OMEC Srl
OMEC dovetail machines built for clean drawer joints, repeatable indents, and faster furniture assembly.
OMEC SRL equipment gives woodworking shops a focused path for dovetail and parallel-indent production. Titan positions OMEC around drawer manufacturing, furniture components, consistent joint geometry, CNC-controlled setup, reduced handwork, and better repeatability before assembly, sanding, finishing, and packaging.
OMEC turns dovetailing from a craft bottleneck into a controlled production step.
Drawer-box production can quietly consume serious labour when joints are laid out manually, cut inconsistently, or adjusted by habit instead of process. OMEC dovetail equipment gives shops a more repeatable way to machine male and female workpieces, control pitch and depth, and produce drawers or furniture components with less setup uncertainty.
Repeat dovetail production with controlled setup.
OMEC 650A gives shops CNC-controlled dovetail and parallel-indent machining with fixed 25 mm and 50 mm pitch options for practical drawer production.
View OMEC 650A →
More control over pitch, quantity, depth, and feed.
OMEC 750 CN-C adds broader numerical flexibility, including pitch, number of indents, depth, piece dimensions, cutting speed, tool feed, and tool-radius compensation.
View OMEC 750 CN-C →
Machine the joint, then feed the assembly cell.
Dovetail production should be planned with drawer assembly, gluing, clamping, sanding, finishing, packaging, and downstream job flow in mind.
View Clamping Support →Drawer production is small-part work — but it can become a major labour leak.
A drawer-box station that depends too heavily on manual layout, operator memory, or inconsistent joint setup creates daily variation. Bad dovetail fit affects glue-up, squareness, sanding, finish, and customer perception. A planned OMEC dovetail cell gives the shop repeatable joint geometry and a cleaner route from machined components to assembled drawers.
Plan My Dovetail CellOMEC machine lineup from Titan Equipment.
Titan’s OMEC SRL lineup is focused on dovetail and parallel-indent machining. The right choice depends on whether the shop needs fixed-pitch CNC simplicity or more programmable flexibility for pitch, indent count, depth, part dimensions, feed settings, and tool compensation.
OMEC 650A
The OMEC 650A is a two-axis automatic mill cutter with numerical control for dovetails and parallel indents. It is designed for drawers and furniture elements, using a spindle and mill cutter to produce indents of different heights.
Best fit: shops producing repeat drawers or furniture components where fixed pitch joints of 25 mm and 50 mm cover the main production need.
View OMEC 650A →
OMEC 750 CN-C
The OMEC 750 CN-C is a two-axis automatic mill cutter with numerical control designed to machine dovetails and parallel indents for drawers and furniture elements. It can cut single male or female workpieces, or both simultaneously.
Best fit: drawer and furniture manufacturers that need broader machining flexibility across pitch, indent number, depth, piece dimensions, cutting speed, and tool feed.
View OMEC 750 CN-C →
Gluing and Assembly Support
A dovetail machine creates the joint. The cell still needs glue application, part staging, drawer assembly, clamping, sanding, finishing, and quality checks to make the investment perform.
Best fit: shops building a complete drawer-box workflow instead of treating dovetailing as an isolated machine station.
View Pizzi Gluing →OMEC comparison by production role.
OMEC selection should start with the level of programming flexibility the shop needs. Both machines support dovetails and parallel indents, but the 650A is more focused around fixed pitch production while the 750 CN-C provides more variable control.
Shop size recommendations.
OMEC is a focused dovetail lineup, so the decision comes down to drawer volume, flexibility, joint style, operator workflow, and whether the shop is trying to reduce handwork or build a dedicated drawer-box production cell.
Start with repeatable fixed-pitch dovetailing.
Smaller shops often need consistency more than complexity. If the drawer program is stable and fixed pitch joints cover the main work, the OMEC 650A can be a practical path into controlled dovetail production.
Recommended path: OMEC 650A, part staging, glue routine, assembly bench layout, and quality check standards for drawer fit.
Add flexibility before variation becomes a bottleneck.
As drawer styles, sizes, materials, and customer requirements change, the shop may need more control over pitch, depth, indent count, part size, and tool compensation.
Recommended path: OMEC 750 CN-C, standard drawer programs, operator training, tooling routines, gluing support, and drawer-box workflow mapping.
Build the dovetail station into a complete cell.
At higher volume, the machine is only one part of the drawer system. Cutting, part sorting, dovetailing, glue application, clamping, sanding, finishing, and packaging need to be balanced together.
Recommended path: OMEC 750 CN-C, Pizzi gluing support, clamp/press planning, labeled staging, operator SOPs, and remake tracking.
Current state to future state upgrade planning.
A dovetail upgrade should reduce manual setup, improve joint fit, speed up drawer production, and make the drawer cell less dependent on one experienced operator.
Where OMEC fits in real woodworking production.
OMEC dovetail machines sit inside the drawer and furniture-component workflow. Better dovetail control improves downstream gluing, clamping, sanding, finishing, assembly, and final customer perception.
Buying questions Titan should ask before quoting OMEC.
OMEC selection should start with drawer volume, joint pitch needs, material range, setup frequency, gluing method, and how the drawer components move through the cell.
Are you cutting dovetails, parallel indents, or both?
Both OMEC machines support dovetails and parallel indents, but the level of flexibility required should drive the model choice.
Is fixed 25/50 mm pitch enough?
If fixed pitch covers the work, 650A may fit. If pitch needs to vary, 750 CN-C gives more programmable control.
How many drawers per hour or per shift?
Production demand helps determine whether the shop needs the 650A’s practical fixed-pitch workflow or the 750 CN-C’s higher output and flexibility.
How often do drawer sizes and materials change?
High variation makes numerical flexibility, saved setup standards, and tool-radius compensation more important.
What happens immediately after the dovetail is cut?
Glue application, part pairing, clamping, drawer squareness, sanding, and packaging should be planned with the dovetail machine.
Who programs, loads, clamps, and checks the parts?
The machine should fit the skill level, training plan, setup routine, and daily quality checks used on the shop floor.
Build the full OMEC drawer production cell.
A dovetail machine performs best when it is planned with cut-part sizing, dust extraction, glue application, clamping, sanding, finishing, inspection, and packaging.
Control adhesive after the joint is cut.
Clean dovetails still need clean glue application. Pair OMEC dovetailing with a controlled glue process to reduce mess, squeeze-out, and assembly variation.
View Pizzi Gluing →
Keep drawer boxes square and consistent.
Assembly benches, clamps, case clamps, drawer squaring methods, and operator routines should match the output of the dovetail station.
View Clamping →
Protect the finished drawer before it reaches the customer.
Dovetail fit, glue control, sanding, edge cleanup, and finishing all contribute to how the drawer feels in the customer’s hands.
View Sanding Equipment →Plan the dovetail machine around the drawer cell — not just the joint.
Tell Titan what drawer boxes you build, what pitch and joint styles you need, how often sizes change, how parts are glued and assembled, and where the drawer workflow slows the shop down. We can help match OMEC 650A or OMEC 750 CN-C to the real production problem.