Parts Maker

Parts Maker Compacting Presses can produce parts with 3 lower and 2 upper levels.
Key features include withdraw floating die pressing motion, precision accurate guiding and CNC controlled feed shoe.

 
Overview
 

Mechanical Press

Mechanical presses are famous for their high production rates and part making accuracy. The all steel welded construction uses a tie rod design to provide a rigid robust press structure required for precision part production. An AC Variable Frequency main drive motor provides power to double reduction gearing contained in a fully enclosed crown located above the die area to keep powder out of critical drive mechanisms. All drive mechanisms are lubricated through a double filtered pressurized recirculation oil system to ensure long reliable service under demanding conditions.

Removable Die Set

The press frame is designed to accept a removable die set to allow removal for maintenance or complete replacement. This reduces maintenance costs and permits changing of die set configurations without extensive press modifications.

 
Specifications
 

CINCINNATI® follows the policy of continuous advancement in product development. For this reason, specifications and dimensions are for reference only and can change without notice. Foundation plans are furnished with each new machine installation.

 
Features 66-PM-4.5 110-PM-6 220-PM-6
Main Ram Pressing (tons) 66 110 220
Productivity (SPM) 12-36 12-30 10-30
# Of Pressing Levels Upper* 2 2 2
# Of Pressing Levels Lower* 3 3 3
Fill Depth (in) 4.5 6 6
Die Opening (in) 7-9/16 8-9/16 10-1/2
Platen Ejection Capacity (tons) 33 50 100
Core Rod Ejection Capacity (tons) 6 6 6
Feeder Opening (in) * 3-1/4 3-1/4 4-1/2
Main Ram Tonnage Monitoring red check mark red check mark red check mark
SPC Data Collection red check mark red check mark red check mark
Main Ram Tonnage Monitor red check mark red check mark red check mark
Programmable Feeder red check mark red check mark red check mark
Powder Hopper(s) red check mark red check mark red check mark
Top Punch Holddown red check mark red check mark red check mark
Allen Bradley Control red check mark red check mark red check mark
Touchscreen HMI red check mark red check mark red check mark
Remote Diagnostics red check mark red check mark red check mark
Machine Commissioning & Training red check mark red check mark red check mark

*Options May be Required

Key Features

  • Programmable Feeder System

    CINCINNATI has been the leader in development of programmable controlled powder feeder systems. Operators have complete control over all critical powder feed shoe motions though the Press Control Center combined with an AC servo motor driven ball screw feeder drive. Good parts begin with consistent filling of the die cavity.The Parts Maker Programmable Feeder combination allows optimized part quality at the high production rates needed to be competitive now and in the future.

  • Extensive Support Services

    CINCINNATI provides an extensive list of comprehensive support services with each new press to ensure many years of productive profitable service.

  • Multi-Level Capability

    With available options, Parts Maker Presses can be configured to produce multi-level parts using the following independently controlled part-making tools: Inner Upper Punch, Outer Upper Punch, Shelf Die or Straight Die, Stationary Punch and Through, Stepped or Blind Core Rod.

  • CINCINNATI Press Control Center

    Fingertip programmable computer control of press functions is provided by the Press Control Center designed and built by CINCINNATI. The combination of Menu Driven Software and Softkey Technology simplify set-up and operation to reduce operator effort and ensure proper production of repeat production lots.

  • WITHDRAWAL PRESS MOTION

    Withdrawal press motion permits start of the fill function earlier in the press cycle than other types of press motion. It also reduces potential for air entrapment and causes the least disruption of the powder during entry into the die cavity. This optimizes the press cycle and helps ensure production of high quality consistent parts.

  • Precision Common Guiding

    Absolute guiding is achieved for Top Punch Plate and Die Platen through the use of common guiding. With absolute platen alignment, tooling lasts longer, maintenance is minimized and higher quality precision parts can be produced.