Our Products
Explore our comprehensive range of CNC and industrial machinery, engineered for precision, performance, and reliable results across modern manufacturing and metal fabrication applications.
CNC Plate Drilling Machine
ACM's CNC Plate Drilling Machine is built for structural steel fabricators, PEB manufacturers, and heavy engineering units that need consistent, repeatable hole patterns on mild steel and stainless steel plates without manual marking or re-positioning. Bed size / Max plate dimensions and Suitable number of drilling heads let the machine handle production runs that would otherwise tie up a radial drill for hours. As a Sonipat-based manufacturer and supplier, ACM works directly with fabrication shops across Sonipat — from single-machine enquiries to full production-line integration.
CNC Plasma & Oxy-Fuel Cutting Machine
ACM's CNC Plasma & Oxy-Fuel Cutting Machine is a dual-process cutting system built for fabrication shops in and around Sonipat that need both speed and thickness range from one machine. Plasma handles thin-to-medium mild steel, stainless, and aluminium at high speed, while the oxy-fuel torch takes over on thick mild steel plate where plasma edge quality drops off. As a CNC Plasma & Oxy-Fuel Cutting Machine manufacturer in Sonipat, ACM builds the machine on a rigid gantry frame with CNC-driven torch positioning, so shops switch processes without swapping equipment or re-fixturing the plate. What is a CNC Plasma & Oxy-Fuel Cutting Machine? A CNC Plasma & Oxy-Fuel Cutting Machine is a computer-controlled plate cutting system that combines a plasma torch and an oxy-fuel torch on the same gantry, letting one machine cut thin sheet with plasma and thick mild steel plate with oxy-fuel, without moving the plate between two separate machines.
H-Beam Welding Machine
An H-Beam Welding Machine converts individually cut flange and web plates into a single, structurally sound H-shaped beam, welding both flange-to-web joints in a continuous, seam-tracked pass. It's the core station in any H-beam fabrication line, sitting between the assembly/tacking stage and the straightening stage. ACM manufactures and supplies these machines from Sonipat, Haryana, for fabricators serving the PEB, steel structure, and heavy engineering sectors across India. Machines are built to handle varying web heights and flange widths, with welding parameters that hold consistent penetration across the full beam length — not just at the ends where operators tend to check.
CNC H-Beam End Milling Machine
A CNC H-Beam End Milling Machine faces and bevels the cut ends of welded or rolled H-beams so they meet site-erection tolerances — flat, square, and at the correct bevel angle for the joint they'll be welded into on site. It's typically the last precision step before a beam leaves the fabrication shop, run after welding and straightening. ACM supplies this machine to fabricators in Sonipat and across North India working in PEB, structural steel, and heavy engineering, where end-face accuracy directly affects how cleanly beams fit and weld together on the erection site. What is a CNC H-Beam End Milling Machine? A CNC H-Beam End Milling Machine mills the flat end face of a welded or rolled H-beam or box-beam to a precise, square finish, and can bevel that face at an angle for site-weld joint preparation. It's a CNC-controlled step that replaces manual grinding or hand-cutting of beam ends. How do I choose the right CNC H-Beam End Milling Machine? Match the machine's table size and beam capacity to your largest beam cross-section, confirm the bevel angle range covers the joint types you fabricate (0–45° is standard), and check whether you need automatic or semi-automatic operation based on your daily beam-end throughput.
Welding Robot
A Welding Robot is a programmable robotic arm fitted with a MIG, TIG, or plasma welding torch, built to run the same weld path repeatedly at a fixed speed and quality — the kind of repetitive weld work that's slow and inconsistent when done entirely by hand. ACM supplies welding robots to fabricators in Sonipat and across North India who are automating repetitive weld jobs on components like brackets, frames, and structural sub-assemblies, without needing to replace their existing manual welding capacity entirely. What is a Welding Robot? A Welding Robot is a multi-axis robotic arm fitted with a welding torch and controlled by a programmed path, used to perform MIG, TIG, or plasma welds with consistent speed, angle, and quality on repetitive jobs. It's typically taught a weld path once and then repeats it across identical parts. How do I choose the right Welding Robot? Match the robot's reach and payload to your largest workpiece and torch weight, confirm the welding type (MIG/TIG/plasma) suits your material and joint type, and check whether your job mix is repetitive enough to justify automation over manual welding.
CNC Bending Machine
A CNC Bending Machine, commonly known as a press brake, bends flat metal sheet or plate into a precise angle or profile using a punch and die under hydraulic or mechanical force, with a CNC-controlled backgauge positioning the material for each bend. It's a core machine in any sheet metal or plate fabrication shop — used for everything from simple L-brackets to complex multi-bend enclosures. ACM supplies CNC bending machines to fabricators in Sonipat and across North India, sized for plate and sheet work up to 12mm thickness and 6000mm bend length. What is a CNC Bending Machine? A CNC Bending Machine (press brake) bends flat metal sheet or plate to a specified angle using a punch and die, with a CNC-controlled backgauge that positions the material precisely for each bend. It's used across sheet metal and structural steel fabrication wherever flat stock needs to become an angled or profiled part. How do I choose the right CNC Bending Machine? Match the machine's tonnage to your thickest material and longest bend length — not your average job — and confirm the backgauge stroke and max bending radius suit the part geometries you actually produce, not just a catalog spec sheet.
Plate Shearing Machine
A Plate Shearing Machine cuts flat metal sheet or plate into straight, precise sizes using an upper and lower blade that apply concentrated shearing force through the material — no heat, no melting, no burr-heavy edge the way plasma or gas cutting can leave. It's typically the first sizing step in a fabrication line, cutting stock plate down to the dimensions needed before bending, drilling, or welding. ACM supplies hydraulic plate shearing machines to fabricators in Sonipat and across North India who need fast, clean, straight cuts on sheet and plate steel without the heat-affected edge that thermal cutting methods leave behind. What is a Plate Shearing Machine? A Plate Shearing Machine cuts flat metal sheet or plate to size using an upper blade that presses down against a fixed lower blade, shearing the material along a straight line without heat. It's a mechanical cutting method, distinct from plasma, laser, or oxy-fuel cutting, which all cut using heat. How do I choose the right Plate Shearing Machine? Match the machine's maximum thickness capacity to your thickest regular material — not your average job — and confirm the cutting length covers your widest plate. Then decide between guillotine (adjustable rake angle) and swing-beam (fixed angle, generally lower cost) depending on whether you need that flexibility.
CZ Purlin Machine
A CZ Purlin Machine roll-forms flat steel coil into C-shaped and Z-shaped structural purlins, passing the strip through a series of roller stations that progressively bend it into the finished profile, then cuts it to length automatically. The "CZ" in the name refers to the machine's ability to switch between C and Z profiles on the same line through auto change-over, without manually swapping out rollers for each profile type. ACM supplies CZ purlin machines to fabricators in Sonipat and across North India producing purlins for steel building roofing and wall-framing systems. What is a CZ Purlin Machine? A CZ Purlin Machine is a roll forming machine that shapes flat steel coil into C-section or Z-section structural purlins by passing it through a sequence of roller stations, with an auto change-over feature that switches between the two profile shapes on the same machine without manual retooling. How do I choose the right CZ Purlin Machine? Match the machine's max sheet width and purlin size to the largest profile you need to produce, confirm the forming speed suits your daily output target, and decide whether auto change-over between C and Z is worth the added cost over a dedicated single-profile machine, based on how often you actually switch between the two.
CNC Angle Punching & Shearing Machine
A CNC Angle Punching & Shearing Machine combines hole punching and length cutting into a single production line for structural steel angle sections — the angle is marked, punched with bolt holes at CNC-programmed positions, and sheared to length in one continuous pass, instead of moving between separate machines for each step. It's a core piece of equipment for telecom tower, transmission tower, and PEB structure fabricators who process large volumes of angle sections with repeat hole patterns. ACM supplies these machines to fabricators in Sonipat and across North India working in tower and structural steel manufacturing. What is a CNC Angle Punching & Shearing Machine? A CNC Angle Punching & Shearing Machine punches bolt holes into structural steel angle sections at CNC-programmed positions and shears the angle to length, combining both operations into one production line instead of requiring separate punching and shearing machines. How do I choose the right CNC Angle Punching & Shearing Machine? Match the machine's angle size capacity and max thickness to the largest angle section you process, confirm punching tonnage suits your hole sizes and plate thickness combination, and check whether your volume justifies a combined punch-and-shear line over separate machines.