Profectionary

DM-3XP-4V

Automated Gummy Demolder

Confectionery Demolder

Demolds 46,500 gummies/hour. Reduces repetitive strain and labor costs. Stainless-steel build for reliability.

Overview

The DM-3XP-4V Automated Gummy Demolder is built to eliminate the strain, risk, and inefficiency of manual demolding. With the ability to process up to 46,500 gummies per hour, this industrial-grade system delivers unmatched speed and reliability – while keeping operators safe and comfortable.

Engineered for small to mid-size confectionery operations, the DM-3XP-4V combines pneumatic-driven power, ergonomic design, and hygienic washdown capability, ensuring smooth integration into your production line.

High Productivity

Processes up to 46,500 gummies per hour with unmatched speed and reliability.

Operator Safety & Comfort

Designed to keep operators safe, comfortable, and free from manual strain.

Reliable Performance

Engineered for consistent, dependable operation in demanding production environments.

Seamless Integration

Designed to fit effortlessly into existing confectionery production lines.

Features

High Output

Demolds up to 46,500 gummies/hour with a rapid 3-second cycle time.

Pneumatic Drive System

Powerful, consistent demolding with minimal operator effort.

Operator Safety Built In

Hinged gas piston-assisted lid, ergonomic wide actuation bar, and locking safety system.

Low Maintenance

Simple, robust design built for long service life with minimal upkeep.

Get the Full Technical Data Sheet

Discover detailed specs, dimensions, and performance data for our confectionery automation systems.

Durable Washdown Design

IP67-rated control enclosure for hygienic full washdown environments.

Flexible Operation

Swappable grates and pinboards, plus locking castor wheels for easy portability.

Customizable Compatibility

Works with standard or fully custom gummy molds.

Warranty Coverage

Backed by a 1-year manufacturer’s warranty.

Specifications

Length

48 in (1219 mm)

Width

24 in (610 mm)

Height

41.5 in (1054 mm)

Wheels

5 inch locking caster wheels for portability

Weight

290 lbs (131kg)

Construction

Food-safe 304 stainless steel

Mold Capacity

Accepts up to three (3) 15” x 11.5” molds

Mold Configuration

Standard: 6 x 9 cavities per mold (192 gummies per cycle). Custom configurations available

Throughput

46,500 gummies per hour

Demold

3 seconds per cycle
12 second reload (typical)

Voltage

110VAC, 60Hz, 302mA

Power Cord

6ft cord, grounded plug

Drive System

Pneumatically operated piston drive

Pneumatic Requirements

90-100 psi. Equipped with air regulator for control

Automation

Automated demolding with minimal user effort

Controls

Lighted power button, programmable cycle patterns & duration, air regulator

Training

Minimal training required, quick setup ready-to-use

Method

IP67-rated controls – suitable for complete CIP washdown

Lid Lock

Engages during demolding to keep operators away from moving parts

Automatic Operation

Reduces manual strain and associated injury risks

Audible Safety

Equipped with pneumatic silencer for minimal noise

Ergonomics

Wide actuation bar for user ergonomics and ease of operation

Hydraulic Assist

Lid equipped with stainless steel gas spring lifts for ease and safety

Safe ejection pins

Safe pin design prevents damage of molds & gummies during ejection

Conveyor

10 ft or 5 ft option

Mold Lubrication System

Mold spray system with 2.5l oil canister, solenoid based frequency driven pneumatic spray heads for precise control

Ordering Information

P/N: DM-3XP-4V

Demolder – Complete assembly with bin shields, standard grate and pinboard assembly. Pre-assembled, Plug and Play.

P/N: 9010253-S

Standard 3-mold 192 cavity Grate. Stainless 304 construction. Custom configurations available

P/N: 9010254-S

Standard Pinboard assembly, complete with 192 ejection pins. Stainless 304 construction. Custom configurations available.

P/N: 9010254-S

Replacement bin shields, ¼” clear acrylic sheets with guide holes

Take your production to the next level - without the cost, footprint, or labor risks of over sized systems