• Model: VP-USS
• Base Configuration Price: Starting at $4,500
• Machine Material: Stainless Steel/Carbon Steel
• Sieve Diameter: Variable, typically ranging from 200mm to 400mm
• Sieve Layer: Variable, typically ranging from 1 layer to 4 layers
• Ultrasonic Frequency: Adjustable, typically ranging from 25 kHz to 40 kHz
• Features: Equipped with a durable stainless steel or carbon steel frame, precise control system for ultrasonic frequency, user-friendly control panel for easy operation, customizable options for sieve diameter, sieve layer, and ultrasonic frequency, and robust construction for reliable operation

Description: The VP-USS Ultrasonic Sieve Shaker is an advanced laboratory-scale equipment designed for fine particle sieving using ultrasonic technology. Constructed with high-quality stainless steel or carbon steel materials, it ensures durability and reliability. The VP-USS features a variable sieve diameter, typically ranging from 200mm to 400mm, allowing for different sample sizes. The sieve layer is also adjustable, typically ranging from 1 layer to 4 layers, accommodating various sieving requirements. The ultrasonic frequency is adjustable, typically ranging from 25 kHz to 40 kHz, facilitating efficient and precise particle separation. With its precise control system and user-friendly control panel, the VP-USS allows for easy operation and adjustment of ultrasonic frequency. Its robust construction ensures reliable operation and accurate fine particle sieving, making it the ideal choice for laboratory research, quality control, and production monitoring applications.

• Model: VP-TSS
• Base Configuration Price: Starting at $3,500
• Machine Material: Stainless Steel/Carbon Steel
• Sieve Diameter: Variable, typically ranging from 200mm to 400mm
• Sieve Layer: Variable, typically ranging from 1 layer to 8 layers
• Tapping Frequency: Adjustable, typically ranging from 280 to 360 taps per minute
• Features: Equipped with a durable stainless steel or carbon steel frame, precise control system for tapping frequency, user-friendly control panel for easy operation, customizable options for sieve diameter, sieve layer, and tapping frequency, and robust construction for reliable operation

Description: The VP-TSS Tapping Sieve Shaker is a specialized laboratory-scale equipment designed for particle size analysis and grading through tapping motion. Constructed with high-quality stainless steel or carbon steel materials, it ensures durability and reliability. The VP-TSS features a variable sieve diameter, typically ranging from 200mm to 400mm, allowing for different sample sizes. The sieve layer is also adjustable, typically ranging from 1 layer to 8 layers, accommodating various sieving requirements. The tapping frequency is adjustable, typically ranging from 280 to 360 taps per minute, ensuring efficient particle separation. With its precise control system and user-friendly control panel, the VP-TSS allows for easy operation and adjustment of tapping frequency. Its robust construction ensures reliable operation and accurate particle size analysis, making it the ideal choice for laboratory research, quality control, and production monitoring applications.

• Model: VP-LTM
• Base Configuration Price: Starting at $8,000
• Machine Material: Stainless Steel/Carbon Steel
• Testing Parameters: Variable, typically ranging from temperature, pressure, humidity, to mechanical properties such as tensile strength, compression strength, etc.
• Testing Capacity: Variable, depending on the specific testing parameters and equipment configuration
• Features: Equipped with a durable stainless steel or carbon steel frame, precise control system for testing parameters, user-friendly control panel for easy operation, customizable options for testing parameters and capacity, and robust construction for reliable operation

Description: The VP-LTM Lab Testing Machine is a versatile laboratory-scale equipment designed for conducting various types of tests. Constructed with high-quality stainless steel or carbon steel materials, it ensures durability and reliability. The VP-LTM can accommodate a wide range of testing parameters, typically including temperature, pressure, humidity, and mechanical properties such as tensile strength, compression strength, etc. The testing capacity varies depending on the specific testing parameters and equipment configuration. With its precise control system and user-friendly control panel, the VP-LTM allows for easy operation and adjustment of testing parameters. Its robust construction ensures reliable operation and accurate test results, making it the ideal choice for laboratory research, testing, and development applications in various fields.

• Model: VP-LSP
• Base Configuration Price: Starting at $6,000
• Machine Material: Stainless Steel/Carbon Steel
• Feed Size: Variable, typically ranging from 10mm to 50mm
• Output Size: Adjustable, typically ranging from 80 mesh to 200 mesh
• Pulverizing Capacity: Variable, typically ranging from 50g to 500g per batch
• Features: Equipped with a durable stainless steel or carbon steel frame, precise control system for pulverizing parameters, user-friendly control panel for easy operation, customizable options for feed size, output size, and pulverizing capacity, and robust construction for reliable operation

Description: The VP-LSP Lab Sample Pulverizer is a versatile laboratory-scale equipment designed for pulverizing various types of samples. Constructed with high-quality stainless steel or carbon steel materials, it ensures durability and reliability. The VP-LSP features a variable feed size, typically ranging from 10mm to 50mm, allowing for different sample sizes and types. The output size is adjustable, typically ranging from 80 mesh to 200 mesh, enabling precise control over the pulverized material’s particle size. With its variable pulverizing capacity, typically ranging from 50g to 500g per batch, the VP-LSP can accommodate various sample volumes. The precise control system and user-friendly control panel allow for easy operation and adjustment of pulverizing parameters. Its robust construction ensures reliable operation and accurate sample preparation results, making it the ideal choice for laboratory research, testing, and development applications in sample preparation.