PARS Engineering, spol. s r. o.  PARS Engineering, spol. s r. o.
    DESIGN OFFICE
DEVELOPMENT OF NEW MACHINERY
CZE  POL  ENG  GER
 +420 603 522 580
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DESIGN - MANUFACTURING - ASSEMBLY - TRANSPORT
Introduction
Profile punching
Punching machines
Assembly lines
Production lines
Fixtures
Production background
Contacts





PROJECT IMPLEMENTATION PROCESS
  1. CAD - using 3D software we design individual parts as well as the concept of the entire assembly
  2. CAE - we use FEM support for pre-manufacturing load simulations
  3. CAM - we perform a 3D data transfer into the machine tool system for each part
  4. We provide heat treatment and coating for the manufactured parts
  5. Welded frames manufacturing using MIG/MAG, TIG AC/DC technologies
  6. Completion, assembly and final testing
  7. Expedition


1. CAD: 3D model + 2D drawings
CAD 3D model CAD 2D drawings

2. CAE: simulation of load behavior

CAE: simulation of load behavior CAE: simulation of load behavior

3. CAM: we carry out production on modern CNC machine tools

C 400 HERMLE

- machinig center for 5-axis machining
- control system Heidenhain TNC 640
- max. rotation speed:18000 ot/min 
- linear shift X/Y/Z  35 m/min
- platen 1070x700 mm
- travel line 850x700x500 mm
- weight load of the table 2000 kg


CAM C400 HERMLE

DMG MORI NLX 2500/700

- turning center for 6-axis machining
- control system CELOS
- tool rotation 10000 ot/min 
- workpiece d = 80 mm, l = 200/705 mm
- workpiece weight max. 250 kg


CAM DMG MORI NLX 2500/700


FANUC Robocut - C600iA
- electroerosion wire EDM FANUC
- high quality cut surface Ra 0,15 μm
- workpiece weight 1000 kg
- machined size 600x400, Z-axis 310 mm
- max. taper angle 30°
/150 mm
- min. programme step 0,0001 mm
- wire diameter 0,1-0,3 mm
CAM FANUC Robocut C600iA


Engraving LASER HXP 20E
- marking produced parts 110x110 mm
- rotary axis for marking on cylindrical surface
- LASER power 20 W
- min. line width 0,02 mm
- min. character size 0,2 mm

CAM LASER HXP 20E

4. Heat treatment and coating

Vacuum hardening
We use vacuum hardening when hardness and toughness of shear tools are required.
Vacuum heating is followed by cooling with nitrogen gas, so there are no dimensional changes and the surface is not scaled.
Nitrocarburizing
Nitrocarburizing is a surface treatment, a thermochemical diffusion process meant to provide an anti-wear resistance on the surface layer, to improve fatigue resistance by up to 120 % and to improve corrodion resistance.
It is carried out at temperatures up to 600 °C, which minimizes deformations and creates a tough core with a hard case layer up to a thickness of 50 μm.
Blackening and zinc coating
All steel working parts are surface treated by alkaline blackening - an oxide layer forms on the surface, combined with oiling creates a proven surface protection.
Additionally there's an option of galvanizing and blue passivation.
Powder coating (komaxit - RAL colour standard)
External covers and visible parts are treated by electrostatic application of powder paint. WHen heated to 180 °C, hardening occurs and a high-quality surface layer is formed.

5. Welded frames manufacturing
For the purpose of manufacturing supporting frames and testing of the assembled production lines we have 2 big manufacturing halls at our disposal, including a fully equipped locksmith workshop.
Welded frames manufacturing Welded frames manufacturing

6. Completion + assembly

Main assembly of machines and lines up to 10x10 m is carried out in a separate manufacturing hall.
Completion + assembly Completion + assembly

7. Despatch

Machines and lines are despatched onto the loading area of trucks in the indoor environment of the manufacturing hall.
Despatch

PARS Engineering, spol. s r. o., IČ 49611321, DIČ CZ49611321