A heavy-duty radial drilling machine designed for drilling large-diameter holes in metal workpieces. It features a pivoting radial arm and movable drill head to position the spindle over large or awkward workpieces.
The machine is engineered for large-diameter drilling. Exact maximum drilling capacity depends on material, tooling and configuration; the model number (Z3080x25) typically denotes a large-capacity radial drill — please consult the datasheet or factory for the guaranteed maximum hole diameter under your operating conditions.
"x25" normally refers to the nominal radial arm reach (e.g., 2500 mm) or a specified working range for that model. Confirm the exact arm length and travel in the product datasheet or with the supplier.
It is suitable for a wide range of metals including carbon steel, alloy steel, stainless steel, cast iron, aluminum and other non-ferrous metals. Cutting speed, feed and tooling should be selected based on the specific material.
The Z3080x25 is typically supplied with a multi-speed gearbox (mechanical or electrical speed selection) and power/manual feed for the spindle. Specific speed ranges and feed increments depend on the chosen configuration—refer to the technical specifications for exact values.
Commonly offered with standard spindles that accept Morse tapers or industry-standard toolholders and chucks. The exact spindle taper and maximum chuck size will be listed in the machine’s specification sheet or can be customized on request.
Typical options include power-operated chuck, coolant system, digital readout (DRO), variable-frequency drive (VFD), work-holding fixtures, rotary tables, indexers and special chucks or adaptors for large tooling.
Standard industrial power is three-phase (for example 380–415 V, 50/60 Hz), but exact motor ratings and electrical requirements depend on configuration and market. Confirm required supply and motor power with the supplier before installation.
A level, rigid foundation or concrete plinth is usually required; anchor bolts for securing the base; adequate floor space for arm swing and workpiece handling; and access for lifting heavy workpieces. The supplier provides installation instructions and can offer site supervision if needed.
Regular maintenance includes lubrication of bearings and ways, checking and topping gearbox oil, keeping the machine clean from chips and coolant residue, checking belt and coupling condition, and periodic inspection of spindle runout and alignment. Follow the manufacturer’s maintenance schedule.
Standard safety features typically include emergency stop, mechanical or transparent chip guards, safety interlocks for certain options, electrical overload protection and clearly marked controls. Additional guarding or enclosures can be supplied to meet site-specific safety requirements.
Accuracy depends on machine configuration, fixturing, tooling and operator setup. The machine is built for industrial production with stable geometry for consistent hole location; specific tolerances and repeatability figures are provided in the technical data sheet or can be validated during factory acceptance testing (FAT).
Warranty terms vary by supplier—commonly a 12-month limited manufacturer warranty. Spare parts, consumables and after-sales support are typically available from the manufacturer or authorized dealers; discuss local stocking and lead times when ordering.
Lead time depends on configuration and order backlog; typical delivery lead times range from a few weeks to a few months. Machines are usually tested, partly disassembled for transport, and packed in wooden crates or on pallets. Confirm exact lead time and shipping method with sales.
Contact the supplier or manufacturer with your application details (material, maximum hole diameter, workpiece size, preferred accessories and electrical supply). Request the full technical datasheet, dimensional drawings, and optional factory acceptance/test reports to ensure the machine meets your needs.
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