HOFMANNHand-Guided Marking Machines
2K60A
Higher-output sibling to the HOFMANN 2K50A — hand-guided 2-component cold-plastic marking machine for agglomerate and structured markings.
Key Specifications
2- Class
- Hand-guided cold-plastic marking machine
- Material
- 2-component cold plastic (2K)
Overview
The HOFMANN 2K60A is the higher-output sibling to the 2K50A in HOFMANN's hand-guided 2K cold-plastic marking machine range. It applies 2-component cold-plastic material for agglomerate markings, structured lines and symbols, using the same 2K mixing and metering concept but with a larger material handling envelope than the 2K50A. Exact line width, throughput, tank capacities, drive/engine option and weight depend on the selected 2K60A configuration; consult the current HOFMANN 2K60A data sheet.
Illustrative specifications — confirm exact configuration with RENTEK before ordering.
Highlights
- Larger material envelope than 2K50A
- 2K cold-plastic mixing and metering
- Suited to longer marking runs
- Same operating principle as the 2K50A
Applications
- Agglomerate markings
- Structured longitudinal lines
- Pedestrian crossings and symbols
- Larger detail-marking jobs
More in Hand-Guided Marking Machines
HOFMANNHand-Guided Marking Machines
H9-1 Series (Airspray / Airless / Sprayable Thermoplastic)
- Class
- Hand-guided marking machine family
- Drive
- Hydrostatic
- Configurations
- Airspray, Airless, Sprayable thermoplastic
View model
HOFMANNHand-Guided Marking Machines
H5-1
- Class
- Compact hand-guided marking machine
- Series
- HOFMANN H5 range
- Typical uses
- Car parks, sports facilities, closed venues
View model
HOFMANNHand-Guided Marking Machines
2K50A / 2K60A Cold-Plastic Machines
- Scope
- Family / comparison: 2K50A + 2K60A
- Class
- Hand-guided cold-plastic marking machines
- Material
- 2-component cold plastic (2K)
View model
HOFMANNHand-Guided Marking Machines
RP100-1H Hydraulic Self-Propelled
- Class
- Hand-guided hydraulic self-propelled thermoplastic marker
- Series
- HOFMANN RP range
- Drive
- Hydraulic self-propulsion
View model