–0.8 mm galvanized steel.
• Does the line stop to cut? No. The servo tracking cutter cuts each piece to length while the line keeps running.
• Are spare parts easy to find? The hydraulic cylinders and pumps use national standard sizes, so replacements can be sourced in most countries.
• Is this the right machine for a smaller factory? If your volumes are moderate, a standard-speed stud and track machine may give a faster payback. This line is best for factories with high, steady demand.
• What should I send for a quotation? Your stud and track drawings or samples, thickness range, required sizes, target output, and local voltage and frequency.