Motion Controls

Four-axis standalone CNC controller with a dual-core ARM processor, 7-inch graphic display and an MPG handheld pendant for jogging, driving stepper or servo drives at up to 100 kHz per axis.

Four-axis standalone CNC controller with a dual-core ARM processor and 7-inch display; the same board as the TNC-M34, without the MPG handheld pendant.

Assembled three-axis stepper control box for use with Mach3 CNC software on a PC.

Discontinued parallel port breakout board for CNC control, superseded by the PP-BOB2-v2; ran from 12 V DC rather than the v2's 24 V.

Isolated PWM to 0-10 V converter with adjustable output and two on-board relays, for spindle speed control.

Parallel port breakout board for CNC, with buffered step/direction outputs for 4 axes plus an X-slave, three relays, an isolated spindle PWM output and a jumper-set charge pump.

Parallel port breakout board for connecting a PC-based CNC controller to stepper drives and machine I/O.

RS-485 I/O interface card with 8 opto-isolated digital inputs, 6 relay-driving outputs, an isolated 0-10V analog output and a variable PWM output, for building a multi-node automation bus.

Offline PCB drilling controller with a handheld pendant and remote display, importing DRL, ROU and XLN drill files directly with differential pulse/direction outputs.

Single-axis programmable motor controller with a 32-bit processor, two opto-isolated inputs and three outputs.

Single-axis programmable indexing controller for rotary tables, with two opto-isolated inputs and three outputs.

Three-axis gear hobbing machine controller synchronizing blank rotation and hob feed to the main hobbing spindle, with a 32-bit ARM processor and encoder-based spindle speed reading.

Three-motor controller for hot foil stamping machines, with opto-isolated pulse input and manual jogging.

Single-axis drill cycle controller with four timed 24 V relay outputs and differential step outputs.

Three-axis surface grinder controller with automatic and manual operating modes, jogging, potentiometer speed control and homing, running directly from 90-250 V AC with a 20x4 LCD.

Single-axis pulse generator for stepper or servo drives with an RS-232 interface — commands run live over serial or from a sequence stored to flash — plus jumper-set manual modes.

Standalone single-axis pulse generator for a stepper or servo drive, set entirely by jumpers for four manual modes and four step-rate ranges to 40 kHz, with differential outputs.

Standalone single-axis pulse generator with a frequency display and external speed/acceleration potentiometers, jumper-set for four manual modes, generating step pulses to 60 kHz.

Panel-mount 3-axis G-code motion controller with differential step/direction outputs to 200 kHz per axis, USB program loading, and an inbuilt keypad for jogging and setup.

Two-axis programmable motion controller intended to replace a PLC and HMI pair, with 100 kHz differential step outputs, six inputs, three 7 A relays and a 20x4 display.

TNC-L32 is an offline Lathe Machine Controller with a Handheld Pendant and remote Display, adding a 3rd axis to drive a Servo spindle headstock via Encoder input.

Three-axis G-code controller with step and direction outputs and linear interpolation across X, Y and Z.

Four-axis G-code controller with step and direction outputs, three linear axes plus a rotary fourth.

Assembled three-axis CNC control box, wired and ready to connect to motors and a machine.

Assembled four-axis CNC control box, wired and ready to connect to motors and a machine.

Four-axis G-code controller with step and direction outputs, three linear axes plus a configurable rotary fourth.

TNC-M33 is an offline 3-axis G-code CNC controller with a TNE-100H 100ppr handwheel encoder, differential pulse/direction outputs and 4 opto-isolated inputs.

TNC-P32 is an offline Dotpeen marking controller with a Handheld Pendant and remote Display, printing Alphanumeric Text and Datamatrix code, for Stepper or Servo Drives.

USB to RS-485 interface dongle, for connecting an RS-485 device to a PC's USB port.