Chocolate chip depositor for small scale production
Achieve precise chocolate chip production with consistent size and weight control, ideal for confectionery makers seeking reliable, high-speed depositing solutions to streamline their production process.

Deposits and Precisely Shapes Chocolate and Confectionery
The Chocolate Drop Line Depositor from AMP-Rose is engineered for seamless integration into high-speed confectionery production environments. This depositor leverages a twin rotary valve with a horizontal piston design to deliver precise depositing of chocolate chips and confectionery drops, essential for consistent product formation.
Equipped with twin jacketed hoppers and stainless steel construction, it ensures durability and optimal thermal conditions. Its inline planetary gearbox and servo motor enable precise control over depositing speeds and strokes, with the capability to produce up to 250 kg/hr.
Applications range from chocolate chips to mini morsels, ideal for chocolate manufacturers and confectionery producers seeking to enhance their output. The equipment incorporates automation through an Allen-Bradley PanelView system, allowing process adjustments and quick changeovers via a touch interface.
This depositor minimizes energy consumption with its efficient design, supporting continuous operation and integrating smoothly with existing production lines. Maintenance is streamlined with easy access to piston assemblies for cleaning, ensuring maximum uptime and hygiene. With robust construction and heavy-duty materials, the Chocolate Drop Line Depositor offers reliability and efficiency, enhancing your confectionery processing capabilities.
Benefits
- Enhances production efficiency by handling up to 250 kg/hr with consistent chip formation.
- Minimizes labor costs with automated controls and quick-change capabilities.
- Ensures product quality with precise control over deposit weight and shape.
- Streamlines maintenance with easy access for piston assembly cleaning.
- Durable stainless steel construction offers long-term reliability and optimal thermal conditions.
- Applications
- Sweets,Confectionery,Chocolate chips,Snacks
- End products
- Mini chocolate morsels,Confectionery drops,Small candy bites
- Steps before
- Chocolate tempering,Chocolate melting,Chocolate mixing
- Steps after
- Cooling,Packaging,Inspection,Storage
- Input ingredients
- chocolate
- Output ingredients
- chocolate chips,chips of 0.05g to 0.2g,0.05g – 2g chip weight
- Market info
- AMP Rose is renowned for manufacturing and supplying high-quality machinery for the confectionery, chocolate, and snack industries, offering innovative solutions and engineered-to-order equipment tailored to meet specific customer needs.
- Output
- 0.05g – 2g chip weight range
- Capacity
- Up to 250 kg/hr
- Speed
- Up to 20 piston strokes/minute
- Automation
- Allen-Bradley servo motor
- Stroke length
- 70mm maximum stroke
- Lever radius
- 234mm
- Shaft turning angle
- 17 degrees
- Material
- Stainless steel
- Drive type
- Inline planetary gearbox
- Working mechanism
- Twin rotary valve with horizontal piston design
- Automation level
- Allen-Bradley Panel View 600 integration
- Batch vs. continuous operation
- Continuous operation at 20 strokes/minute
- Cleaning method
- Manual cleaning after disassembling pistons
- Changeover time
- Quick exchange of transfer plates
- Abrasion resistance
- Yes
- Biological compatibility
- Food-safe
- Cleanability
- Easy to disassemble and clean
- Corrosive resistance (e.g. acids)
- Stainless steel construction
- Density/particle size
- Chips 0.05g to 2g
- Twin jacketed hoppers
- Stainless steel
- Machine body material
- Mild steel with powder coat
- Control panel type
- Allen-Bradley Panel View 600
- Drive bar stroke
- 70 mm
- Lever radius
- 234 mm
- Shaft turning angle
- 17 degrees
- Footprint
- Compact
- Discharge method
- Oscillating depositor head
- Nozzle layout change
- Transfer plates
- Material finish
- Satin finish stainless steel
- Hopper capacity
- 96 pistons
- Control panel type
- Allen-Bradley Panel View 600
- Drive mechanism
- Inline planetary gearbox and servo motor
- Nozzle layout customization
- Change of transfer plates
- Discharge method
- Oscillating depositor head
- Piston customization
- Adjustable piston strokes and speeds