Circular Type Manual Unloading Machinery

Our manual unloading vibratory bowl machines are robust, high-performance mass finishing solutions engineered to achieve exceptional results across various applications, including deburring, polishing, descaling, deflashing, and smoothing. These machines are specifically designed to enhance surface finishes on a broad spectrum of components, whether they are metal, plastic, or ceramic. Built for durability and efficiency, they provide reliable and consistent performance, making them ideal for both high-volume production and custom finishing projects.

Harnessing the power of vibration

At the heart of our vibratory finishing machines lies a robust steel bowl lined with durable rubber or polyurethane. This bowl is filled with the appropriate media, such as ceramic, plastic, porcelain or maize, depending on the desired finish for your components. Eccentric weights mounted on an extended shaft, attached to a heavy-duty motor, generate powerful vibrations that create the cascading action of the media chips and components.

Tailored performance for diverse applications

The versatility of our vibratory finishing machines lies in the ability to adjust the vibration intensity and media selection to suit the specific requirements of your components. Varying weights and angles of the eccentric weights, along with carefully chosen media combinations, enable our machines to manage a diverse range of components, from delicate parts to heavy castings.

Standard features for unwavering quality

Our vibratory finishing machines are meticulously engineered to provide consistent, high-quality results:

Effective motor position for superior vibration.
High-tensile nut bolts for extended machine life
Efficient removal of process fluid for optimal surface finish.
Energy-efficient motor for eco-friendly operation.
Shot-blasted bowls before and after polyurethane lining for enhanced paint adhesion.
Smoothly ground internal welds for a seamless finish.
Anti-rotation motor locking plate for secure operation.
Stress-relieved bowls for long-lasting durability

Polyurethane corrosion-resistant paint for extended life and improved aesthetics.

Easy-opening media discharge door for media changes.

Advantages of Vibratory Finishing

Sharmic vibratory finishing machines offer a multitude of advantages that make them an invaluable asset for your surface finishing needs:

Capable of managing a wide range of part sizes, from very small to large.
Batch or continuous operation for flexible production
In-process inspection for quality control
Optional integral separation for efficient media and component separation
Superior media/parts mixing due to the combined cascade and circular action.
Economical solution for general-purpose work, heavy-deburring, and continuous inspection
Optional automation capability for streamlined production

Batch processing for precision control

Our batch processing system allows you to maintain precise control over the finishing process, ensuring consistent results for every component. The enclosed bowl design minimises media loss and contamination, while the media discharge door facilitates easy changes between batches.

Continuous operation for high-volume production

For high-volume production needs, our vibratory finishing machines can be seamlessly integrated into continuous processing lines. This ensures continuous throughput and consistent surface finishes for a wide range of components.

Manual Unload Machine with Noise Cover

Transposed SM Range and VRM Data

Specification	VRM2	VRM20	SM1	SM2	SM3	SM4	SM10	SM20	SM40
Total Volume (L)	2	18	30	60	90	120	300	600	1200
Media Capacity (kg)	-	-	25-35	30-60	90-110	120-150	300-350	600-700	1200-1400
O D (mm)	221	438	615	710	855	1020	1350	1605	2010
Bowl Width (mm)	59	127	205	230	255	265	345	430	530
Motor (hp)	0.07	0.36	1	1	1	1.5	2/2.4	5/6.7	10
Weight (kg)	11	60	125	225	250	315	550	1050	1500

Optional Extras: Complete bowl lining with cast polyurethane, including the separation area.

Optional Extras: Polyurethane interference paddle for automatic unload and separation which eliminates metal contact.