DP Technology Corp.

Founders

Dan

Paul

CEO (Relationships, Strategy)

-

President (Operations)

Over 26 years of EXPERIENCE

Corporate Headquarters

Camarillo, California

Main ESPRIT R&D Center

An International group of developers Strength in Diversity

Experience – Education - Skills - Culture

R&D Center for FreeForm Machining 3-axis Machining

5-axis Machining

A division of DP Technology Corp. Auton srl.

25+ Years of Experience Extensive world-wide customer base

Florance, Italy Auton

R&D Center for Virtual Machining Technology Machine Simulation Tool Path Verification

A division of DP Technology Corp. BinarySpaces GmbH.

10+ Years of Experience Customers include: major European and Japanese machine tool builders

Berlin, Germany BinarySpaces

TechTeam

GLOBAL CAM OFFER

Milling 2-5 axis

Turn 2-22 axis

EDM 2-5 axis

Mill-Turn

CYB axis continuous

An opened and integrated solution

• All native formats

• All modelers

• Integration with best CAD Systems

CAD

• The most powerful CAM ever

ESPRIT • Universal Post processors

• Complete library of pre-defined post-processor

• Built by the Factory

CNC

An opened and integrated solution Data exchange

Following native formats : ACIS® (SAT),

AutoCAD (DWG), CSV, DXF™, Autodesk

Inventor®, IGES, Mechanical Desktop®,

Parasolid® (X_B, X_T), Solid Edge®,

SolidWorks®, TXT, VDA-FS, CATIA® V4 et

V5, Pro/ENGINEER®, Unigraphics®, STEP,

STL.

Modelers

Solid Parasolid®, solid ACIS®, NURBS

surface, STL, 2D/3D Wire frame

Feature Exchange FX

Interface with CAD software : Solid

Edge®, SolidWorks®, CATIA® V4 et V5,

Pro/ENGINEER®, Unigraphics®

Portions of the CAD Feature Tree are

available directly inside ESPRIT

CAD Features include Properties : Name,

Description, Type, Category, etc…

Complete library of pre-defined post-

processor

Out-of-the-box Programming

Machine Set-up

Proven Post Processor

Sample Programs

Built by the Factory

proven solution to a particular machining

application.

Built for companies such as :

Mori Seiki, Tsugami, Nakamura-Tome,

Citizen, EMCO, Mazak, Okuma

Universal Post Processing

CNC Partners in Europe

CAD to CAM Feature Exchange (FX) Capturing Design Intent

Clearly Defines WHAT we are machining Features Type, Name, Description

Tolerances

Material Properties

Surface Finishes

Administrative data

Program parts quicker and more accurately Increased Productivity

Improved Quality

Reduced Ambiguity

Decreased Errors

CAD

Features

CAD Geometry

Solids

CAM

Features

CAM Geometry

Solids

ESPRIT AFR and FX

How! Process, Tools, Cutting Conditions

What! Type, Name, Description,

Tolerances, Material Properties…

ESPRIT KnowledgeBase™

Geometry &

CAD Features CAM Features

KnowledgeBase

Tool Path Process

Manager

Based on Patented Technology

Productivity

Quality

Consistency

Associativity

Even if the corner faces are not used by the associativity because

they have been created outside of ―Extrude2‖, the Pocket Feature

Recognition will be able to recreate the feature correctly.

Associativity - Special Case -Blend Base.esp

Example : Associativity and Pocket Feature Recognition

Rotation of a Pocket

Translation of a Pocket

Scaling of the Pocket

Add/Remove a Pocket from the CAD Model

Modifying the shape of a Pocket

Add a sub Pocket/Island to a Pocket

Add a blend to a Pocket

Dynamic Solid Simulation Simulation

Fast, accurate and reliable

„As designed‟ versus „As

machined‟

Collision detection

Complete machning

environment : machine tool,

fixtures, clamps, stock and

workpiece

Import

Set Up Machine

Complete machning

environment

• Facing, Pocketing, Contouring

• Rest Machinig

• Hole making, Threading, Spiraling

• Wireframe milling, Manual milling

• Custom Cycle, Park

• Library of standards tools

• Custom Tools and Holders with any geometry

Traditional

2 and 2¹⁄₂ axis

• Index milling with any SolidMill Traditional

• Using a 4th and/or 5th axis

• 4th axis rotary milling

• Wrap pocketing, contouring and drilling

• Any style HMC and VMC rotary axes

• Using any combination rotary axes

• Tilting Head

• Rotary Tables

Production

4th and 5th axis index and rotary

milling

• NURBS-based free-form machining

• 4th- and 5th-axis index positioning

• FreeForm finishing and project-contour 5-axis cycles

• Roughing—zigzag, offset or spiral

• Finishing—planar, translation, normal, rotation, offset, parametric and spiral machining

• Z-level machining

• Automatic Re-machining

FreeForm

3 axis and 5 axis milling

SOLIDMILL

• Contouring

• Drilling and Hole Making

• Roughing and Pocket Roughing

• Grooving

• Threading

• Cutoff

• Part handling—bar feed, part catcher, and part pickup

• Tailstock

• Steady rest

• Library of standard inserts and standard holders

• Unlimited custom tools and holders with any geometry

Traditional

2 axis turning

• Swiss-style machine support including sliding head stock

• Unlimited number of spindles and turrets

• Fixed or moving spindles and turrets

• Gang-, slide-, or turret-based cutting tools

• Balanced rough

• Sync list—view cutting operations by turret,spindle or head

• Synchronized solid simulation and verification for multiple spindles and multiple turrets

Production

Multi-spindle and Multi-turret

turning

SOLIDTURN

•Numerous Strategies for Roughing and Finishing

•Advanced Semi-Finishing and Re-Machining Strategies

•Unique Feature to ESPRIT Mold

•Automatically Optimizes Tool Path to Use Shortest Possible Tool

Milling 3-axis

• Mold Making

• Aerospace

• Other…

Simultaneous 5-axis

Capabilities

FREEFORM

• Multitasking milling—independent, synchronized, synchronous

• 4th-axis rotary mill-turn cycles:

• Wrap pocketing, contouring and drilling Traditional : C-axis

• Multitasking milling—independent, synchronized, synchronous

• 2¹⁄₂-axis off-center mill-turn cycles:

• Facing, pocketing, Contouring

• Rest machining

• Hole making, spiraling, threading,

• Wirefrime and manual milling

• Custom cycle, Park, Insert

Advanced : Y-axis

• Multitasking milling—independent, synchronized, synchronous

• 4th- and 5th-axis (C, B) index positioning

• Index milling with any SolidMillTurn Advanced, machining cycle Production : B-axis

• NURBS-based free-form machining from any combination of solids, surfaces, and STL* models

• Multitasking 3D milling—independent, synchronized, synchronous

• 3-axis machining cycles include: roughing, finishing, Z-level, re-machining, remaining stock machining, project-contouring

• • 5-axis machining cycles include: finishing and project-contouring

FreeForm : simultaneous 3-axis

and 5-axis

SOLIDMILLTURN

• 2-axis contouring

• 3-axis tapering and advanced conics

• Taper control: gradual and pivot

• Constant and variable land

• Radius corner styles: cylindrical, constant radius and conical constant taper

• Programmed independent upper and lower radii

• Sharp corner styles: sharp and blended

• 4-axis UV, XY machining

• Unlimited synchronization between upper (UV) and lower (XY) profiles

• 3D non-planar UV, XY profiles and non-planar workpiece fixturing

• 5th-axis control

• Automated Feature Recognition for EDM

• Contouring—universal cutting cycle for all styles of EDM profiles and shapes: cores, cavities, punches, dies, etc.

• Pocketing—slugless no-core cutting, optimized for start hole

• Drilling—EDM hole popper

• Part handling—threading, flushing, tank drain and fill

CAM for 2–5 axis wire EDM

SOLIDWIRE

TARGET BIG CHALLENGES OF OUR CUSTOMERS

Reduce cost and improve productivity

• Reduce cutting time

• Minimize downtime, maximize manufacturing efficiency

Maximum machine utilization with optimal part quality

• Better tool paths

• Better accurancy

• Run the potential of your machines

Reduce Time To Market

• Faster prototyping

• Reduce programming time

Improve Supply Chain Communication

• Database, FX, Reports,..

Single unit and small run production

• KBM, small run production,..

Improve Know How and professionnal skills

• KBM

4

5

6

Success Story

Software Cuts CNC Programming Time for Dental

Implant Maker

Dental implants represent a complex computerized

numerical control (CNC) machining challenge because

of their intricacy, close tolerances, and small size.

IMTEC Swiss Mfg. Inc. programmers would historically

spend three to four days writing G-Code for Marubeni

Citizen-Cincom Swiss CNC machines, and another day

or two on the machine, troubleshooting the program. The

Ardmore, Oklahoma company recently switched to new

programming software (ESPRIT) that uses solid

modeling to automate the geometry definition process

and allows operations to be moved from one spindle to

another by simply dragging them across a computer

screen.

Hoerbiger Compression Technology Achieves high-

quality small-lot machining

Building on its reputation for product innovation, quality,

and engineering excellence, Hoerbiger

Compression Technology is employing advanced

CAM technology as a key component of its

manufacturing strategy. Hoerbiger Compression

Technology is the world‟s leading manufacturer of

valves, controls and sealing systems for

reciprocating compressors. Hoerbiger serves both

OEM compressor manufacturers and compressor

service organizations as part of it strategy built

around the „Reliable Performance of Compressors.‟

Success Story

New Methods and CNC Software Reduce Programming, Setup

and Machining Time

Paper Converting Machine Company (PCMC) programmers

experienced difficulties using 2D computer numerical control

(CNC) programming software, such as the inability to verify

the program on the computer.

PCMC decided to upgrade to the latest 3D CNC programming

technology. One of the main reasons they picked ESPRIT®

from DP Technology among several solid model based CNC

programming systems because of its advanced knowledge

base machining capabilities. “ESPRIT is capable of importing

a SolidWorks® model, recognizing the features and

automatically pulling from a library of standard machining

processes to machine specific features,” Parry said. “This

saves time and provides the potential to standardize and

optimize machining operations across our full range of

machines (Vertical and horizontal milling machines, turning

and mill turn machining centers).

Success Story