Vibratory Deburring Machine: Model VBS(B)

Bid farewell to burrs and roughness, welcome perfect surfaces!

Inquire now about our VB series vibratory deburring machines to elevate your product quality and efficiency!

Vibratory Deburring Machine: Model VBS(B)

Looking to buy vibratory deburring machines? Our products range from 100L to 600L. We’re leading supplier of mass finishing equipment & consumables, get your free quote now.

Our vibratory deburing machines VBs (B) are suitable for deburring and edge radiusing of aluminum, brass, copper, stainless stel, and iron workpiecessuch as machined parts, injection molding parts, stamping parts, and die casting parts.

In the vibratory deburring process, a container consisting of the workpieces and tumbling media is subiected to a controlled gyratory vibration. Thevibration causes the tumbling media and workpieces to rub against each other, resulting in a polished look.Vibratory deburing is one of the most costeffective fnishing processes as it requires minimal or no labor.

Inovatec offers continuous feed and batch feed variants of vibratory deburing machines. The unload flap and separation screen allows quick separation ofworkpieces from the tumbling media. Our VBs (B) series machine has an extended separation deck with multiple separation holes

Model	VBS(B)100	VBS(B)150	VBS(B)200	VBS(B)300	VBS(B)400	VBS(B)600
Total volume(L)	100	150	200	270	400	600
Max overall dimension(mm) A	1080	1170	1200	1370	1470	1860
Motor installation tube(mm) B	φ460	φ460	φ530	φ630	φ630	φ900
Bowl Tunnel Width C(mm)	φ220	φ260	φ252	φ275	φ330	φ390
Unload width(mm)	250	210	250	320	380	470
Machine height(mm) H1	980	860	940	960	1270	1140
Unload height(KW) H2	800	710	770	760	1090	925
Media unload height(kg) H3	470	440	360	290	570	400
Motor(KW)	1.5/2.2	2.2	3.0	3.7/5.0	5.0/6.0	5.5/7.5
Weight(kg)	280	320	460	650	780	1180

Hot-poured PU and a heavy-duty vibration motor are the primary components in our high-performance vibratory deburing machines. Wve make ourpolyurethane using raw materials sourced from Dow Chemicals, USA.

We use an automatic casting machine to solidify the PU, then cure it at a controlled temperature for 24 hours. We use heavy-duty motor from shanghaiVibration Co. With proper maintenance, it can last more than five years

You can use our vibrato!-burring machines VBS (B) to do the following:

Remove sharp edges
Edge breaking
Remove visible burrs
Remove projections at a specifc magnifcation
Edge rounding

Optional ltems
Sound Cover
Compound Dosing Pump
Pneumaticflap control
Variable Frequency Drives
Control box standing on the floor or hang on the wall

Digital process timer
Low profle design
Wide opening for big size parts
Stress relieved and enhanced with blasting
Default manual parts media separation
Extended separation deck
Wear resistant PU lining from Dow Chemicals

Industry Pain Points and Solutions

Traditional deburring methods are inefficient and can't keep up with growing production demands.

Many factories still rely on manual grinding, filing, or simple hand tools for deburring. This is incredibly inefficient, time-consuming, and labor-intensive, making it inadequate for mass

Automated batch processing

Vibratory deburring machines use an automated batch processing method. Large quantities of parts and abrasive media are placed in a container, and high-frequency vibrations uniformly deburr the part surfaces. A single machine can replace several or even dozens of manual laborers, significantly increasing overall production speed and meeting the needs of large-scale manufacturing.

Manual deburring is costly and difficult to control.

High labor costs, employee training expenses, and defect rates due to fatigue or inconsistent skill levels make manual deburring a significant financial burden for businesses.

Reduce costs and increase efficiency

Implementing a vibratory deburring machine is a direct way to achieve cost reduction and efficiency gains. It drastically reduces the reliance on manual labor, leading to lower long-term labor expenditures. Plus, the standardization and stability of machine operation allow for effective control over the defect rate, cutting down on rework and scrap, which fundamentally lowers overall production costs.

Deburring results are inconsistent, often leading to part damage or issues with subsequent assembly.

Inconsistent manual operations result in varying deburring quality. This can mean some burrs aren't fully removed, or excessive removal damages the base material of the part, potentially even altering its dimensional accuracy and affecting subsequent precision assembly.

Precise control

Vibratory deburring machines achieve uniform and controllable deburring results by precisely managing amplitude, frequency, and processing time, along with selecting the right abrasive media. They effectively remove burrs and flash without damaging the part itself or altering its precision. This ensures product consistency and high quality, guaranteeing smooth progression to later manufacturing stages.

Deburring complex or tiny parts is challenging; difficult to reach blind spots and internal holes.

For parts with complex structures, deep holes, blind holes, or tiny gaps, as well as miniature precision components, traditional deburring methods are often ineffective, failing to reach all burr points.

All-round, no blind spots

Vibratory deburring machines utilize a three-dimensional vibration principle, allowing the abrasive media to contact every surface of the part in all directions and without blind spots, including internal holes, gaps, and complex curved surfaces that are difficult to reach with traditional methods. This ensures that even the most complex parts can achieve thorough and uniform deburring and surface treatment.

Increasing demands for product surface quality, requiring higher standards for chamfering, polishing, or oxide removal.

As market demands for product appearance and performance increase, merely removing burrs is no longer sufficient. Many parts require more refined effects such as chamfering, polishing, oil removal, oxide layer removal, or even improved surface finish.

Multifunctional and advanced

Chamfering: Precisely remove sharp edges, improving feel and safety. Polishing: Significantly enhance the surface finish of parts, improving aesthetics. Oil/Oxide Removal: Clean part surfaces, preparing them for subsequent processes like plating or painting. Brightening: Give parts a superior metallic luster.

Harsh working environment with high noise and dust, impacting employee health.

Traditional grinding and deburring operations are often accompanied by high noise and significant metal dust, posing potential health hazards to operators' hearing and respiratory systems, and not meeting modern factory requirements for environmental protection and health.

Environmental protection and health

Vibratory deburring machines typically feature closed or semi-closed designs, combined with vibration reduction and noise control technology, effectively controlling noise and dust diffusion during operation. This significantly improves the workshop working environment, reduces the risk of occupational diseases, and makes the factory more compliant with environmental and occupational health standards.

Bid farewell to burrs and roughness, welcome perfect surfaces!

Vibratory Deburring Machine: Model VBS(B)

Industry Pain Points and Solutions

Traditional deburring methods are inefficient and can't keep up with growing production demands.

Automated batch processing

Manual deburring is costly and difficult to control.

Reduce costs and increase efficiency

Deburring results are inconsistent, often leading to part damage or issues with subsequent assembly.

Precise control

Deburring complex or tiny parts is challenging; difficult to reach blind spots and internal holes.

All-round, no blind spots

Increasing demands for product surface quality, requiring higher standards for chamfering, polishing, or oxide removal.

Multifunctional and advanced

Harsh working environment with high noise and dust, impacting employee health.

Environmental protection and health

Mass Finishing

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Vibratory Deburring Machine: Model VBS(B)