Where Efficiency and Accuracy Intersect—Professional-grade slotting solutions with ±0.01mm precision tolerance trusted by manufacturers globally.
Where Efficiency and Accuracy Intersect—Professional-grade slotting solutions with ±0.01mm precision tolerance trusted by manufacturers globally.
Rejections and increased costs occur due to difficulties experienced in tight tolerances with traditional machining. Our solution: consistent accuracy with ±0.01mm precision and dovetail slides.
Increased costs stem from slow production cycles caused by manual bottlenecks. Cycle times are reduced by up to 40% with our CNC integration alongside automated tool changers and quick return mechanisms.
Profitability is hurt by high energy costs from outdated hydraulic systems. Our hybrid systems reduce power use by 30%, and electromechanical models increase efficiency by 15-20%.
Repair work and frequent maintenance increases costs and disrupts production. Centralized lubrication systems reduce maintenance costs by 40% and eliminate 85% of unscheduled downtime with predictive maintenance.
Explore the primary attributes of our slotting machine, tailored for precision, effectiveness, and exceptional accuracy in every machining operation.
Vertical rams with an 80-900mm stroke length offer vertical ram motions for keyways, grooves, and bores with an accuracy of ±0.01mm.
Vibration-free operation and enduring reliability to sustain industrial atmospheres is cemented with the rigid cast iron base and column construction.
Cutting performance is maintained with vertical energy-efficient motors and a quick return mechanism set to 17-140 strokes/min.
Better quality control and less operator dependence are achieved with set feeds, programmable-controlled operations, as well as hydraulic systems.
🛠️ Improve your processes with state-of-the-art machinery. Visit us for the latest machines on offer today!
Motor Power: 4 kW
Ram Adjustment: 315 mm
Precision Tolerance: ≤ 0.02 mm
Max Slotting Length: Up to 320 mm
Table Travel (X/Y): 620 x 560 mm
Precision Tolerance: ≤ 0.02 mm
Machine Weight: 3700 kg
Motor Power: 4 kW
Table Travel (X/Y): 620 x 560 mm
Processing Thickness: 0.4–50 mm
Processing Speed: Up to 120 m/min
Positioning Accuracy: ±0.015 mm
Tool Holder Movement: 0–60 m/min
Table Flatness: ±0.03 mm
Main Motor Power: 4–7.5 kW
Max Workpiece Weight: Up to 2000 kg
Table Diameter: 630–1000 mm
Max Slotting Length: Up to 500 mm
Table Travel (Longitudinal): Up to 1000 mm
Table Diameter: 630mm
Main Motor Power: 4kW
Max Workpiece Weight: 500kg
Ram Stroke Adjustment: 80mm
Machine Weight: 3500kg
Max Workpiece Weight: 6000kg
Main Motor Power: 11kW
Rotary Table Diameter: Up to 1400mm
Max Stroke Length: Up to 1250mm
Ram Speed Adjustment: Stepless control
| Specification Category | Standard Model | Professional Model | Industrial Model |
|---|---|---|---|
| Maximum Slot Length | 300mm | 500mm | 1000mm |
| Slot Width Range | 1-20mm | 0.5-50mm | 0.1-100mm |
| Maximum Depth | 50mm | 100mm | 200mm |
| Positioning Accuracy | ±0.01mm | ±0.005mm | ±0.001mm |
| Repeatability | ±0.005mm | ±0.002mm | ±0.001mm |
| Spindle Speed | 50-8,000 RPM | 50-12,000 RPM | 50-24,000 RPM |
| Feed Rate | 1-1,000 mm/min | 1-2,000 mm/min | 1-5,000 mm/min |
| Power Requirements | 5kW / 220V | 10kW / 380V | 20kW / 480V |
Here’s what our customers say about our Slotting Machine
Below are the essential elements:
84612000 is the HSN (Harmonized System of Nomenclature) Code of slotting machines. It falls under the subheading of machine tools as shaping or slotting machines.
The costs associated with acquisition of slotting machines differ with their classification, dimension, and specifications. Below is an indicative price range with examples.
Slotting is the operation of shaping narrow grooves, keyways, or other features into metals and wood. It is done with the aid of slots, which utilize vertically moving cutting tools to form slots that are required mechanically or structurally, ensuring repetitive and accurate results.
A portable slotting machine is an a compact and lightweight tool intended for making slots, grooves and keyways on a variety of substrates. Its lightweight nature makes it useful for smaller projects and on-site applications.
Key Features:
A slotting machine’s mechanism works through the tools cutting segments being attached to the shaft which is driven vertically, allowing for the cutting tools to create keyways, grooves, or slots on the surfaces of different workpieces at different depths.
Their tips, updates, and everything you need to know about slotting machines, is covered in our latest blogs. So dive-in and stay informed!
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Receive an instant and precise estimate for a premium slotting machine customized to your requirements. Check out the various pricing structures designed to meet your budget and production capabilities, making sure that your business’s needs are fully addressed.
The answer to the question is in the affirmative, since these machines can be effectively used to cast iron machining. Because of the slotting machines heavy and enduring construction, coupled with the high precision and toughness of the machines, they are suitable for hard materials for machining. Because of the adjustable settings, the operators are able to customize these machines so as to sharpen or finish the shape and contour of the workpiece to the desired shape, so as to attain the expected optimal results.
The stroke length for slotting machines typically ranges from a few inches to several feet, as most machines are built with a degree of flexibility to adjust to different workpieces, grooves, and machining processes. Different designs and applications of a slotting machine result in some variance of the most common stroke length.
The cutting tool of a slotting machines feed rate remains constant. In other words, the circular rotational motion of a slotting machines feedrate is a constant velocity. The stroke is more complex, with a combination of simple circular arc movement coupled with linear grinding, giving greater precision to cutting. The machine’s configuration can be set to a different set of workpieces by changing the angular and ram orientation.
Yes, most slotting machines have the provision of reversible operations. This is because the machine is capable of rotating the cutting tool in both directions which enables the machine to make different types of slots and grooves. This function is important in operations requiring several directional cuts.
Slotter machines are capable of working on a variety of materials such as metals, plastics, and composites. The slotting machines are utilized in different industries because the tool lift and the rotation speed are adjustable, which enables effective cutting of hard materials like steel.
Proper worktable and cutting tool settings can ensure the produced slots are of good quality and precision. These changes can improve the overall efficiency of the machine in controlling the depth and width of slots.
In the slotting machine, the worktable is important as it holds the workpiece in place during the slotting operation. It provides alignment and is linearly adjustable in several directions, increasing the machine’s range of making slots at different angles and depths. Having a rigid one increases the worktable’s functionality, work efficiency and work accuracy.
When choosing high-precision slotter machines, the stiffness, longevity, and flexibility of the machine are critical aspects regarding concern. It is preferable to choose machines that have modern controls that can set the stroke length and the cutting speed. Some machines are also capable of working on a broad assortment of materials; therefore, make sure that the machine you choose can work on metals and cast iron and can perform both internal and external cutting work.
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