Impeccably precise, productive, and versatile, our Universal Shaper Machine is the perfect instrument. Making way for accuracy in shaping jobs, this machine eases the burden of complex cutting operations in the industries. And, it raises the bar of operational efficiency.
Various surface finishes and dimensions are obtained on the flat surfaces with keyways and internal splines.
Nonproductive time is lost when repeated manual feed adjustments coincide with slow return strokes.
Designing multiple setups for operations like gear teeth cutting, working on angular surfaces, and contoured work.
High custom tooling and recurrent tool-changing operational expenses and downtime make respective increases.
Complex level of machine operation, requiring great skill so as to produce results consistently with quality.
Large machinery sitting in a place to offer limited functionality, taking up much shop floor space.
Our Universal Shaper Machine is designed for exactness and efficiency. It proves very useful when undertaking diverse shaping operations with accuracy and proper performance.
Metals, alloys, and composites are shaped in multiple applications.
Developed to ensure accurate cutting and ease of use.
Durable materials are selected to withstand demanding, long-term work.
Allows for adjustment in length to accommodate different workpiece lengths.
Helps to lower the cost of operation by reducing energy consumption.
With simple design and quality parts, a long downtime is never realized.
Our Universal Shaper Machine deals with the actual manufacturing pain points with an appropriate engineering solution.
A durable and reliable universal shaper machine for precise shaping and cutting. Perfect for metals or wood, it is designed for better efficiency and accuracy.
The motion mechanics of a universal shaper machine directly determine its precision and versatility. The ram’s intermittent reciprocating motion brings about controlled cutting, preventing overheating and also the wear of tools. Horizontal and vertical adjustments of the table allow a series of shaping operations, whether for varying materials or complicated shapes. These coordinated movements thus improve the efficiency as well as the adaptability of the machine to various industries.
The cutting of metals inculcates processes such as mechanical (turning, milling), abrasive (grinding, waterjet), and thermal methods (laser, plasma). The universal shaper uses a reciprocity action in shaping metal with a great amount of precision. Factors considered in the method chosen for machining include the type of material, thickness, and finish, where waterjets have a distinct claim to fame in precision and lasers in velocity.
Cycle time is decreased with fast return mechanism
Consistent surface finish from Ra 0.8μm
Easy to learn controls help to reduce training time
99.5% uptime with almost negligible maintenance
| Main technical parameters | B635A | BC6050/6063/6065 | BC6085 | BC60100/BY60100 |
|---|---|---|---|---|
| Maximum planing length(mm) | 350 | 500/630/660 | 850 | 1000 |
| Distance from the bottom of the ram to the table surface(mm) | 330 | 385 | 400 | 400 |
| lateral travel(mm) | 400 | 630 | 710 | 800 |
| vertical travel(mm) | 270 | 360 | 360 | 380/320 |
| Toolholder travel(mm) | 110 | 120 | 160 | 160 |
| Ram reciprocation (per minute) | 32/50/80/125 | 14/20/2B/40/56/80 | 17/24/35/50/70/100 | 15/20/29/42/58/83 3-38M |
| Main motor power(kw) | 1.5 | 3 | 5.5 | 7.5 |
| Maximum size of shank (W×T) | 20×30 | 20×30 | 25×40 | 30×45 |
| Table center T-slot dimensions(mm) | 14 | 18 | 22 | 22 |
| Turning angle(°) | ±90° No vise ±55*With vise | ±60°(Tool holder) | ±60°(Tool holder) | ±60°(Tool holder) |
| Worktable size(mm) | 350×300 | 440×360 630×400 660×400 | 800×450 | 1000×500 |
| Dimensions(mm) | 1530×930×1370 | 2375×1225×1480 | 2950×1325×1693 | 3640×1575×1780 |
| Machine weight (approx.)(kg) | 1100/1250 | 1650/1760 750/1870,1800/1920 | 2940/3090 | 4870/5150。 4500/4700 |
| Package Size(mm) | 500×1000×1500 | 2000×1300×1650 | 2450x1500×1800 | 3200×1800×2100 |
Here’s what our customers say about our Universal Shaper Machine
Know about Universal Shaper Machine, its features and applications, and how it enhances the precision and efficiency in metal shaping for manufacturing works.
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Never give in to less when precision engineering and rugged design are concerned. Elevate your operations with the Universal Shaper Machine and experience astonishing reliability, efficiency, and quality.
A: A universal shaper machine is a useful and multipurpose machine tool used for shaping metal and other materials. This tool moves a cutting tool forward and backward against the workpiece, so that flat surfaces, grooves, and other shapes can be created. The machine can be set to work at different angles, and because of this, the machine is capable of generating more complex shapes and designs.
A: There are many types of machines that resemble the universal shaper machine, including radial drilling machines and sawing machines. Each machine performs specific functions in metalworking and fabrication and stands out with features of its own, according to different manufacturing needs.
A: The choice of the exact model of the universal shaper machine depends on the size of workpieces, how much accuracy is required, and the kind of material you are going to work on. Check product descriptions, specifications, and price to make an appropriate selection that suits your operating requirements.
A: The angle at this vertical setting on the universal shaper is very important for getting accurate cuts and shapes on the workpiece. Varying the angle allows the operator to work on profiles and features of the kind that are required in many machining applications.
A: To obtain a drawing of products related to the universal shaper machine, contact the suppliers or manufacturers directly. They will usually be willing to send you the drawing of the products to help you better understand the design and working of the machine.
A: CNC machine tools are the automatization of precision to a level of efficiency; they can work on complex shapes and designs with the least amount of manual intervention. A universal shaper machine is more manual and versatile toward many other tasks, while CNC machines have exceptional applications for high-volume production and repeatability.
A: Yes, automatic universal shaper machines are available in the market. They feature very high technology, allowing the user to perform operations automatically without a lot of manual control-wrangling, thus increasing productivity in manufacturing processes.
A: A universal shaper machine can shape various materials-a majority of metals like steel, aluminum, brass. However, it may work on softer materials too, depending on the cutting tool being used and the specification of the machine. This versatility lends great scope to its application in several industrial sectors.
