Advanced multi‑axis straightening technology delivers flawless linearity, twist correction, and surface integrity for non‑round sections – squares, rectangles, hexagons, channels, angles, and custom profiles. The Challenge of Shaped Profiles Unlike round tubes and bars, shaped metal profiles suffer from combined defects – camber (bending), twist (torsion), and cross‑sectional distortion. Standard straighteners cannot correct these without damaging edges or flattening corners

Precision profile straightening technology delivers consistent geometric accuracy for non‑round bars – essential for aerospace, automotive, and precision engineering. The Challenge Hexagonal, square, and flat bars are prone to camber (bending) and twist. Standard straighteners fail to correct these defects without damaging edges or altering cross‑sections. The Solution Advanced CNC profile straighteners with: Contoured, servo‑controlled rolls – Match the exact bar shape, ap

From small-diameter tubes to heavy structural sections, our expanded straightening machine lineup delivers geometric perfection across industries We are pleased to announce that our full range of precision straightening machines – covering multiple models, sizes, and configurations – is now in active production. Designed to meet the varied demands of modern metal processing, this product family provides tailored straightening solutions for tubes, bars, and profiles made of s

Subtitle: Fully automated straightening technology with closed‑loop control and intelligent material handling delivers flawless linearity, superior surface quality, and full traceability for tubes, bars, and profiles. The Shift to Fully Automated Straightening In modern metal processing, straightness is no longer a final inspection step—it must be built into the production line. Automatic precision straightening machines combine high‑speed mechanical correction with real‑ti

Subtitle: Fully automated straightening technology combines CNC control, real‑time feedback, and high‑speed operation to deliver flawless linearity and surface integrity for tubes, bars, and profiles. The Next Level in Straightening Technology Manual or semi‑automatic straightening cannot keep pace with today’s demands for speed, consistency, and traceability. Automatic precision straightening machines integrate intelligent controls, in‑process measurement, and automated ma

Subtitle: Advanced automatic pointing technology delivers perfectly formed, concentric bar ends—ensuring secure gripping, smooth die entry, and maximum material yield for aluminum processing. Why Precision Pointing Matters for Aluminum Bars Before aluminum bars can be cold drawn to precise dimensions and enhanced mechanical properties, the leading end must be reduced to create a “point.” This allows the bar to pass through the drawing die and be securely gripped by the carri

Subtitle: Advanced multi-roll and two-roll straightening technology delivers flawless linearity, superior surface finish, and dimensional consistency for aluminum tubes, bars, and profiles used in aerospace, automotive, and high-tech applications. Why Precision Straightening Matters for Aluminum Aluminum’s exceptional strength-to-weight ratio, corrosion resistance, and thermal conductivity make it the material of choice for modern lightweight engineering. However, its inhere

Subtitle: Advanced multi-roll and press-type straightening technology delivers flawless linearity, roundness, and surface integrity for large-diameter steel tubes used in energy, construction, and heavy industry. The Challenge of Straightening Large-Diameter Tubes Large-diameter steel tubes—often exceeding 400 mm OD with wall thicknesses up to 50 mm or more—present unique straightening challenges: Extreme Bending Forces: Significant force required to permanently correct cur

Subtitle: High-capacity hydraulic drawing technology delivers exceptional force control, dimensional accuracy, and surface quality for demanding heavy-wall tube and large-diameter bar applications. The Power of 500-Ton Hydraulic Drawing For manufacturers processing large-diameter tubes, heavy-wall sections, and high-strength alloys, a 500-ton hydraulic cold drawing machine represents the pinnacle of heavy-duty precision forming. This capacity level handles the most demandin

Subtitle: Advanced automatic pointing technology delivers perfectly formed, concentric ends on tubes and bars—ensuring secure gripping, smooth die entry, and maximum material utilization. Why Precision Pointing Is Essential The pointing operation is the first and most critical step in cold drawing. A properly formed point ensures: Secure Carriage Grip: Prevents slippage that can damage material and halt production Smooth Die Entry: Protects expensive drawing dies from impa

Subtitle: Advanced automatic pointing technology delivers perfectly formed, concentric tube and bar ends—ensuring secure gripping, smooth die entry, and maximum material yield. Why Precision Pointing Matters Before any tube or bar can be cold drawn, its leading end must be reduced to create a “point” that passes through the die and grips securely in the drawing carriage. Point quality directly impacts: Drawing Reliability: Secure grip prevents slippage and production stops

Subtitle: Advanced multi-roll and two-roll straightening technology delivers flawless linearity, superior surface finish, and dimensional consistency for high-value metal components across aerospace, automotive, medical, and industrial applications. Why Precision Straightening Matters Straightness is a fundamental quality requirement for metal tubes, bars, and profiles used in critical applications. Any deviation—whether bending (camber), twisting (torsion), or waviness—can

Subtitle: Advanced multi-roll and two-roll straightening technology delivers flawless linearity, superior surface finish, and dimensional consistency for stainless steel bars used in automotive, medical, aerospace, and precision engineering. Why Precision Straightening Matters for Stainless Steel Bars Stainless steel bars are fundamental to critical applications where strength, corrosion resistance, and reliability are paramount. From precision shafts and fasteners to surgic

Subtitle: Advanced multi-roll straightening technology delivers flawless linearity, surface protection, and dimensional consistency for aluminum tubing used in aerospace, automotive, and HVAC industries. Why Precision Straightening Matters for Aluminum Tubes Aluminum tubes are essential components in lightweight engineering—from aerospace hydraulic lines to automotive cooling systems and HVAC heat exchangers. Straightness directly impacts assembly fit, system performance, an

Subtitle: Advanced hydraulic pointing technology delivers consistent, concentric tube ends with smooth force control—essential for reliable cold drawing of stainless steel. The Critical Role of Pointing in Stainless Steel Tube Processing Before stainless steel tubes can be cold drawn to precise dimensions, the leading end must be reduced to create a “point” that passes through the drawing die and is securely gripped by the carriage. For stainless steel—a material known for i

Subtitle: Advanced multi-axis straightening technology delivers flawless linearity, twist correction, and surface integrity for non-circular metal sections used in aerospace, automotive, and precision engineering. The Critical Challenge of Straightening Shaped Profiles Unlike standard round tubes and bars, shaped metal profiles —including squares, rectangles, hexagons, channels, angles, and custom extrusions—present unique straightening challenges. These complex cross-sectio

Subtitle: Advanced multi-roll straightening technology delivers flawless linearity, surface protection, and dimensional consistency for high-conductivity copper tubing. Why Precision Straightening Matters for Copper Tubes Copper tubes are the backbone of HVAC systems, refrigeration circuits, plumbing networks, and industrial heat exchangers. For these critical applications, straightness is not optional—it is essential. Any bend, twist, or waviness can: Compromise leak-proof

Subtitle: Advanced cold drawing technology delivers tight tolerances, superior surface finish, and enhanced mechanical properties for aluminum tubing used in aerospace, automotive, HVAC, and thermal management. Why Cold Draw Aluminum Tubes? Cold drawing transforms extruded or welded aluminum tubes into precision components with: Tight Dimensional Accuracy: ±0.02mm on OD, ID, and wall thickness Superior Surface Finish: Ra 0.2–0.8 µm, often eliminating secondary processing E

Subtitle: Advanced cold drawing technology delivers tight tolerances, superior surface finish, and enhanced mechanical properties for non-circular carbon steel tubes used in automotive, construction, and industrial applications. The Growing Demand for Shaped Carbon Steel Tubes From square and rectangular structural sections to custom automotive chassis components, shaped carbon steel tubes are fundamental to modern engineering. These complex cross-sections require specializ

Subtitle: Advanced cold drawing technology delivers precise dimensional control, superior surface finish, and enhanced mechanical properties for non-circular steel tubes used in construction, automotive, and industrial applications. The Growing Demand for Shaped Steel Tubes From square and rectangular structural sections to custom profiles for automotive chassis and industrial machinery, shaped steel tubes (also known as profile tubes or special-shaped tubes) are essential