Closed Door Manual Tie Horizontal Balers

Versatility Without Complexity

When material streams change and uptime matters, Komar Closed Door Horizontal Balers provide consistent performance. By forming each bale within a dedicated compaction chamber, operators can shift between materials without disrupting flow or compromising bale quality. Manual tie operation keeps the system straightforward and cost-effective with guided wire paths that simplify tying while maintaining clean, fully ejected bales for lower-volume, variable material applications. Simple, programmable controls help operators adjust settings by material, making changeovers easier to manage and results more consistent.

Versatility Without Complexity

Product Line Overview

HC175

HC175

Ram Force
175,000 lbs
Cylinder
6”
Cycle Time
40 sec
Bale Weight (OCC)
~1,400 lbs
HC185

HC185

Ram Force
187,000 lbs
Cylinder
5.5”
Cycle Time
28 sec
Bale Weight (OCC)
~1,500 lbs

Select Maren Legacy models may still be available.

Select Maren Legacy models may still be available.
Closed Door Manual Tie Horizontal Balers

Key Features

Engineered Simplicity. Enhanced Control. Operational Confidence.

SmartBale™
Intelligent Baler Control

  • Programmable baler parameters for various materials for faster change-overs
  • Optional mobile remote interface for monitoring and control

Easy Tie System

  • Wire paths remain clear of debris
  • Streamlined wire feeding reduces operator fatigue

Full Eject System

  • Every bale is discharged completely before the next begins
  • Prevents cross-contamination when switching materials
  • Eliminates clean-out downtime

Safe Product Destruction

  • Minimizes shear jams
  • Improves compression efficiency across variable materials

Replaceable Wear Components

  • AR400 replaceable floor wear plate for long service life

Common Horizontal Baler Options

Resource

Closed Door Manual Tie Horizontal Balers: Wise Simplicity for Steady Recycling Streams

In material-handling, simplicity often outperforms complexity. Closed door manual tie balers embody this principle—providing reliable, cost-effective performance for facilities with steady but manageable recycling volumes.

These balers compress material in a closed chamber, requiring the operator to tie each bale manually. The process is straightforward, predictable, and ideal for controlled workflows.

Closed-Door Manual-Tie Horizontal Balers: Wise Simplicity for Steady Recycling Streams

Equipment Specs

Closed Door Horizontal BalersHC175-603070
HC175-603070
HC185-603040
HC185-603040
Feed Opening (L×W)70″ × 54″40″ × 54″
Bale Size (W×H×L)60″ × 30″ × variable60″ × 30″ × variable
System Pressure3,000 psi4,200 psi
Ram Force175,000 lbs187,000 lbs
Ram Pressure104 psi109 psi
Drive HP20, 3020, 30
Main Cylinder6″5.5″
No Load Cycle Time40 sec28 sec
Bale Tying5 wire, manual5 wire, manual
Baler Shipping Weight24,000 lbs22,000 lbs

INDUSTRIES WE SERVE

Our solutions are tailored to meet the unique needs of a wide range of industries, including:

FAQs

Bale wire is manually fed through guided wire channels around the finished bale and then twisted or tied off by the operator using basic hand tools.

Yes. The closed door design, full eject system, and SmartBale controls (if equipped) make material changeover simple with minimal downtime.

Bale weights will vary based on material type and condition and on bale size. Typical OCC bales will range from about 1,200 to 1,500 lbs.

Yes. Features like replaceable AR400 steel wear plates, reinforced floors, and progressive shear blades reduce wear and simplify maintenance.

Once a bale reaches its set size and is ready to be tied, the compaction ram advances to position the finished bale against the closed door for tying. After tying is complete and the door is opened, the ram advances to fully eject the bale from the chamber. This complete ejection clears residual material, leaving the chamber ready for the next bale and helping prevent cross-contamination when changing materials.

Yes. Manual tie operation is straightforward, with guided wire paths that simplify the wire feeding and tying process, while SmartBale controls reduce setup effort when changing materials. This keeps training simple and helps operators focus on safe, consistent operation rather than managing detailed adjustments.

Maren Legacy Models are earlier closed door, manual tie horizontal baler designs that preceded the current Komar lineup. While they differ in size, configuration, and controls from today’s models, select Legacy balers remain available to meet specific application or customer needs. Availability varies by model—contact Komar (South Holland) or fill in the form below to determine whether a Legacy option is appropriate for your operation.

Closed-Door Manual-Tie Horizontal Balers: Wise Simplicity for Steady Recycling Streams

Closed-Door Manual-Tie Horizontal Balers: Wise Simplicity for Steady Recycling Streams

In material-handling, simplicity often outperforms complexity. Closed-door manual-tie balers embody this principle—providing reliable, cost-effective performance for facilities with steady but manageable recycling volumes.

These balers compress material in a closed chamber, requiring the operator to tie each bale manually. The process is straightforward, predictable, and ideal for controlled workflows.

 

Best For:

  • Medium-volume cardboard and paper
  • Distribution centers and manufacturing floors
  • Facilities seeking low maintenance and high reliability

 

Key Advantages of Closed-Door Manual-Tie Balers

  1. Maximum Control Over Bale Quality
    Operators determine tie tension and bale finish—ensuring each bale meets buyer requirements.
  2. Lower Operating Costs
    With fewer moving parts than automated systems, these balers offer long service life and reduced maintenance.
  3. High Bale Density
    The closed-door design delivers exceptional compression, producing dense, uniform bales that optimize hauling efficiency.

 

Why a Closed-Door Manual-Tie?

Choose a closed-door manual-tie baler when your operation values durability, operator control, and predictable performance. For many facilities, it is the most balanced and cost-efficient approach to horizontal baling.