VEVOR 254 mm Benchtop Drill Press, 400W, Bench Drill Press, 440 to 2600 RPM Variable Speed, 0-45° Tilting Worktable, with Laser and LED Work Light, Tabletop Drilling Machine, for Woodworking, Metal
- Powerful Drilling Performance: Deliver reliable power with our benchtop drill press featuring a 400W motor and a 254 mm swing distance. Handle woodworking, light metalwork, and home projects with ease
- Variable Speed Control: This bench drill press provides variable speed from 440 to 2600 RPM with a digital readout, allowing quick adjustments for different materials and projects
- X-Laser Positioning: Achieve pinpoint accuracy with the X-laser guide on this bench top drill press. It reduces measuring errors and minimizes material waste by helping you drill exactly where you intend
- High-Precision Spindle: Engineered for stability, this table top drill press features a high-accuracy spindle, ensuring stable holding and accurate drilling
- Stable & Adjustable Worktable: Built with a reinforced metal worktable, this desktop drill press provides excellent stability. It also supports height adjustment and 45° tilting left or right for precise positioning on complex drilling angles
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10 Inch Benchtop Drill Press with 400W Motor and 254mm Swing for Versatile Drilling
The VEVOR 10 inch benchtop drill press features a 400W (0.54 HP) motor with a 254 mm (10 in) swing capacity. The 254 mm (10 in) swing indicates the largest workpiece that can be drilled at its center, reducing the need to reposition the material.
Assembling the column, table, and head with Q235 carbon steel and HT150 cast iron gives the machine the mass and stiffness it needs to withstand the cutting forces generated by drilling, without the worktable shaking or the spindle bending. This structural stability helps improve drilling accuracy. Its rigid construction helps minimize vibration and improve drilling accuracy under load.
440–2600 RPM Variable Speed with Digital Readout for Material-Matched Performance
This 10 inch benchtop drill press offers a variable speed range of 440–2600 RPM, which lets the operator set the spindle speed to the right cutting rate for the material and drill bit diameter. Matching the correct speed improves hole quality and extends drill bit life. With standard twist drills and Forstner bits, drilling wood at high speed makes clean, quick cuts. For drilling in steel and aluminum, the spindle speed needs to be lower to avoid work hardening, excessive heat buildup, and poor chip evacuation, all of which damage the quality and quickly overheat the cutting edge at woodworking RPM levels.
The digital display shows the current spindle speed for quick adjustments and repeatable drilling settings. You can change the speed accurately and consistently by seeing it on the screen at all times. You can use the same material and drill bits over and over again with the same speed setting, without having to remember or guess where the speed selector is.
X-Laser Positioning System for Pinpoint Drill Placement and Reduced Material Waste
The X-laser system on this 10 inch benchtop drill press projects two laser lines that cross each other onto the workpiece surface at the exact place where the drill bit will go in. This creates a crosshair that marks the center of the drill bit's path before the spindle descends. With this laser guide, the operator can visually confirm where the hole is and make any final adjustments to the workpiece before the drill touches the material. The laser helps verify drill alignment before drilling begins.
The X-laser is the most important tool for reducing material waste caused by misdrilled holes in finished wood panels, metal plates, and machined parts. An off-center hole cannot be moved without starting over with a new piece of material, so this tool saves a lot of material. Before drilling through expensive materials like hardwood boards, aluminum sheets, or stainless steel plates, the X-laser ensures workshop operators that each hole is in the right place. This turns pre-drill positioning from a guessing game into a visually confirmed action.
High-Precision Spindle with 60mm Stroke for Clean, Low-Vibration Drilling Results
The high-precision spindle minimizes runout for cleaner, more accurate holes with smoother bore walls. Low-runout spindles, even when the entry position is right, drill holes that are too big and have rough edges. When the spindle wobbles during rotation, it directly affects the quality of the drilled hole at all diameters. A low-runout spindle cuts a hole that is bigger than the nominal drill diameter and leaves a rough, ridged bore wall that needs to be reamed or filed again to get a clean fit for dowels, bolts, or other precision-fit inserts.
The 60 mm (2.4 in) maximum spindle stroke tells you how far the drill can go in a single plunge without having to move the workpiece. This allows you to do most through-hole and counterbore operations on standard workpiece thicknesses found in furniture making, cabinetry, and light metal fabrication without having to drill from each face. The depth stop provides consistent drilling depth across repeated operations.
10 Inch Benchtop Drill Press with 0–45° Tilting Worktable for Angled Hole Drilling
When tilted from 0° to 45° to the left or right, the reinforced metal worktable lets you drill holes in the block at any angle within this range, without having to set up a special angled jig or vice. It is suitable for angled joinery, furniture making, cabinetry, and hardware installation.
You can adjust the height of the worktable along the column. This lets tall pieces of work fit into the drill press without limiting the spindle stroke depth by raising the table to bring the piece closer to the chuck. Height adjustment and table tilt provide flexibility for a wide range of drilling applications. This means that you can use the same machine for a wide range of drilling positions in general woodworking and light metalwork projects.
LED Work Light and Q235/HT150 Construction for Visibility and Long-Term Durability
The built-in LED work light illuminates the drilling area, improving visibility of the drill bit, workpiece, and X-laser. Better visibility improves drilling accuracy and user safety. If the operator cannot clearly see the workpiece surface and the drill alignment, they cannot be sure the drill is on target before and during the drilling operation.
The combination of Q235 carbon steel and HT150 cast iron provides strength, rigidity, and vibration damping for stable drilling performance. Cast iron naturally absorbs the vibrations that happen when drilling at the point where the table and workpiece touch. This keeps the table and workpiece stable during the cut and stops the surface chatter that happens when vibration energy is sent back through the table and into the workpiece.














