Pitch discipline
Joint layout becomes a program choice
The 650 A is programmed for two fixed pitch joints—25 mm and 50 mm—so the operator selects within a known production framework instead of creating a new arbitrary pitch.
Omec 650
650 A Automatic numerical-control dovetail milling machine
A two-axis OMEC milling machine for producing fixed-pitch dovetail and parallel joints in drawer and furniture components. The 650 A combines a single 16,500-rpm spindle, CNC-guided setup, pneumatic workpiece clamping and a 40-drawer-per-hour machine reference in a compact platform built around two fixed joint pitches: 25 mm and 50 mm.
2-axis automatic milling25 or 50 mm fixed pitchmale, female or simultaneous16,500 rpm spindle40 drawers/hour machine reference0.7 MPa air
Production problem
Move fixed-pitch dovetail and parallel joint production away from repeated manual joint layout while keeping drawer dimensions and male/female part combinations inside a defined machine envelope.
Machine mechanism
The two-axis machine uses numerical control, one milling spindle and software-guided adjustments to run the 25 mm or 50 mm fixed-pitch joint program.
Process value
Single male, single female or male/female workpieces can be machined in the same platform, with manual pneumatic clamp/release control and a 40-drawer-per-hour machine reference.
Dovetail + parallel joints
Two-axis automatic milling
CNC-guided setup
Single spindle
40 drawers/hour
1.5 m max length
Start with the manufacturing problem
Fixed-pitch drawer joints should not require a different machine for every male/female part combination.
The 650 A is built around a specific production problem: repeatable dovetail and parallel joint machining for drawer and furniture components where 25 mm or 50 mm pitch covers the product range and the workpieces fit the machine’s dimensional envelope.
Part pairing
Male and female parts stay in one process
The machine can cut single male parts, single female parts or male/female workpieces simultaneously.
Workpiece envelope
Part range still controls the decision
Drawer length, width, front thickness, side thickness and joint height must all fall inside the specified workpiece limits.
Production basis
Use the machine reference in the context of the full drawer process
The machine reference is 40 drawers/hour. Actual plant output still depends on workpiece handling, material, tooling, part mix and downstream assembly.
Application fit
Strong fit for repeatable drawer and furniture joints built around two fixed pitches.
The 650 A makes sense when the product family fits 25 mm or 50 mm center-to-center joint spacing and the required workpieces remain inside its dimensional range. Shops requiring freely variable pitch or broader CNC joint programming should qualify another OMEC route rather than forcing this model beyond its intended scope.
Strong fit
Drawer production
A direct fit for manufacturers producing drawer fronts, sides and related components with dovetail or parallel joints.
Strong fit
Furniture components
OMEC also positions the machine for various furniture elements where the same joint logic and dimensional range apply.
Strong fit
Mixed male/female machining
Useful when production requires single male, single female or simultaneous male/female workpiece machining.
Another OMEC route
Variable-pitch joint programs
If the product needs freely variable joint pitch, the 650 A’s two fixed pitch programs are a non-fit cue; qualify a more flexible OMEC numerical-control model.
Application review
Curved drawer fronts
Curved drawer fronts require application review before this model is specified for the job.
Automation boundary
Fully automatic material flow
The machining system is automatic, while workpiece clamping and release are manually actuated through pneumatic valves.
Select the process from the part backwards
Start with the finished drawer joint, then prove the part fits.
The right 650 A application is defined by joint type, pitch and workpiece envelope before horsepower or machine footprint enter the decision.
Choose the joint
Confirm dovetail or parallel joint and whether the job uses single male, single female or simultaneous male/female machining.
Choose 25 or 50 mm pitch
The 650 A program is built around those two fixed center-to-center values.
Check workpiece envelope
Validate length, width, joint height, front thickness and side thickness against the exact OMEC limits.
Define tooling
Match the cutter profile and material to the joint and finished product using the available integral-HM/Widia and optional diamond cutter routes.
Map the surrounding process
Check operator handling, compressed air, dust collection and the downstream gluing/assembly step before setting the line-output expectation.
Machine architecture / work cycle
One spindle, two controlled axes and pneumatic workpiece holding.
The 650 A is an automatic two-axis milling machine with numerical control. It uses one spindle and cutter, while workpieces are clamped and released manually through pneumatic valves.
Motion
Two controlled axes
The 650 A’s automatic milling architecture is built around two axes under numerical control.
Cutting unit
Single milling spindle
The machine uses one spindle operating at 16,500 rpm.
Workholding
Pneumatic clamping
Clamping and release are manual actions carried out with pneumatic valves.
Operator interface
Software-guided adjustment
The control displays machine software instructions on the monitor to guide the operator through available setup adjustments.
Joint capability
Dovetail and parallel joints with fixed 25 mm or 50 mm pitch.
The 650 A machines dovetail and parallel joints. Male and female workpieces can be processed individually or together, while the control is programmed around two fixed pitch choices.
Joint examples
The cutter package matters to the finished joint.
The 650 A supports multiple joint forms using original OMEC integral-HM tooling. The standard machine includes an integral-HM/Widia cutter installed, with optional HM and diamond cutter variants available for specific joint and finish requirements.
The exact joint and cutter package is completed at quotation from the actual front, side and joint requirements.
Technical framework
650 A technical data.
Core 650 A technical values are shown below. Metric values remain primary, with useful North American conversions shown in brackets.
| Field | Machine value | North American reference |
|---|---|---|
| Machine type | Two-axis automatic milling machine with numerical control / CNC system | Fixed-pitch dovetail / parallel-joint machine |
| Installed power | 2.5 kW | ~3.35 hp |
| Working pressure | 0.7 MPa | ~101.5 psi |
| Spindle | 1 | Single-spindle architecture |
| Spindle speed | 16,500 rpm | 16,500 rpm |
| Joint pitch / center-to-center | 25 or 50 mm fixed pitch | ~0.984 or 1.969 in |
| Drawer production | 40 n/h | 40 drawers/hour machine reference |
| Machine weight | 171 kg | ~377 lb |
| Packed machine weight | 221 kg | ~487 lb |
| Overall dimensions L × W × H | 97 × 76 × 137 cm | ~38.2 × 29.9 × 53.9 in |
| Packing dimensions | 122 × 87 × 153 cm | ~48.0 × 34.3 × 60.2 in |
Final voltage, phase and frequency are defined in the proposal for the supplied installation.
Dimensional range / workpiece envelope
The drawer parts have to fit all five dimensional limits.
Minimum and maximum workpiece dimensions are defined for length, width, joint height, front thickness and side thickness. Those limits are central to application qualification.
200–1500 mmLength
[7.87–59.06 in]
[7.87–59.06 in]
60–400 mmWidth
[2.36–15.75 in]
[2.36–15.75 in]
8.5–16 mmJoint / indent height
[0.335–0.630 in]
[0.335–0.630 in]
8–60 mmFront thickness
[0.315–2.362 in]
[0.315–2.362 in]
7–25 mmSide thickness
[0.276–0.984 in]
[0.276–0.984 in]
Use the dimensional limits below to qualify the actual drawer components before final machine selection.
Controls / automation / operator workflow
Automatic machining with a defined manual workholding step.
The 650 A performs automatic two-axis milling under numerical control, while clamp and release are manually actuated with pneumatic valves.
Control
Numerical-control panel
Commands are issued through a push-button/control-panel system with numerical control.
Program scope
CNC fixed-pitch programs
The CNC system is programmed for two fixed-pitch joint types: 25 mm and 50 mm.
Setup
Monitor-guided adjustments
Adjustments can be carried out following machine-software instructions displayed on the monitor.
Operator role
Manual pneumatic clamp/release
The machine uses pneumatic valves for the operator-actuated workpiece clamping and release step.
Tooling architecture
Original OMEC integral-HM tooling is the machine baseline.
The 650 A uses original OMEC cutters in integral HM, with a Widia/integral-HM cutter included as standard machine equipment. Optional 14 mm HM and diamond cutter variants are available for specific joint and finish requirements.
Standard
Standard installed cutter
The standard configuration includes an integral-HM/Widia cutter mounted on the machine.
Optional tooling
A24 / A25 HM options
Optional Ø14 integral-HM cutters are available, including a version with a deburring tool.
Optional tooling
A27/04 cylindrical HM
A Ø14 cylindrical integral-HM cutter is available as an optional tool.
Optional tooling
A47 diamond
A Ø14 diamond milling cutter is available as an option.
Optional tooling
A48 diamond + deburring
A Ø14 diamond cutter with deburring tool is available as an option.
Option — range at quotation
Small-piece equipment
Option A05 is available for machining small pieces. Its exact supported workpiece range is confirmed during application review.
Pneumatics / extraction / utilities
Compressed air is defined. Electrical and extraction configuration close with the installation.
The machine working pressure and installed power are defined below. Final dust-extraction airflow and electrical voltage, phase and frequency are confirmed for the supplied installation.
Compressed air
0.7 MPa working pressure
Working pressure is 0.7 MPa—approximately 101.5 psi.
Installed power
2.5 kW installed power
OMEC labels this as on-board machine installed power. It is not rewritten as spindle-motor power.
Complete at quotation
Electrical supply
Voltage, phase, frequency and branch protection are completed for the selected installation.
Complete at quotation
Dust extraction
Machining requires a dust/chip strategy. Final extraction connection, airflow requirement and system interface are completed in the proposal.
Layout
Operator work zone
Plan clearance for loading, unloading, control-panel access and service without using the compact footprint to block the machine’s working zone.
Deployment
Commissioning
Final utility checks, machine setup, guarding and operator training belong to the qualified installation/commissioning scope.
Production-rate framework
Use the 40-drawer-per-hour machine reference in the context of the complete process.
The machine reference is 40 drawers per hour. Sustained plant throughput still depends on the actual drawer, operator handling, cutter, material and downstream assembly.
Machine reference
Drawer rate
Machine reference: 40 drawers per hour. Actual sustained output depends on the drawer mix, handling, setup and surrounding process.
Plant context
Part mix
Changing drawer sizes, front/side combinations and batch sequence can affect handling around the machining cycle.
Process context
Tooling / material
Cutter choice and actual material influence the process window and finished joint requirement.
Line context
Downstream assembly
A dovetail machine cannot raise finished-drawer output above a downstream gluing or pressing bottleneck without the rest of the line being balanced.
Ownership / service / changeover
Build repeatability around documented setup, qualified tooling and clean machine utilities.
The 650 A’s fixed-pitch scope simplifies what the machine is being asked to do, but consistent production still depends on cutter condition, workpiece preparation, pneumatic supply, dust/chip control and disciplined setup.
Program discipline
Use the control for the job it was built for
The 650 A is a two-pitch machine. Keep 25 mm and 50 mm joint programs tied to the intended drawer construction.
Tooling
Protect cutter condition
Treat cutter condition and correct OMEC tooling as part of joint quality and production planning.
Pneumatics
Keep workholding consistent
Stable pneumatic supply and correct workpiece presentation support repeatable clamping before each machining cycle.
Ownership
Plan service access
Preserve access to the cutting area, control panel and machine cabinet for qualified maintenance and inspection.
Production-line integration
Joint machining is one station in the drawer process.
A useful 650 A project maps the machine between prepared drawer components upstream and gluing/assembly downstream, then checks whether the surrounding process can support the intended drawer rate.
Prepare parts
Bring front, side and mating components to the required dimensions and material condition.
Machine joints
Use the 650 A for the selected dovetail or parallel joint program and matching male/female workpiece arrangement.
Apply glue
Move machined components into the qualified adhesive process where the drawer construction requires gluing.
Assemble / square
Press or clamp the drawer with a process sized for the product geometry and target output.
Balance the line
Compare the 650 A’s 40-drawer-per-hour machine reference with actual upstream preparation and downstream assembly capacity.
Valid configurations / options
Keep standard machine scope separate from available options.
Standard equipment and optional equipment are separated so tooling and special workpiece equipment can be specified correctly.
Standard configuration
Standard machine
Standard equipment includes an integral-HM/Widia cutter installed, adjustment/maintenance tool kit and user/instruction manual.
Option
Small-piece equipment A05
Option for machining small pieces. The supported workpiece range is confirmed at quotation.
Options
HM cutter options
A24, A25 and A27/04 cover listed Ø14 integral-HM cutter variations.
Options
Diamond cutter options
A47 and A48 are Ø14 diamond cutter options, with A48 adding a deburring tool.
Configuration
Electrical configuration
Final voltage, phase and frequency are tied to the machine supplied for the installation.
Configuration
Dust collection interface
Extraction connection and system requirements are completed against the final machine installation.
Business-case framework
Compare the 650 A against the actual joint-production bottleneck.
Use the business case to compare joint layout and machining effort, drawer mix, operator handling, cutter/tooling cost, downstream assembly and required output.
Labour / time
Current process time
Measure current setup, machining and handling time for the exact drawer family.
Fit
Product mix
Separate high-run fixed-pitch drawers from products that require a different joint pitch or special geometry.
Line balance
Downstream capacity
Compare joint machining against gluing, pressing and final drawer assembly capacity.
Installed scope
Tooling and utilities
Include cutter strategy, compressed-air service, extraction, installation and operator training in the real project scope.
Application data package
Bring the drawer—not just the machine model.
The fastest way to qualify a 650 A is to compare the finished joint and every critical workpiece dimension directly against the OMEC envelope.
Dimensions
Drawer geometry
Length, width, front thickness, side thickness, joint height and mating-part arrangement.
Joint
Joint definition
Dovetail or parallel joint, 25 mm or 50 mm pitch, male and/or female arrangement and required finished appearance.
Output
Production requirement
Current drawer output, target output, batch sizes, product mix and current bottleneck.
Installation
Site utilities
Electrical service, compressed-air supply, dust collection, available floor space and upstream/downstream equipment.
Complete at quotation
Close the exact joint, cutter, electrical package and installation scope.
Your complete OMEC 650 A proposal defines the exact machine configuration, 25 mm or 50 mm joint program, workpiece dimensions, male/female machining arrangement, cutter package, standard and optional tooling, electrical configuration, 0.7 MPa compressed-air interface, dust-extraction connection, machine/packing dimensions, weight, guarding, commissioning and expected role in the drawer-production process.
The proposal also confirms whether the part family is best served by the 650 A’s fixed-pitch architecture or requires a more flexible numerical-control approach.
Exact 650 A configuration
25 or 50 mm pitch
Drawer dimensional envelope
Male and/or female arrangement
Integral-HM or diamond tooling
Electrical configuration
0.7 MPa air interface
Dust-extraction interface
Commissioning and training
Upstream and downstream process role
The 650 A contains high-speed cutting equipment, pneumatic workholding and industrial electrical systems. Operation, setup, tooling changes, commissioning and service are performed by appropriately trained and qualified personnel under the supplied machine documentation and site safety procedures.
650 A FAQ
Questions that decide whether the fixed-pitch 650 A belongs in the process.
The exact workpiece envelope and two pitch programs are the core qualification gates.
Which joints can the OMEC 650 A machine?
The 650 A machines dovetail and parallel joints for drawers and furniture components.
Is the joint pitch variable?
The 650 A uses two fixed center-to-center pitches: 25 mm and 50 mm.
Can it machine male and female workpieces together?
Yes. The machine can process single male parts, single female parts or male/female workpieces simultaneously.
What drawer size range fits?
Workpiece length is 200–1500 mm, width 60–400 mm, joint height 8.5–16 mm, front thickness 8–60 mm and side thickness 7–25 mm.
What is the machine production reference?
The machine reference is 40 drawers per hour. Complete-line output still depends on the drawer mix, handling, setup and surrounding process.
What spindle does it use?
The machine uses one spindle at 16,500 rpm.
What compressed-air pressure is required?
Working pressure is 0.7 MPa, approximately 101.5 psi.
What tooling is standard?
Standard equipment includes an integral-HM/Widia cutter installed, a tool kit for adjustment/maintenance and the instruction/user manual.
Are diamond cutters available?
Yes. Ø14 diamond cutter options are available, including a version with a deburring tool.
What electrical supply does the machine require in Canada?
The final supplied voltage, phase and frequency are defined in the quotation and installation documentation.
OMEC 650 A application review
Send the drawer dimensions and the joint.
Titan can qualify the 650 A against the actual workpiece envelope, 25 or 50 mm pitch requirement, male and/or female arrangement, target drawer output, tooling, utilities and the upstream and downstream process.
Useful inputs: drawer length and width, front thickness, side thickness, joint height, dovetail or parallel joint, 25 or 50 mm pitch, current output, target output, material, electrical service, compressed air, dust collection and downstream gluing/pressing method.