Pharmaceutical Machines

ACM-XFH 1050 Automatic Capsule Manufacturing Machine

1.8 Million capsules/day. High-capacity GMP-compliant softgel/hard capsule production.

Output1.8M caps/day
ACM-XFH 1050 Automatic Capsule Manufacturing Machine machine photograph
Est. 1960
ISO 9001:2015
20+ Countries
1000+ Installations

Overview

The ACM-XFH-1050 is a hydraulic, fully automatic machine for manufacturing two-piece hard gelatin capsules (Size 0, 1, 2, 3, 4). Capable of producing up to 1.8 million capsules per day (35-40 pin bars/min), it automates the entire dipping, drying, stripping, trimming, and joining process. Built with a centralized hydraulic power pack, SS-316 dipping pans, and precise temperature control, it ensures GMP-compliant, high-volume production.

Key Specifications

Production Speed35-40 Pin Bars/min (dry run)
Daily OutputUp to ~1.8 Million Capsules
Capsule SizesTwo-piece hard gelatin: 0, 1, 2, 3 & 4
Drive / VersionHydraulic (PLC-controlled power pack)
Dimensions16.8 m (L) × 1.6 m (W) × 1.7 m (H)
WeightApprox. 13,500 kg

Full Technical Specifications

ACM-XFH 1050 Automatic Capsule Manufacturing Machine: complete specification details

SpecificationValue
Production Speed35-40 Pin Bars/min (dry run)
Daily OutputUp to ~1.8 Million Capsules
Capsule SizesTwo-piece hard gelatin: 0, 1, 2, 3 & 4
Drive / VersionHydraulic (PLC-controlled power pack)
Dimensions16.8 m (L) × 1.6 m (W) × 1.7 m (H)
WeightApprox. 13,500 kg
Power Supply415/440V ± 6%, 3-Phase, 50 Hz; 220/230V, 1-Phase
Compressed Air0.2 Cu M/min @ 5.50 kg/cm² max (2.75 min)
Gelatin Holding Capacity12 litres per pan
Build StandardcGMP; SS-316 dipping pans
Expected LifeThirty years (approx.) under proper maintenance
ControlPLC with Touchscreen HMI

Features & Benefits

Produces ~1.8 million capsules per day with hydraulic precision for smooth deck and pusher movement

SS-316 Dipping Pans with water jacket and flow guide vanes ensure uniform gelatin mixing and temperature

Upper and Lower Drying Kilns with high-efficiency airflow for consistent capsule wall thickness

Automatic Finisher strips, trims, and joins capsules in one continuous cycle

Centralized lubrication and automatic greaser ensure low maintenance and long mechanical life

This Machine Is for You If...

You need high-speed hard gelatin capsule production for Pharmaceutical Industry production

You're upgrading from manual processes to automated nutraceutical capsule manufacturing

You need a machine that delivers produces ~1.8 million capsules per day with hydraulic precision for smooth deck and pusher movement

Applications

Hard gelatin capsule productionNutraceutical capsule manufacturingPharmaceutical-grade capsule making

Industries Served

How It Works

  1. 1

    Pairs of stainless-steel pins are dipped into a temperature-controlled gelatin solution, gelling a film onto each pin.

  2. 2

    The pins rotate so the gelatin distributes evenly with no bead at the capsule end.

  3. 3

    The pins travel through drying kilns where controlled-humidity air sets the film into a hard shell.

  4. 4

    Stripper jaws remove the dried caps and bodies from the pins.

  5. 5

    Stationary knives trim each cap and body to length, and the caps and bodies are pushed together into finished empty capsules.

Heritage & Lineage

Two-piece hard-gelatin capsule manufacture is one of the best-documented processes in pharma, dating to Arthur Colton’s 1931 dip-molding machine; the dip → dry → strip → trim → join cycle it established is still the industry standard. The ACM-XFH makes the empty shells, and it stands on a printed installation record spanning 1988 to 2014: more than thirty ACM machines across nine plants, including Capsugel, Healthcaps and the Minsk Plant in the former USSR.

Frequently Asked Questions

What is the difference between a capsule-making and a capsule-filling machine?

The ACM-XFH makes empty two-piece gelatin shells by dip-molding. A filling machine separately doses powder or pellets into those empty shells, a different, downstream machine.

What capsule sizes can it make?

Standard hard-capsule sizes run 000, 00, 0, 1, 2, 3, 4, 5 (largest to smallest). The size produced depends on the pin/mold set fitted; confirm the tooling with MOI.

Why does temperature and humidity control matter?

Gelatin viscosity and drying-kiln humidity directly control shell wall thickness, moisture and brittleness; they are critical GMP quality parameters.

Request reference clients in your region to hear directly from manufacturers running this machine in production.
MOI Engineering Private Limited
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