Product Details
Engineered for long, large, and high-value fragile components, our Trough Vibratory Finisher delivers surface treatment solutions with absolute predictability and control. Breaking through the limitations of traditional models, this equipment features a proprietary, specialized running design that simultaneously maximizes processing efficiency and significantly reduces operational noise.
It embodies a high-end minimalist aesthetic driven by strict physical logic. An ergonomic, right-side integrated control panel ensures intuitive operation. Inside the trough, optional durable PU divider panels can compartmentalize the chamber, strictly preventing complex parts from physical collision during the high-efficiency tumbling process. From aerospace structural components to automotive camshafts, it guarantees flawless results. Before sending physical samples, please share your exact part specifications so our technical team can provide a tailored, consultative finishing evaluation.

Product Specifications
|
Model |
Capacity |
Overall dimensions in mm / inch |
Chamber dimension in mm / inch |
Motor |
|||||||||||
|
Cu.Ft. |
Litres |
Length |
Width |
Height |
Length |
Width |
Height |
kw |
|||||||
|
KTC50 |
1.8 |
50 |
650 |
25.6 |
450 |
17.7 |
850 |
33.5 |
555 |
21.9 |
225 |
8.9 |
265 |
10.4 |
0.55 |
|
KTC150 |
4.8 |
135 |
930 |
36.6 |
480 |
19 |
1050 |
41 |
810 |
31.9 |
365 |
14.4 |
385 |
15.1 |
1.1 |
|
KTC250 |
7 |
200 |
930 |
36.6 |
580 |
22.8 |
1050 |
41.3 |
805 |
36.7 |
455 |
17.9 |
415 |
16.3 |
1.5 |
|
KTC300 |
10.6 |
300 |
1250 |
49.2 |
780 |
30.7 |
1050 |
41.3 |
1115 |
43.9 |
465 |
18.3 |
485 |
19 |
2.2/3 |
|
KTC500 |
17.7 |
500 |
1680 |
66.1 |
850 |
33.5 |
1110 |
43.7 |
1350 |
53.1 |
580 |
22.8 |
550 |
21.7 |
2.2/3 |
Product Superiority

Exclusive High-Kinetic Drive Architecture
This equipment moves beyond the physical limitations of standard vibratory motors, powered by our proprietary high-kinetic drive system. Compared to conventional motors, this advanced system delivers stronger, more concentrated excitation force. By optimizing kinetic energy transfer to the abrasive media, it significantly improves tumbling efficiency and material removal rates. Precise engineering enables superior surface finishes in shorter cycle times-offering speed and consistency that traditional motor-driven tubs cannot achieve.
High-Efficiency & Ultra-Quiet Operation
Addressing the structural limitations of traditional trough designs, this machine incorporates a specialized operational layout. Through optimized mechanical engineering, it maximizes tumbling efficiency for long and complex parts while effectively reducing operational noise. Compared to conventional tub finishers, this equipment delivers excellent deburring and polishing results rapidly, while maintaining a noticeably quieter working environment.
Robust Construction with Rust-Resistant High-Gloss Finish
Engineered for heavy-duty industrial applications, this vibratory tub features a durable, rust-resistant body with a high-gloss finish-combining ruggedness with a clean, modern aesthetic. The finish withstands demanding manufacturing environments, extending service life while enhancing the professional appearance of your production floor.
Integrated Stainless Steel Control Panel
The control panel is constructed from 304 stainless steel in an integrated design and, following operational logic, is consistently positioned on the right side for intuitive use. The clean interface allows operators to easily set and precisely control all processing parameters, significantly reducing training time and ensuring consistent quality across all shifts.
Durable PU Lining & Low Maintenance Design
The tub interior features a highly wear-resistant PU (polyurethane) lining, suitable for continuous processing of large, heavy, or delicate workpieces. Combined with a low-maintenance design approach, this durable construction minimizes unexpected downtime and reduces long-term operating costs.

Application Scenarios
1. Aerospace Structural Components & Wing Spars
Aerospace manufacturing requires absolute precision for elongated structural components, such as wing spars, fuselage ribs, and stringers. Our Trough Vibratory Finisher is engineered to accommodate these oversized parts effortlessly. Powered by our exclusive high-kinetic drive architecture, it delivers a highly concentrated excitatory force that rapidly removes machining lines and burrs uniformly across the entire length. The processing environment is strictly controllable, eliminating micro-defects and stress concentrations to maximize structural integrity. This ensures that every long-form aerospace component achieves a flawless, predictable finish required for critical flight safety.
2. Automotive Camshafts, Crankshafts & Drive Shafts
Long powertrain components like camshafts, crankshafts, and drive shafts demand exceptional surface smoothness to minimize friction and wear. Breaking through the limitations of traditional motor-driven tubs, our trough finisher utilizes proprietary specialized kinetics to rapidly level microscopic surface roughness. The elongated tub configuration provides ample space for uniform tumbling, while the advanced noise-reduction design maintains a quiet workshop environment. This highly predictable surface refinement process significantly optimizes drivetrain efficiency, reduces operational noise in the final assemblies, and dramatically extends the lifespan of core automotive powertrain components.
3. Medical Orthopedic Implants & Long Surgical Instruments
The medical industry demands flawless surface finishing for large orthopedic fixation plates, intramedullary nails, and long surgical instruments. Our vibratory tub offers a gentle yet highly efficient processing environment protected by an industry-leading wear-resistant PU lining. To protect these high-value, complex geometries, optional PU divider panels can compartmentalize the trough, strictly preventing fragile parts from colliding. Driven by our ultra-precise kinetic architecture, the machine efficiently eliminates micron-level defects and achieves superior biocompatibility, ensuring absolute processing consistency without risking any physical deformation to delicate medical components.
4. Architectural Aluminum Extrusions & Linear Profiles
For architectural aluminum profiles, window frames, and long linear extrusions that require a premium visual texture, this trough finisher offers an unmatched surface treatment solution. The expansive tub layout accommodates long metal sections perfectly, while our exclusive drive system ensures high-efficiency material removal to eliminate extrusion lines and surface blemishes rapidly. The rust-resistant glossy finish of the machine reflects the high-end industrial aesthetic it imparts to your products. It delivers a highly uniform, premium matte or polished surface, heavily elevating the overall market competitiveness and aesthetic value of architectural hardware.
5. Industrial Blades, Guillotines & Linear Guide Rails
Industrial cutting blades, machine tool guillotines, and linear guide rails require perfectly uniform edge radiusing and surface smoothing along their extensive lengths to maintain operational accuracy. Our Trough Vibratory Finisher applies a highly consistent, physically logical vibratory flow that guarantees perfectly even treatment from end to end. The superior kinetic force outperforms standard vibratory motors, significantly shortening cycle times for hardened steel components. This highly controllable process ensures precise edge radiusing without compromising the tight geometric tolerances required for high-performance industrial machinery.
6. Custom Metal Fabrications & Bulky Machined Components
Large-scale custom weldments, bulky castings, and complex machined housings often feature heavy geometries and intricate internal cavities. The heavy-duty design of our vibratory tub provides the ideal mass-finishing solution for these challenging parts. Featuring a clearly defined, physically logical layout and an ergonomic right-side premium control panel, operators can easily manage intense finishing cycles. The robust kinetic drive ensures deep penetration of media into complex recesses, rapidly deburring and descaling large fabrications uniformly while optimizing valuable floor space through its highly efficient compact footprint.
Product detail drawing




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